Friday, August 31, 2018

Can a Harbor Freight Generator Really Beat a Honda? - Consumer Reports

Can a Harbor Freight Generator Really Beat a Honda? - Consumer Reports

Can a Harbor Freight Generator Really Beat a Honda?

In CR's face-off, one of these popular recreational inverter generators costs half as much as the other

A Harbor Freight Generator (left) and a Honda generator

Harbor Freight, a giant retailer of low-priced tools and power equipment, has been around since the 1970s. If you live near a Harbor Freight store, chances are you've received a circular comparing the Predator 62523 recreational inverter generator to the Honda EU2000iT1A1.

Given the big price difference—the Predator sells for $500 and the Honda for $1,000—are they comparable? Yes, according to Consumer Reports' testing.

More on Generators

"The inverter generators we've tested from Predator are really refined pieces of equipment, easily meeting power demands and humming along quietly," says Dave Trezza, who oversees CR's generator testing.

In fact, both the Predator 62353 and another model from Harbor Freight, the Predator 3500, rank well enough in CR's ratings for us to recommend.

Inverter generators aren't really the tools you'd rely on to keep lights on after a storm—they're small models better suited for tailgates and campsites, though in a pinch they can keep your fridge and lights on. They max out at 2,000 watts.

Harbor Freight's circular makes a compelling, point-by-point case for why you should choose the Predator over the Honda, starting with its ultralow price. But we wanted to get to the bottom of what's most important: how each model performs under strain. We tested both, along with dozens of other models, and we provide full scores in our generator ratings charts, available to CR members.

If you're unsure about which type of generator you need, start with our generator buying guide. For now, read on for our point-by-point comparison of these two recreational models, both of which occupy top spots in our ratings.

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How We Test Generators

For each generator, we connect a combination of lights, space heaters, and fans—appliances that draw a constant load—then tack on a power-hungry well pump and program it to cycle on and off at set intervals.

Some generators can meet demands immediately, only to fail and trip their own circuit breaker later. So we run this test for an hour, metering wattage, voltage, and amperage. If a model passes, we repeat the test twice more, adding 1,000 watts to the load each time. That's just for the power delivery score, one of four that make up a model's Overall Score.

The Face-Off

Specs
Both the Predator 62523 and the Honda EU2000iT1A1 are rated for 1,600 watts, or a 2,000-watt surge load. Both have two power outlets and automatically shut off if fuel or oil drops too low during use; each weighs around 50 pounds. The Honda has a slightly smaller 0.95-gallon tank; the tank on the predator is a full gallon. While that difference may seem insignificant, in our tests, the larger tank did help the Predator run slightly longer without adding fuel, 4 to 10 hours per tank, compared with 4 to 8 for the Honda. Each model has a fuel gauge and an indicator light to tell you if the unit has shut off because of low oil. Both are parallel capable, meaning you can buy more than one of the same model, connect them with a power cord, and run a group of electronics that would exceed the output of a single generator.

Performance
Each generator functions impressively, but the Honda has a slight edge. In our most important test—power delivery—the Honda earns a rating of Excellent, while the Predator rates a Very Good. That difference is subtle and mostly reflects how well each model might handle a spike in energy demand while in use. Both get solid marks for power quality—important for running sensitive electronics, such as speakers. Both are very, very quiet (we measure sound levels at a distance of 23 feet), and CR found both models to be simple and easy to use.

Warranty and Reliability
Honda guarantees its generator for three years, and the warranty covers all parts. Harbor Freight guarantees its generator for only 90 days, but it covers emissions components for two years, provided you've followed the proper maintenance schedule. Consumer Reports members who own Honda portable generators give these models some of the highest marks for satisfaction. Harbor Freight owners are pretty happy, too. We get into specifics on satisfaction and starting problems in "Generators You Can Count on During a Power Outage."

CR members can check out detailed test results and Overall Score here.

The Winner

On points and performance, the Honda wins by a narrow margin, largely because of its ability to deliver power constantly and reliably—it works without tripping its own internal circuit breaker as we added to its load, right up to the generator's claimed capacity. But the Predator is the clear winner on price. Were the warranties identical, we'd certainly crown the Predator as the better buy. But with a 90-day warranty, there's no guarantee it will survive even a single season.

Our advice: If you're going to use your recreational generator for camping or tailgating, consider buying the Predator. But if you also want to be able to rely on the generator as a source of backup power for your home (to keep the refrigerator and lights on during an outage), the Honda makes more sense and is a worthy investment.


Monday, August 27, 2018

Scotch Eggs – Low Carb and Gluten Free

From Marie on Facebook:
Scotch Eggs – Low Carb and Gluten Free

★★★★★
• Author: Mellissa Sevigny
• Yield: 7 eggs
Ingredients
• 7 large eggs
• 1 tube of breakfast sausage
• 1/4 c parmesan cheese
• 1/4 c coconut flour - or regular white flour (contains gluten)
• S & P
• 1/4 tsp garlic powder
• 1 egg, beaten
• oil for frying
Instructions
1. Place the eggs in a medium saucepan in cold water. Bring to a boil and boil for 4 minutes. Turn off heat and let them sit in the hot water for five minutes. Remove from the pan and place in ice water. Cool for five minutes.
2. While they are cooling, mix your coconut flour, parmesan, salt and pepper and garlic powder in a shallow bowl or dish and set aside.
3. Peel the eggs under cold running water and set on a plate lined with paper towels. You may have to blot them as well, because you want them completely dry when you wrap them with the sausage.
4. Meanwhile, remove your sausage from the tube and cut into 7 equal portions. Take a piece and using your left hand, flatten the sausage out onto your right hand making an oblong oval that is about 1/4 inch thick. Place an egg in the center of the sausage, cup your hand and use your fingers to wrap the sausage completely around the egg. Then press as you would if forming a meatball to make sure the meat is evenly wrapped and smooth. Set aside and repeat with the other eggs.*
5. I started my oil heating (in a heavy duty pan about 1/2 inch deep) while I wrapped these. Once they are all wrapped, dip them first in the beaten egg, then the coconut flour/parmesan coating and place them in your hot oil – I put the completed eggs onto a spoon and rolled them into the oil to prevent splashing.
6. They don't take long to cook, turn them every 2 minutes or less until golden brown all the way around and then take them out and put them on a paper towel lined plate.
7. Served hot or cold these are awesome! And filling! I ate one and a half of them after taking the photos and was totally stuffed for hours afterward.
Notes
*It sounds harder than it really is but you'll get the hang of it quickly. I wish I had a photo tutorial but it's hard to take photos with sausage covered hands, so hopefully this description gives you the idea. I tried rolling out the sausage between parchment sheets but then when I used a spatula to get it off, it crumpled up – so the hand technique worked the best for me.
For the nutrition data, I'm giving you the eggs dipped, but not fried, because I don't know how to add the frying calories. Use your own discretion in how much fat and calories that would add to the total.
Nutrition
• Serving Size: 1 egg
• Calories: 321
• Fat: 28g
• Carbohydrates: 2g net
• Protein: 15g

PAID CONTENT: - CNET

PAID CONTENT: - CNET

5 smart ways to optimize your DIY home security system

These tips and best practices can make all the difference in the performance of your home security tech.

When it comes to home security, peace of mind doesn't have to cost a fortune. A DIY security system gives you the flexibility to choose only the hardware and services you need, with equipment that's reliable, simple to install, and easy on your budget.

Here are 5 ways you can optimize your DIY security system, to help ensure you get the most effective, smart security coverage for your home.

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1. Place Cameras Strategically

According to the 2012 FBI Crime Report, the following are the top 3 most-targeted entry points for burglars. Position cameras so that they have a clear view of each location:

  • Front door
  • Back door and side door
  • Off-street windows (windows not facing the street)

Place your cameras out of arm's reach whenever possible to prevent burglars from knocking down the cameras. If you have a 2-story house, for example, position your front-door camera at the second-floor level. Also, be mindful of items in the vicinity of the cameras. Don't make it easy for a burglar to pick up a nearby object and hurl it at the camera.

2. Provide Sufficient Lighting for Night-Time Monitoring

Wherever you place your home-security cameras, make sure there is adequate lighting for them to capture clear footage in the dark. Many modern home security cameras come equipped with night-vision technology so that they can capture nefarious activity in darkness.

Night-vision clarity varies based on the camera's infrared sensors, image resolution, and field of view. Arlo Pro 2 security camera, for instance, produces an excellent night-vision picture with its 1080p HD resolution and 130-degree wide-angle field of view.

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3. Take Advantage of the Mobile App

The majority of today's home security systems run via a mobile app. With a tap or swipe, you can check on the status of your house, receive notifications, and view camera feeds from your smartphone, tablet, or laptop.

Features such as smart scheduling enable you to personalize security camera settings to your needs and preferences via the mobile app. Say you want the Arlo Pro 2 camera to detect motion in your kitchen only between 8 and 9 am Monday through Friday, or automatically illuminate the pathway to your front door when your car pulls up in the driveway.

Many cameras are motion sensitive and can send real-time alerts right to your phone when movement or sound are detected.

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4. Leverage AI Integration

Like technology everywhere, home security systems are being enriched and made smarter with the integration of artificial intelligence (AI). AI ratchets up the capabilities of security cameras and other surveillance equipment, providing you with a more personalized and purposeful security experience.

Using Arlo Smart cloud-based software with advanced AI technology, the Arlo Pro 2 security camera can be set to alert when it detects a person only. The camera will filter out notifications from everyday movement, such as swaying tree branches and barking dogs. So, you get only the alerts that matter to you, with significantly fewer false notifications.

AI integration also enables richer, better-informed notifications from your home security system when movement or sound are detected. With a tap on your smartphone screen, you can get an image of what caused the motion, watch your camera's live stream, turn on the 100-plus decibel security siren, notify a friend, or contact a local dispatcher to get emergency responders to your home right away.

4-rich-notifications.jpg

5. Trim Back Those Bushes

In the high-tech world of home security, here's a low-tech tip that will help keep your home a little safer. Trim back bushes, shrubs, and trees near entry points (doors, windows, garages). These are favorite places for burglars to hide and provide excellent cover for them as they prowl the perimeter of your house. Overgrown foliage is also a sign to burglars that you might not be at home much.

Be smart as you build out your DIY home security system, and make the most of the intelligent features and functionality that will bring you greater peace of mind.

Click on the links to learn more about Arlo Pro 2 cameras and Arlo Smart subscription plan offerings.


Wheel Repair, Refinishing & Customization Phoenix AZ | Dent Wizard

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Monday, August 20, 2018

Rollei Cameras - Wikipedia

Rollei - Wikipedia

Rollei

Rollei (German pronunciation: [ˈʁɔlaɪ]) was a German manufacturer of optical instruments founded in 1920 by Paul Franke (de) and Reinhold Heidecke (de) in Braunschweig,[a] Lower Saxony, and maker of the Rolleiflex and Rolleicord series of cameras. Later products included specialty and nostalgic type films for the photo hobbyist market.

Rollei
Rollei-Logo.svg
Limited Liability Company
Founded February 1, 1920 as
Werkstatt für Feinmechanik und Optik, Franke & Heidecke;
Rollei GmbH & Co. KG owns the rights to the "Rollei" brand since 2015-01-01
Founder Paul Franke (de) and Reinhold Heidecke (de)
Headquarters Hamburg, Germany
formerly Braunschweig
Products cameras and other optical equipment
Website www.rollei.com
Rolleiflex medium format camera.

Originally named Werkstatt für Feinmechanik und Optik, Franke & Heidecke, the company renamed into Rollei-Werke Franke & Heidecke GmbH in 1972, Rollei-Werke Franke & Heidecke GmbH & Co. KG, in 1979, and Rollei Fototechnic GmbH & Co. KG in 1981.

After being purchased in 1995 by Samsung Techwin,[1] part of the South Korean Samsung Group, it was sold back to its internal management in 1999.[2] In 2002, it was bought by a Danish investment group, and renamed Rollei GmbH in 2004.

In 2005/2006, the company headquarters moved to Berlin and the company was split into two different companies: Rollei GmbH in Berlin, owner of the Rollei brand and selling various OEM equipment, and Rollei Produktion GmbH in Braunschweig, an equipment factory which became Franke & Heidecke GmbH, Feinmechanik und Optik.

Following another restructuring in 2007, Rollei was split into three companies. Franke & Heidecke GmbH, Feinmechanik und Optik focused on the production of professional medium format cameras and slide projectors, while RCP-Technik GmbH & Co. KG in Hamburg was responsible for Rollei consumer products like re-branded compact digital cameras in the European market, and with the RCP Technik Verwaltungs GmbH owning the rights to the "Rollei" and "Rolleiflex" brands. Finally, Rollei Metric GmbH took over the photogrammetry business.[3]

In early 2009, Franke & Heidecke GmbH, Feinmechanik und Optik declared itself insolvent.[4][5] Since 2009 Rolleiflex medium format cameras, Rollei 35 and Rolleivision slide projectors were being produced by the DHW Fototechnik GmbH[6][7] - a company founded by Rolf Daus, Hans Hartje and Frank Will, former Franke & Heidecke employees.[8] DHW Fototechnik presented two new Rolleiflex cameras and a new electronic shutter at photokina 2012.[9] DHW itself filed for insolvency on 2014-08-15[10] and was dissolved in April 2015,[11][12] thereby ending any further production of cameras, lenses and accessories.

As of 2015 the brands "Rollei" and "Rolleiflex" continue to be owned by the RCP Technik Verwaltungs GmbH. On 2015-01-01, the RCP-Technik GmbH & Co. KG refirmed as Rollei GmbH & Co. KG to market digital consumer cameras and accessories under the "Rollei" label in Europe.[13][14]

Overview

Historical developmentEdit

1920 to 1928Edit

Company foundationEdit

While Reinhold Heidecke was working as a production manager at Voigtländer in Braunschweig around 1916, he got the idea to manufacture a new type of roll-film camera. However, the company rejected his proposal because they thought there would be problems keeping the film perfectly flat. Besides, their current camera range, which used conventional photographic plates, was selling well. Heidecke tried unsuccessfully to secure financing to start his own company, so, at the insistence of his wife, he presented his concept to Paul Franke (de), a salesman and former colleague at Voigtländer. Franke was so enthusiastic he put up 75,000 M of his own money and went looking for more capital. After he secured additional funding of 200,000 M, they resolved to go into business together. In November 1919, they filed an application to register the company "Franke & Heidecke", which was entered into the German Trade Register on 1 February 1920.

In need of factory space, they rented several rooms in a house at Viewegstraße 32, which became the companies first headquarters. The house survived World War II intact and stands to this day. Other rooms in the house were used by a dancing school, who had to abandon their dancing lessons because of noise from the factory. Within a year, Franke and Heidecke had taken over the entire building. By 1922, business was so good that they were able to take out a loan to purchase the property outright.

Stereo HeidoscopEdit

To get the company going, Franke and Heidecke decided to manufacture a stereo camera in the short term. Cameras of this type were popular, and Reinhold Heidecke was very familiar with them. As they were also in Voigtländer's product range, however, Franke and Heidecke did not want to look as if they were simply copying theirs. They purchased several Voigtländer units, and from what they learned by dismantling these, constructed the Stereo Heidoscop. It included two Carl Zeiss Tessar lenses (f/4.5, 55 mm) and, mounted between them, a Carl Zeiss Super Triplet (f/3.2) viewfinder. At that time, Tessar lenses were widely regarded as the best available; they were often used in the United States, even though locally produced alternatives were available. Zeiss had an excellent reputation world-wide, which Franke & Heidecke leveraged for their own products. More importantly, they differentiated themselves from cheaper alternatives. The camera projected an image onto glass plates of dimensions 45 mm x 107 mm. The name Heidoscop was chosen in part to remind the management at Voigtländer that they had restricted Heidecke in his work there.

The Heidoscop was a great success, exceeding all expectations. In 1923, the company introduced a Heidoscop for 117 format (B1) roll-film. It was from this product, the "'Roll-film Heidoscop"', that the name Rollei was derived, which later became the name of company.

Hyperinflation in GermanyEdit

Between 1914 and 1923, the period of hyperinflation in Germany, Paul Franke lived up to his reputation as a savvy financier: he invested the income from exports (in foreign currency) so astutely that the company came through this difficult period unscathed – a rather unlikely outcome if Heidecke, alone, had made these decisions.

During this period the company acquired new premises. The City Council in Braunschweig did not really want a noisy factory operating within a residential area and pressured the company to move its factory elsewhere. Accordingly, on 10 January 1923 the company purchased a 60,000 m² plot of land on Salzdahlumer Straße, which at that time lay just beyond the city limits. Hyperinflation had devalued the currency so much that the land purchase cost practically nothing. Once the new factory had been built, much was expected of the new camera. However, Paul Franke proposed a temporary suspension of further development work because of the catastrophic economic situation. Heidecke concurred, believing that better times lay ahead.

RolleiflexEdit

The first prototype of the new camera, named the Rolleiflex, was finally completed in 1927; it was built for absolute reliability and featured a rigid, injection-moulded housing made of aluminium. Heidecke wanted to avoid conventional leather bellows for focusing the lens because of an earlier, bad experience: around 1916, he conducted an experiment with a Kodak camera; he left it in a cellar, and when he later retrieved it, he found that rats had eaten the bellows. This convinced him that a camera designed for photojournalism and operation in the tropics had to work perfectly, which excluded components that might rot. He ruled out a cloth shutter curtain for the same reason, choosing instead a Compur mechanical shutter.

Focusing in the "Rolleiflex" was achieved by moving the carriage that held both the viewfinder and the imaging lens, i.e. the camera had so-called "metallic bellows"; that is, the plate enclosed the sides of the case. It was crucial that the plate remained parallel as it moved during focusing; to achieve this, Heidecke developed an ingenious design which proved to be highly successful. Behind the imaging lens and surrounding the opening for the optical path was a large cogwheel which drove four smaller cogs located top left and right, and bottom left and right. Each of the four small cogs drove rack and pinions (toothed rails) attached to the lens assembly. This system functioned perfectly, and, thanks to high-quality components, also for many years of service. Only the viewfinder and back of the camera, both made of aluminium, had to be handled with care, which remained the case until the camera went into production.

One more prototype was produced in 1928, and then the big moment finally arrived: on August 10, the first camera went into series production. Altogether, 14 units were made that year. Then, at 11am on Monday, 11 December, selected journalists were invited to a press conference in the festively decorated production area. Paul Franke put together press packs for the occasion, which led one magazine to publish a test report without ever actually handling the camera. Although Franke had forgotten to prepare sample photographs to distribute to the press, he neatly avoided this oversight by distributing empty, labelled cartons around the building, just for show.

1929 to 1950Edit

New premisesEdit

Demand for the new camera exceeded production capacity by a wide margin. Even though it was quite an expensive product, orders for 800 cameras were received in the first month alone. A Rolleiflex fitted with a f/4.5 lens cost 198 Reichmarks (RM), with a f/3.8 lens it cost 225 RM. This success made it possible to obtain credit to buy a new factory and thrive in the midst of the Great Depression. In the old factory, a further 23,720 cameras were produced up until 1932. In 1930, the company moved into the new factory on Salzdahlumer Straße. It comprised two floors with a total area of 2,000 m², sufficient space to manufacture 20,000 cameras annually. Although the site was well served by public transport, it lay some distance from the city centre, so the company built a canteen and shop for its workforce, which now numbered 309 employees.

BabyflexEdit

Wilhelmine Heidecke, Reinhold Heidecke's wife, suggested building a "ladies camera" – a Rolleiflex that used 35 mm film. This was the first Rolleiflex to come on the market that used a crank handle to advance the film, a popular feature that emerged on the 6×6 model shortly thereafter. The Rolleiflex 4×4 – known as the Babyflex outside of Germany – used 127 format film and came in two versions with either a f/3.5 and a f/2.8 Tessar lens with a focal length of 60 mm. Unfortunately, sales were disappointing, so production never resumed after the war. The company management believed that many Rollei photographers only made contact prints from their negatives because they had no access to enlargers. However, this was not practical in the case of the Babyflex as the negatives were simply too small. As a result, it was not until 1957 that a new version came onto the market priced at 355 Deutschmarks (DM), firstly in grey, and later (from 1963) in black. By the time production ceased in 1968, over 67,000 units had been made. By this time few amateur photographers made contact prints any more, preferring instead to take 35 mm transparencies (slides), which could be viewed on a slide projector.

Studio cameraEdit

In 1932, Salomon Kahn, the owner of the renowned Fotostudios Kardas in Berlin, approached Rollei, asking if they could build him a large Rolleiflex for the 9 cm x 9 cm film format. Kahn explained as a pretext, that his customers liked to keep the negatives because they had doubts about the durability of prints. Moreover, roll film was much easier to archive than glass plates.

In fact, Kahn had concealed the real rationale behind his request because Franke & Heidecke supported the Nazi Party in order to get the workers they needed. Fearing the consequences of leasing to a Jew, the owner of his studio had already shut off his water supply. This meant that Kahn had to develop his negatives at home, whereby roll film was easier to transport than plates. A roll film camera would also facilitate house calls.

Having built a small Rolleiflex, the obvious next step was to make a larger version. Indeed, the slogan "you see what you get" had already been envisaged for it. Such a camera would make studio work more straightforward; at that time, the photographer had to stoop under a black cloth to adjust the camera, and then address the subject from this awkward position. Nevertheless, after the failure of the Babyflex, the company proceeded with caution by initially building some prototypes. One was delivered to Kahn, and the others were shipped abroad in pairs – one to be retained by the importer as a demonstration unit, the other to be delivered to a reputable studio. The project was eventually abandoned after Soloman Kahn was arrested and nobody else showed any interest in the studio camera. Of the 14 prototypes that were built, one still exists: it currently belongs to the Municipal Museum of Braunschweig.

RolleicordEdit

In 1933, the Rolleicord, a cheaper version of the Rolleiflex, came onto the market. It had simpler optics, a steel back-plate, and a knob instead of a handle for winding on the film. The Rolleicord 1 cost 105 Reichsmarks (RM); altogether 2,699,505 Rolleicords were manufactured until production ceased in 1976.

Rolleiflex AutomatEdit

The release of the Rolleiflex Automat in the middle of June 1937 marked another significant milestone for Franke & Heidecke. Prior to this, after taking a picture, two separate steps were required to advance the film and cock the shutter. The Rolleiflex Automat combined the two, whereby advancing the film automatically cocked the shutter. Not only did this innovation speed up the whole process, it also eliminated accidental double exposures resulting from inadvertently forgetting to wind on the film. It also had a film-feeler mechanism that automatically started the counter, so no red window was needed.

The Rolleiflex Automat won the Grand Prix award at the Paris World's Fair in 1937, which generated a lot of interest. The company founders we so taken with their new creation that they immediately commissioned the construction of a second factory. The new factory, comprising three floors with a combined production area of 3,000 m², provided sufficient space to house a further 700 workers. It was completed in 1938, and by the end of that year the 300,000th camera had come off the production line. In retrospect, Reinhold Heidecke regarded the Rolleiflex Automat as his favourite camera.

World War IIEdit

During World War II, the company was required by the Nazis to support the war economy. As a result, Rollei was unable to develop any new models from 1940, and production of its stereo camera finally came to an end. Rollei also suffered massive losses resulting from its inability to collect monies owed by debtors from "enemy states". Furthermore, bureaucratic formalities and controls hindered exports to neutral countries. This situation, combined with the collapse in overseas trade, forced Paul Franke to reduce the workforce to 600 people.

Armaments productionEdit

Alongside its renowned cameras, Rollei – like its neighbour Voigtländer – was now engaged in the manufacture of equipment deemed important to the German war effort: precision optics for binoculars, periscopes, telescopic sights (for sniper rifles, for example), and theodolites for directing artillery. Although these products consumed the bulk of the companies resources, some regular product development was still possible, and work on tempered glass lenses as well as flash synchronization continued, albeit on a small scale. The cameras were used inter alia in military reconnaissance.

As Braunschweig was one of the centres of the German armaments industry, it was subjected to frequent, sometimes heavy aerial bombardment, which seriously damaged the city. On 1 and 15 January 1944, and again on 13 August, Rollei too suffered air raid damage to its factories. By the time the war ended on 12 April 1945, almost 65% of its plant and machinery had been destroyed.

The post-war periodEdit

After the war, Braunschweig ended up in the British occupation zone. The allied occupying forces wanted Rollei to survive as a company, even helping it procure lenses from Zeiss, which had ended up in the Soviet occupation zone. Franke & Heidecke started over with 72 workers, and by Christmas 1945 the workforce had grown to 172 employees. Everything the company made in 1945 was delivered to the British Ministry of Defence. The difficult supply situation forced Rollei into using lenses from the West German manufacturer Schneider as well. However, this was not a problem as Schneider's quality control was equal to that of Zeiss.

Paul Franke's untimely death in the spring of 1950 had serious consequences for the company though. Not only did his passing mark the end of an era for Rollei, the loss of his business acumen also led the company to the edge of ruin on more than one occasion.

1950 to 1963 - Horst Franke eraEdit

The golden eraEdit

After Paul Franke's death, his son Horst Franke succeeded him. Overall, he proved to be less effective as a manager than his father. In particular, he lacked the flexibility required to adapt to changing circumstances; for example, he failed to reduce the workforce in difficult times, whereas Paul Franke had done so immediately at the onset of the war.

To begin with, Rollei had no real competition, which yielded ever increasing sales of its cameras. In the 1950s, almost every press photographer owned a Rolleiflex, and quite a few amateurs did as well. The camera was so popular that it bred over 500 imitations, more than half of them from Japan. The factory grew rapidly; by 1956 – the year the millionth camera was sold – the workforce numbered 1600, and by 1957 the workforce had grown to 2000 employees.

Development of the RolleiflexEdit

Hans Hass, the underwater diving pioneer, approached Franke & Heidecke to see if they could make him a special housing suitable for underwater photography. As a result, Rollei developed the Rolleimarin, an ingenious underwater camera housing rated for depths up to 100 m. It was made from two cast metal parts. The top part contained a glass prism that was attached to the camera's focusing screen. There were also knobs on top of the housing for adjusting the exposure and aperture settings. On the bottom, left-hand side of the housing was the focusing knob, and on the right-hand side, the winding handle and a frame counter. There was also a filter turret. A special flash bulb could be attached for flash photography, in which case a battery pack had to be installed inside the housing. Of course, a viewfinder frame could also be screwed onto the housing.

Although there were many imitators, none could match the quality of the original Rolleiflex – that is, until the Mamiya C-Series from Japan appeared in 1956. Mamiya initially offered three sets of interchangeable double lenses for it: normal, telephoto and wide-angle. Later on, additional double lenses with focal lengths of 55 mm and 250 mm were introduced; one even had a dimmable viewfinder lens, which enabled depth of field adjustment through the viewfinder. By comparison, the Rolleiflex only had a single, fixed normal lens, although the Rollei Magnar tele-converter lens with 4x magnification was available as an accessory. This could be attached to the front of the primary lens while a mask (which did not magnify the image) was placed over the focusing screen. In addition, Zeiss offered two double lens converters which attached to the viewfinder filter bayonet and the primary lens bayonet. The 5-element Mutar tele-converter magnified 1.5×, weighed 327 g and could render an image accurately in the viewfinder up to a distance of 4m from the object. The 4-element Mutar wide-angle converter magnified 0.7×, weighed 437 g and could render an object accurately from a distance of 1 meter. In all cases, for the best image quality, closing down the aperture two stops was recommended. This explains why conversion lenses of this type were only regarded as a makeshift solution in comparison to fully interchangeable lenses.

In response to the challenge from Mamiya, Rollei created a camera comparable to the C Series and gave it to photojournalists to test. Although they were enthusiastic, Rollei did not believe – much to the astonishment of industry experts – that it could manufacture removable lenses with the required precision. Instead, as a compromise, the company introduced in 1959 the Tele-Rolleiflex with a Zeiss Sonnar f/4, 135 mm lens. This camera was particularly well-suited to portrait photography. Meanwhile, plans for another model with a 150 mm lens were abandoned. The Wide Angle Rolleiflex (also known as the Rolleiwide) with an f/4, 55 mm lens followed in 1961. It only remained in production until 1967, which today makes it one of the rarest Rolleiflex cameras – excluding special editions. Its main advantage lay in its ability to photograph large crowds at heavily attended events.

Reinhold Heidecke kept on making new cameras right up until his death in 1960, although no one bothered to admonish him over the development costs any more. One of his projects was the Magic, which required several expensive machine tools to be built – expenditure that could not be justified relative to the small number that were produced. In contrast, Agfa preferred the opposite approach, of always developing as many models as possible from an existing camera housing.

The Magic, although intended for amateur photographers, was relatively expensive at 435 DM. It featured an automatic exposure control system driven by a coupled selenium light meter which could select shutter speeds from 1/30 sec to 1/300 sec and apertures from f/3.5 to f/22. There were only two manual controls: one for focusing, the other for selecting either a shutter speed of 1/30 sec (for flash photography), or Bulb (for long-exposure night photography). Its successor, the Magic II, cost 498 DM and also featured manual exposure control.

TLR accessoriesEdit

Some accessories manufactured for Rollei TLRs:

  • Rolleinar: A set of close-up lenses, in three magnifications (Rolleinar 1, Rolleinar 2, and Rolleinar 3). A pair of Rolleinar lenses are placed on both the viewing and taking lenses.
  • Rolleisoft: A soft focus lens for the taking lens only available in two grades, "0" and "1", which softens the definition and produce striking halo effects, particularly when used with back lighting. The Rolleisoft lens has concentric circles ground in groves and is used principally for portraiture.
  • Rolleifix: Instead of screwing the camera body to a tripod, this tripod head clamps down on the TLR.
  • Rolleipol: Rollei's polarizing filter.
  • Rolleikin: Allows the use of 35 mm film.
  • Rollei panorama head: Attaches the camera to a tripod, and enables the photographer to take a series of aligned pictures to create a panoramic photo in an arc up to 360°.
  • Rollei pistol grip
  • Rolleimarin: underwater housing.

The situation around 1960Edit

By the end of 1950s, the market for twin-lens medium format cameras had gradually become saturated. More and more amateur photographers and photojournalists were using 35 mm format cameras, while studio photographers preferred single-lens medium format cameras. Although they were more expensive, single-lens cameras offered film holders, which could quickly be swapped (an assistant loaded the film), as well as interchangeable lenses.

Hasselblad was the market leader in this segment. The Swedish company introduced their first camera, the Hasselblad 1600F, in 1948. However, this model was regarded as being technically inferior because its shutter was unreliable. To solve this problem, the 1000F was released in 1952 with a reduced shutter speed range, but the focal-plane shutter was still prone to failure. While it was no threat to the fully developed Rolleiflex to begin with, that situation changed when the legendary Hasselblad 500C featuring a Compur leaf shutter appeared in 1957. The management of Rollei under Horst Franke were caught napping, having failed to produce a camera that could match the latest Hasselblad. As a consequence, sales plummeted and the company got into financial difficulties. In the end, Horst Franke relinquished his position as general manager.

New productsEdit

In 1960, Rollei introduced its first slide projector, the P11. It included two slide trays: the left-hand tray was for 35 mm (5 cm×5 cm) slides, the right-hand tray was for medium format (7 cm×7 cm) slides. The Rollei Universal Projector sold for 398.60 DM, plus 97.50 DM for a standard lens. The P11 remained in production until 1978; many more projectors were subsequently added to the range, providing a major boost to Rollei's turnover.

In 1963, Rollei introduced the Rollei 16,[15] its first all-new camera design since the war. It was a 16 mm camera in the format 12 mm x 17 mm with a Tessar f/2.8, 25 mm lens and cost 425 DM. In retrospect, it seems unlikely that such an unusual format might return Rollei to profitability. However, the German camera industry believed that this was the way forward, and both Leica and Wirgin (through their Edixa brand) produced similar designs.

The Rollei 16 used special Super 16 film cartridges with a capacity of 18 frames. As no film manufacturer was interested in making this film format, Rollei had to manufacture the film itself. A roll of B/W film cost 5 DM, while slide film (available until 1981) cost 12.50 DM, including development. Loading the film simply required inserting the leader into the appropriate slot in the camera. Since there was no take-up spool, the film coiled up loosely on itself. Without a doubt, limited film choice and availability adversely affected camera sales, consequently only 25,000 units were produced. As Rollei also spent a lot on advertising, this camera did little to alleviate its dire financial situation. Reliance on a film format that Kodak, the market leader, did not support was foolhardy. Needless to say, the quality of the engineering in the Rollei 16 matched its high price; it had a push-pull viewfinder with automatic parallax correction up to 40 cm, whereby extending the viewfinder also wound on the film and cocked the shutter. In addition, Mutar wide-angle (0.5×) and telephoto (1.7×) conversion lenses were available as accessories. An improved successor, the Rollei 16S, was released in 1965.

1964 to 1974 - Peesel eraEdit

Reorganisation of the product lineEdit

To help return the company to profitability, Rollei's management sought advice from a number of experts. One of them, Heinrich Peesel, a physicist from Hamburg, produced a concise, 5-page report that so impressed Rollei management that they offered him the chairmanship of the board, thereby accepting that far-reaching changes were necessary.

Peesel, then 38 years old, thus succeeded Horst Franke as chairman of the board on 1 January 1964. He promptly set Rollei onto an extremely risky course, which, despite some early successes, ultimately ended in a complete fiasco. His basic philosophy was to explore all possible avenues in photography rather than concentrate on a single product line.

His approach was diametrically opposite to the company's previous management policy, as illustrated by the following example; when the British occupation forces queried Rollei as to the secret of their success, the response was: "there was no secret – it was the result of 25 years experience and concentrating on a single camera type".

Peesel asked to see all the plans for new products so that he could evaluate them. But in reality, few were actually built:

  • the Rollei 35, a miniature camera that used industry standard 35 mm film
  • the SL 66, a counterpart to the Hasselblad 500C
  • the Rolleiscop slide projector

The Rolleiscop was a compact, upright slide projector that transported slides via a gravity-fed, conveyor belt system. The slides were stacked one behind the other into proprietary, slotless magazines. Each had a capacity of 32 slides (with glass frames), or 72 slides (with cardboard frames). Different sized slides could be mixed together as long as their frames were of uniform thickness and not warped.

Peesel also increased the advertising budget significantly and reorganised production to improve efficiency. In addition, he laid off 110 out of 120 supervisors and instigated a company-wide employee suggestion scheme. Rollei's new products found favour with its customers, which helped to boost its annual turnover by 30% in comparison to 1963 – the year that the company posted losses in the midst of the first economic downturn since the war. Turnover increased from 24 million DM in 1964 to 85 million DM in 1970. Others products that followed were less successful, yet the company kept on building new factories that were inappropriate to the size of their business.

Rolleiflex SL66Edit

Although there had been speculation in the trade press over a future Super Rolleiflex for some time, it was not until 1966 that the SL66 finally appeared, SL being an abbreviation for single lens. It was a sophisticated system camera, a camera at the heart of an extensive range of interchangeable components. The SL66 had built-in bellows, as well as a pivoting front (lens) standard that could be tilted back and forth by 8°, thus allowing the region of sharpness to be manipulated according to the Scheimpflug principle. In addition, the lens could be mounted in reverse, thereby enabling macrophotography without additional equipment. With the normal lens reversed and the bellows extended by 50 mm, close-up photography with a magnification ratio of 1.5× was possible. An SL66 fitted with a normal lens (f/2.8, 80mm) cost 2,778 DM, and several interchangeable lenses were available:

  • Distagon f/4, 50 mm (1,075 DM)
  • Sonnar f/4, 150 mm (1,075 DM)
  • Sonnar f/5.6, 250 mm (1,075 DM)
  • Tele-Tessar f/5.6, 500 mm (2,263 DM)
  • Mirotar f/5.6, 1000 mm (4,537 DM)
  • S-Planar (Macro) f/5.6, 120 mm (1,250 DM)

At long last, Rollei had a camera that could match the Hasselbad 500C. Indeed, had it been released earlier, around 1960 say, it could have been enormously successful. On top of that, despite declining profit margins and tough competition from the Japanese, Rollei continued to target its advertising at the amateur market. In contrast, other companies such as Leitz and Hasselblad had better understood how to promote their expensive cameras in photographic magazines – not just through paid advertising, but also through feature articles in the editorial pages. As a result, the SL66 never sold in the numbers that the company had hoped for or needed. Nevertheless, Rollei owes its survival as a company to the SL66 camera system, along with its enduring reputation for quality. Its successor, the SL66E, was released in 1984; externally the camera was largely unchanged, but it now had a built-in light meter. Additional lenses were released, such as the Fisheye-Distagon (f/3.5, 30 mm), the Distagon (f/4, 40 mm), and the Sonnar (f/4, 150 mm) with a between-the-lens shutter along with more accessories including close-up lenses, extension bellows, a Polaroid film cassette, a sheet film cassette, an underwater housing, and a ring flash unit. Its successor, the SL66-X, released in 1968 only had TTL flash metering, while the SL66-SE (Special Edition) also included a standard light meter. Prior to this, TTL metering required a special prism viewfinder with a built-in light meter. The release in 1992 of the SE Exclusive Professional incorporating selective gold-plating on the housing marked the end of the SL66 series.

Rollei 35Edit

For its time, the Rollei 35 was the smallest camera that used standard 35 mm film cartridges, which made it an ideal second camera for amateur photographers. Initially, it came with a Zeiss Tessar lens with an aperture of f/3.5 and focal length of 40 mm. In contrast to 16 mm cameras (especially pocket cameras that came along later), there was no need to work with two different film formats, which was especially convenient for showing slides. Equally important, image quality was not compromised, despite the pocket camera format. Over time, several Rollei 35 models were released; especially notable was the 35S which had a 5-element Zeiss Sonnar f/2.8, 40 mm lens.

Rolleiflex SL26Edit

Rollei also produced the Rolleiflex SL26, an Instamatic camera with interchangeable lenses. It was widely regarded as the best camera that used 126 film cartridges, even though this film format was only ever intended for beginners. Although Kodak, too, made an Instamatic SLR camera, their primary objective was to draw attention to their brand of film rather than make money from the camera. Despite the high cost of tooling up to manufacture the SL26, only around 28,000 were ever made. The SL26 cost 628.23 DM, and two accessory lenses were available for it: the wide-angle Pro-Tessar (f/3.2, 28 mm) costing 232.43 DM, and the Pro-Tessar (f/3.2, 28 mm) costing 282.88 DM.

Rolleiflex SL35Edit

After 35 mm SLR cameras became popular, Rollei began to develop its own 35 mm product line in 1966; but it was already too late – just as the SL66 project had been. Rollei now faced competition – not from a small company like Hasselblad, but from large, well-financed Japanese companies who could afford to advertise heavily in glossy magazines and trade journals. What is more, they invited photographic dealers to Japan to view their factories.

The Rolleiflex SL35 was introduced in 1970; it was quite compact and comparable in price (675 DM) and quality with Japanese cameras. Rollei had modelled its design on the top-selling 35 mm SLR camera of the time, the Pentax Spotmatic, although it did not surpass it in quality.

Rollei introduced a new bayonet lens mount for the SL35, the QBM (Quick Bayonet Mount). Besides a choice of two standard f/1.8, 50 mm lenses (either a Zeiss Planar or a Schneider SL-Xenon), the initial lens range included:

  • Distagon f/2.8, 25 mm
  • Distagon f/2.8, 35 mm
  • Sonnar f/2.8, 85 mm
  • Tele Tessar f/4, 135 mm
  • Tele Tessar f/4, 200 mm

At this point Rollei still lagged behind the large Japanese companies who already offered fish-eye lenses, super-telephoto lenses and zoom lenses. Although few amateur photographers purchased lenses such as these in the early 1970s, from a marketing perspective, statements published in camera reviews like "lenses available with focal lengths from 7.5 mm to 800 mm" sounded more impressive than "... from 25 to 200 mm". Consequently, Rollei soon expanded their range; by 1973 a total of 16 lenses (all with fixed focal-lengths) were available for the Rolleiflex SL35: 13 from Carl Zeiss (Oberkochen), and 3 from Schneider-Kreuznach.

In 1974 Rollei introduced the SL350, the successor to the SL35. Despite state-of-the-art open-aperture metering, which was promoted with the catch-phrase "concentration on the essentials", sales of the camera were rather poor. In 1976 Rollei unexpectedly withdrew the SL350 (the last 35 mm camera "Made in Germany" until Rollei went bankrupt) from sale in favour of the SL35 M – a camera derived from obsolete technology acquired through Rollei's purchase of Zeiss Ikon. In comparison to the elegant design of the SL35, the SL35 M was clumsy and unreliable. Next, Rollei went on to develop the SL35 ME, its first SLR with aperture priority metering – some four years after the Japanese. Low-cost mass production in Singapore allowed Rollei to offer the SL35 ME at a very attractive price. In spite of this, sales were well below expectations. Rollei's research and development department continued to follow the basic philosophy it had established for its medium format cameras: adding more electronics. In 1978, Rollei introduced a new, electronically controlled camera, the SL35 E. However, it lacked the reliability that was now expected of consumer products. One weak point, for example, was the mirror mechanism.

After Canon introduced the AE-1 (the first 35 mm SLR to include a micro-processor), and Minolta introduced the XD-7 (the first SLR to feature multiple automatic exposure modes – shutter priority and aperture priority), camera buyers lost interest in Rollei and its products; on the other hand, very few noticed the flaws either. As a result, Rollei was relegated to the fringe, its sales lagging well behind Minolta, Pentax, Canon, Nikon and Contax-Yashica.

In the mid-1970s, third-party lenses increased in popularity. This trend made it difficult for Rollei to maintain its declining market share because third-party lens makers were reluctant to produce Rollei-compatible lenses; low sales of Rollei cameras made it uneconomic for them to do so.

As a result, Rollei's customer base, which formerly consisted of enthusiastic amateurs, was now dominated by casual photographers. Although they generally preferred German-made products, they were much less inclined to buy expensive camera accessories. Nevertheless, Rollei sold 333,000 units of the SL35 and 120,000 units of its successor, the SL35 E, including sales of virtually identical models from Voigtländer.

Rollei 35RFEdit

The Rollei 35RF was a compact camera with a fixed f/2.8, 38 mm lens. Despite the similarity in names, this camera should not be confused with its modern (2002) namesake, the Rollei 35 RF – a rangefinder camera with a Leica M bayonet lens mount manufactured by Cosina Voigtländer and marketed by Rollei Fototechnic.

Flash unitsEdit

In 1967, Rollei started to sell flash units, but without much success as this market was already crowded with offerings from other manufacturers – not just other camera makers, but also consumer electronics companies such as Metz.

The Rollei Strobomatic E66 costing 548 DM was the first electronic flash on the market, but not for long. The Strobofix, a similar model without a brightness control, sold for 357 DM. Rollei subsequently released many more variants. In 1968, Rollei introduced flash units for studio photography; there were three models (E250, E1250 and E5000), each with a different flash head. A special feature of Rollei's studio flash units was a modeling light – a halogen lamp integrated into the flash head. This helped the photographer to adjust the lighting and select the most appropriate aperture.

Super 8Edit

The advent of Super 8 film created a booming home movie market. This development had not gone unnoticed by Peesel, who decided that Rollei, too, should offer products for this new and expanding segment of the market. As Rollei lacked the resources in Braunschweig to develop or manufacture such products itself, it decided instead to resell (under the Rollei brand) products made by Bauer (de) (a Bosch subsidiary in Germany) and Silma (it) (in Italy).

UelzenEdit

In the meanwhile, Rollei's product range had expanded considerably and it had outgrown the factory in Salzdahlumer Straße. Furthermore, recruiting new employees locally in the Braunschweig area had become increasingly difficult as around half of the local workforce was now employed by Volkswagen. Consequently, Peesel embarked on a search for a suitable location for a branch factory, preferably in an underdeveloped area within reach of Braunschweig. He selected Uelzen, a town some 80 km distant from Braunschweig; it was within 1 hours drive from Hamburg, Hannover, Braunschweig and Salzgitter, and well-situated on a branch of the Elbe Canal. What is more, as Uelzen lay within the economically depressed East/West border zone, Rollei would qualify for government subsidies.

After purchasing a 3 hectare plot of land, Rollei began construction of new buildings that would provide 6,000 m² of factory space, with plans for two future building projects. The first stage, completed in 1970, was used to manufacture slide projectors, studio flash systems and, later on, the Rolleimat Universal enlarger. However, the factory at Uelzen became redundant after Rollei transferred most of its production to Singapore. The site was put up for sale, but no buyer was found and the factory finally closed on 1 October 1977. The buildings stood empty until 1981.

Viewfinder camerasEdit

Rollei made other viewfinder cameras besides the Rollei 16 and the Rollei 35, the best-known of which were the A26 and the A110 / E110. The A26[16] was the smallest camera that used Instamatic film. It was cleverly designed, folding together to protect the lens and the viewfinder. The A110,[17] a successor to the Rollei 16, was a pocket-sized camera that used 110 film cartridges; it was compact, stylish and highly regarded. Later on, Rollei released a cheaper alternative in silver, the E110.[18] Both models sold extremely well – the A26 achieved sales of almost 140,000 units, while over 240,000 pocket cameras were sold.

Between 1977 and 1979, Rollei commissioned a little known Japanese company to manufacture a range of three, basic pocket cameras. These were sold under the brand name Pocketline by Rollei. However, sales were poor, although precise sales figures are unavailable.

From 1974 onwards, Rollei introduced various 35 mm cameras of conventional design, including the Rolleimat and the Rollei 35XF. Some were sold under the Voigtländer brand with different model names, while others were made in Japan.

SingaporeEdit

Although wages in Germany were low to begin with, they increased steadily, which prompted Peesel to negotiate an exclusive agreement with the government of Singapore in 1970 to manufacture photographic equipment there. In return, he promised to create 10,000 new jobs by the year 1980.

Clearly, Rollei would not be able to finance an expansion on this scale itself, so it approached two regional German banks – the Norddeutsche Landesbank and the Hessische Landesbank – who subsequently became shareholders in the company. In those days, risky investments such as this were not that uncommon; Peesel's imperious demeanor within Rollei had so impressed the bankers that they were confident of their investment. Only after the collapse of the Herstatt Bank did financial institutions become more prudent in their lending.

Rollei's factory in Singapore astounded everyone, especially those outside of Germany; at that time not even the Japanese had successfully managed to carry out precision manufacturing on the Asian continent. Although Rollei Singapore was fully autonomous, it did not do any product development.

In 1974, Rollei's workforce was distributed as follows: 1,648 in Braunschweig, 314 in Uelzen, and 5,696 in Singapore. Although the Rollei 35 was selling well and all of the production of amateur cameras had been transferred to Singapore, there was insufficient work to keep the enormous workforce busy. Consequently, after a long and draw-out start-up phase, contracts to manufacture on behalf of third-parties were accepted from 1979.

When Rollei Deutschland filed for bankruptcy in 1981, Rollei camera products still accounted for 97% of the production capacity in Singapore, which meant that the factory had to close. USH (United Scientific Holdings – see New owners) established a new company called Rolloptik Ltd. in order to purchase and store the plant and machinery. This would make it possible to restart production in Asia later on should this be necessary.

VoigtländerEdit

The Braunschweig-based camera manufacturer Voigtländer closed down on 23 August 1971, whereupon the German mail-order firm Quelle GmbH (Foto-Quelle) entered into take-over negotiations, but no agreement could be reached. In the end, Voigtländer's assets were divided according to a scheme devised by Peesel: Rollei, Carl Zeiss and the state of Niedersachsen would each receive one third shares with Rollei retaining exclusive rights to its brand names. As a result, a new company called Optische Werke Voigtländer was established on 1 March 1972 with 320 employees to manufacture lenses for both Rollei and Zeiss Ikon cameras. In addition, Rollei took on 300 former Voigtländer employees.

After Zeiss Ikon stopped making cameras in 1972, the company Voigtländer Vertriebsgesellschaft mbH was established in 1974 purely to sell cameras. There was, however, no clear distinction between Voigtländer and Rollei cameras, and many models were sold under both brand names. This even applied to 35 mm SLR cameras, whereby their common lens mount was now referred to as the Rollei/Voigtländer bayonet. Although the trade press regarded the takeover as a long overdue consolidation of the camera industry in Braunschweig, the merger made no sense from a business perspective; from it Rollei gained neither new products nor new customers, nor did it have any use for the additional production capacity and employees it acquired – all the more because the factory in Singapore was under-utilised.

1975 to 1981 - Peperzak / Wehling / Porst eraEdit

Downsizing the companyEdit

On 26 August 1974, after Rollei made a loss of 37 million DM on revenue of just 137 million DM, Peesel left the company "by mutual agreement". At this point Rollei's debts amounted to around 500 million DM, which meant that the banks effectively owned 97% of the company. The banks considered liquidating Rollei, but decided instead that restructuring the company would be more worthwhile, setting out the following requirements:

  • Reducing the workforce in Singapore by 50%
  • Reducing the workforce in Braunschweig by 500
  • Selling the factory in Uelzen
  • Winding up the company Optische Werke Voigtländer

As a result, in the first half of 1975, the combined workforce (of both Rollei and Voigtländer) was reduced from 2,400 to 1,800 employees. On 1 April, Peter Canisius Josef Peperzak, the former head of Canon in Germany, took over the leadership of Rollei with the intention of fundamentally changing its pricing and marketing policy.

Rolleiflex SLXEdit

Rollei had already shown the Rolleiflex SLX to selected journalists in Singapore in 1973, and presented it at photokina in 1974, but this innovative camera did not go into production until September 1976. It was the first microprocessor-controlled medium format camera in the world, whereby the aperture and shutter speed were set electronically via two linear electric motors built into the lens. This technology was expensive and rather unreliable to begin with, but the advantages were compelling nonetheless. An updated model with improved electronics was subsequently released in 1978. Most importantly, these innovations allowed Rollei to distinguish itself from Hasselblad. Its Swedish rival promoted the extraordinary reliability of its cameras, as shown by the role Hasselblad cameras played in the missions to the Moon – publicity that was impossible to trump. Rollei, on the other hand, emphasised the advanced electronics and ease of use of its cameras. The SLX lacked an exchangeable film magazine, although a Polaroid back was available. When it was introduced, the SLX cost 5,998 DM.

Dissolve projectorsEdit

At photokina 1976, Rollei presented the Rollei P3800, the first 35 mm dissolve projector in the world. This product generated renewed interest in the company, because, prior to this, dissolving required two projectors connected to a special controller. But the P3800 made this effortless, like running a normal slide-show. Above all, there was no longer any need to alternately load the slides into two magazines. The P3800 was made in Singapore from 1980 and cost 1,000 DM. Several successors followed; the current generation of Rolleivision twin projectors also includes a professional version with 250 watt bulbs.

RolleimaticEdit

The Rolleimatic was the last new camera to go into production before Rollei went bankrupt. It was conceived as a 35 mm viewfinder camera of new design that would be (almost) as easy to use as cameras that used Instamatic film cassettes, but delivering better image quality. Planning started in 1977 and the cameras were manufactured between June 1980 and September 1981. The Rolleimatic was released onto the market without being subjected to the extensive testing that was usual, with the result that it suffered from unreliability, just like the SL35E had before it. Rollei's bankruptcy brought production to an early end.

Under Nord/LB managementEdit

Perzak's behaviour became increasingly erratic; in an attempt to save the factory at Uelzen, he got Kaiser Fototechnik in Buchen to develop an enlarger, which Rollei sold as the Rolleimat Universal. Although it was extremely popular, the market for amateur photo-laboratories was much too small to make any difference to Rollei. Furthermore, for some obscure reason, he purchased tripods and 35 mm lenses from Japanese companies, fixed focal length lenses from Mamiya, and zoom lenses from Tokina – even though Rollei had enough spare production capacity in Singapore to make them all itself. With the new Rolleinar 35 mm lenses, Rollei was finally able to match the range of focal lengths offered by its competitors. On top of that, Peperzak cancelled Rollei's appearance at photokina 1978. In the end, he left Rollei on 28 February.

The Norddeutsche Landesbank (Nord/LB) then appointed Heinz Wehling to manage the company on 1 March 1978. So, Rollei was able to exhibit at photokina after all, but not in its customary location – that had already been allocated. He negotiated a contract with IEC, the Industria De Equipamentos Cinematograficos S. A. in São Leopoldo, Brazil to manufacture Rollei slide projectors and enlargers under license. Unfortunately, Wehling was no more successful than his predecessor; in particular, he remained committed to 35 mm SLR cameras, even developing a new camera for the range, and steadfastly refused to close the factory in Singapore. Rollei was now perilously close to bankruptcy, so the search began for a new owner.

Hannsheinz PorstEdit

Obviously, the new owner could not be a Japanese company. Since neither Agfa, Kodak nor Zeiss were interested, Deutsche Fotoholding GmbH, a company founded by Hannsheinz Porst (de), took over 97% of Rollei Germany on 1 April 1981, with the option of purchasing 75% of Nord/LB's share of Rollei Singapore in 1982. The chairman of Nord/LB's board of directors greeted this event with the words, "Thank goodness, I am finally rid of Rollei...".

The takeover by Hannsheinz Porst was met with universal astonishment as his own company Photo Porst (de) was already in trouble. Also, many wondered who, actually, was behind the holding company. Rumour had it that Agfa had taken a share in order to avoid restrictions from the German Federal Cartel Office. The management of Rollei was shared between Otto Stemmer, a former employee of Agfa who became the technical director, and Hannsheinz Porst, who became chairman of the board.

Porst announced his strategy for the company:

  • withdrawal from the pocket camera market, which was declining rapidly
  • avoid the bottom end of the market
  • 35 mm viewfinder cameras
  • 35 mm and middle format cameras for the top end of the market
  • slide projectors
  • advanced flash units
  • no more Rollei Super 8 cameras, which were hardly selling anyway

Yet nobody took much interest as all confidence in Porst, Rollei and Nord/LB had already been lost. Hannsheinz Porst was especially disappointed when he failed to gain the support of the photographic trade. As a result, Rollei's turnover declined by 20% from March 1981. In addition, the Yen and the Singapore Dollar had appreciated strongly in value, which significantly increased the cost of the products that Peperzak had earlier contracted to import from Asia. Mired in debt and close to bankruptcy, Porst finally filed an application on 3 July 1981 in the District Court of Braunschweig to put Rollei into voluntary administration. The court-appointed administrator announced that Rollei's professional products and services division would be retained, that production would continue until the end of September, and that some employees would be laid off in October. The estimated value of Rollei's unsold inventory was put at about 100 million DM. An advertising campaign was mounted to sell the remaining stock, and advertisements were placed in photographic magazines highlighting the fact that this would be the last opportunity to buy accessories for older Rollei cameras. The rights to the Voigtländer brand name were sold to the Plusfoto Group for 100,000 DM. Some 700 employees were still working for Rollei in 1981.

1982 to 2003 - Rollei Fototechnic / USH / Mandermann / Samsung / Dume / Capitellum eraEdit

New ownersEdit

On 1 January 1982, Rollei split into three separate companies: Rollei Deutschland GmbH assumed responsibility for disposing of the remaining stock and servicing its former products, while Rollei Gebäude GmbH together with Nord/LB, its largest creditor, took over its properties and the management of its former production facilities. A new company called Rollei Fototechnic GmbH employing 380 workers manufactured, sold and (until 1 July 1983) serviced a "rationalised" range of cameras, lenses and slide projectors. This company, which had nothing more to do with the former Rollei company up until the takeover of its "leading designs", was 100% owned by USH (United Scientific Holdings). The London-based USH was founded after the war to manufacture optoelectronic instruments. Rollei initially made contact with USH through its Singapore subsidiary, Avimo Ltd.

The intention was to collaborate in the development of products for the German military. As a result, Rollei began to make 7×42 binoculars, otherwise USH exerted no influence over Rollei's camera product line. Rollei simply made the products and received test and measurement instruments from USH in return – equipment that it would otherwise have built itself. Consequently, collaboration with USH proved to be extremely beneficial to Rollei. Rollei Fototechnic GmbH concentrated on system cameras, which were still made in Braunschweig, and slide projectors, which were made in Singapore until 1983. After that, production of slide projectors was transferred back to Germany so that they, too, could be marketed under the catch phrase "Made in Germany". The P801 slide projector was initially made by Silma (it) in Italy, but its successor, as expected, was also made in Braunschweig. These products were manufactured in leased premises within Rollei's former factory. Only a quarter of the available space was required; the remainder was utilised by companies unconnected with the photography industry.

After USH's strategy to manufacture for the military market failed, Rollei was sold to Heinrich Mandermann (de) on 10 June 1987 for the symbolic price of 1 DM together with 14 million DM in debts. Mandermann was a German photographic industrialist, who had owned Schneider Kreuznach since 1982.[19]

Early in 1995, Rollei was purchased by Samsung Techwin,[20] a part of the South Korean conglomerate Samsung Group. After the Asian financial crisis of 1997, Paul Dume and six former Rollei managers purchased Rollei in 1999 in a management buyout.[21] In November 2002, Rollei was taken over by Capitellum A/S, a Danish investment company based in Copenhagen.

Rolleiflex SL2000FEdit

In the summer of 1981, Rollei introduced the Rolleiflex SL2000F, a sophisticated SLR camera. At that time it was the only 35 mm camera that offered interchangeable film backs and dual viewfinders. Development of this camera began in 1975 and a prototype was exhibited at photokina 1978. One year later, however, the project was suspended due to lack of funding, although it was eventually resumed and completed. The features that were borrowed from Rollei's medium format cameras certainly attracted interest, but the high price and limited range of accessories put off many potential buyers, even though a full range of lenses with focal lengths from 14 mm to 1000 mm was available. An improved version, the Rolleiflex 3003, was introduced at photokina 1984. Rollei eventually withdrew from the SLR market in 1994. By this time, all 35 mm SLRs included autofocus as a standard feature and Rollei was simply no longer able to keep up. The high price of the SL 2000F / 3003 range meant that it only ever appealed to serious amateurs, with the result that only 15,000 units were sold.

Rollei MetricEdit

In 1986, Rollei started making metric surveying systems. This project was instigated by Wilfried Wester-Ebbinghaus (de), a research associate at Rollei who wanted a camera adapted for the purpose of photogrammetry. Accordingly, especially calibrated cameras were developed along with computer programmes to analyse the resultant images: the 35 metric, the 3003 metric and the 6006 metric cameras incorporated a glass plate in front of the back plane inscribed with grid lines which – as famously shown on the photographs taken during the Apollo moon missions – were visible on the photographic image. Rollei's system was substantially cheaper than other high-end systems of the time. There was close collaboration with the Braunschweig University of Technology on this project.

"Classic" projectEdit

Interest in twin-lens Rollei cameras declined in the 1970s so much that the Rolleicord was discontinued in 1976, while the Rolleiflex was only available on special order from 1977. Although there was some revival in interest shortly thereafter, production ceased altogether after Rollei went into voluntary administration. Nonetheless, 1,250 gold-plated Rolleiflexes were assembled in 1982 from the remaining componentry and sold as the 2.8F Gold for 4,000 DM. In 1987, a much-admired successor, the Rolleiflex 2.8 GX, was released which naturally featured the latest in TTL and flash metering. The 2.8 GX sold for 2,800 DM, which was not exactly cheap, but a reasonable price considering the low production volumes.

Rollei then introduced the 2.8 FX in 2001, a modernised version featuring the Rolleiflex logo of the 1930s. In fact, a wide-angled version of this camera is available once more. So, the number of Rollei cameras produced increased yet further – albeit slowly – reaching a total of 3.2 million units. Similarly, a classic version of the Rollei 35 was available for a period of time: the Rollei 35 classic was presented at photokina 1990 and sold for 2,200 DM with a flash unit. See Rollei 35.

Rollei 35 RFEdit

Following a trend towards rangefinder cameras, Rollei introduced the Rollei 35 RF in 2002. Yet the 35 RF was neither developed by Rollei, nor was it based on any of the earlier variants of the Rollei 35. Instead, it was derived from the Cosina Bessa Rx, a rangefinder camera that was sold as the Voigtländer Bessa R2. Like the Voigtländer Bessa Rx and Zeiss Ikon cameras from Cosina, it utilised a bayonet lens mount derived from the Leica M3. Rollei offered three lenses of its own design made by Zeiss. The Rollei 35 RF is no longer in production, and it appears that not many were sold.[22]

Prego camerasEdit

Despite an earlier resolution to avoid the mass market, Rollei began to sell a range of viewfinder cameras for the amateur market. The cameras were made in Asia by Skanhex, Premier, Kyocera and Ricoh, among others, and sold under the brand name Rollei Prego. The product line initially consisted solely of 35 mm cameras; digital cameras were added later on – Rollei even began to develop these itself.

Single-lens medium format systemsEdit

Single-lens medium format cameras represented Rollei's most important market segment. Consequently, development of the SLX continued, resulting in the 6006 which was introduced in 1984. Significant improvements included a film magazine and TTL flash metering – superior technology that made it the leading medium format camera. The 6002 followed in 1986, an entry-level model without a film magazine along with three inexpensive lenses (f/4, 50 mm; f/2.8, 80 mm; f/4, 150 mm). For the first time Rollei offered low-cost lenses from Asia, although all of the other lenses were still made by Schneider and Zeiss. In 1988, Rollei introduced the 6008. In addition to improved electronics, this was the first medium format camera to include automatic exposure bracketing; demand for this feature was so great that it led to a five-month lead time. The 6008 SRC 1000 was introduced in 1992, which made exposures of 1/1000 second possible for the first time. The 6008 Integral followed in 1995, then came the 6008 AF with auto-focus, and finally the 6008i2 – a stripped-down version of the AF. The introduction of the scan-back (an attachment that digitally scanned the image, line by line) launched Rollei into the professional digital imaging market as early as 1991, and with great success.

The latest camera from the company (named Franke & Heidecke since 2006) is the Hy6, which was produced in collaboration with Sinar and Leaf. This camera is a completely new, hybrid design with both analogue and digital capability. Three different versions are available from Franke & Heidecke, Sinar and Leaf (Afi) respectively. Older lenses from the 6000 series can still be used, although the viewfinder and magazine mounts are new. The motor drive within the film back eliminates the need for a mechanical link between the camera and the film magazine.

2004 to 2015 - New Franke & Heidecke / RCP-Technik / DHW eraEdit

Break upEdit

In 2004, Rollei Fototechnic GmbH hived off its manufacturing to Rollei Produktion GmbH. In September 2005, Rollei Produktion GmbH changed its name to Franke & Heidecke GmbH; among its shareholders were Kai Franke and Rainer Heidecke, both nephews of the original founders. Once again, Franke & Heidecke was manufacturing medium format cameras, projectors, photo-technical accessories and lenses on the old company site in Salzdahlumer Straße in Braunschweig. On 27 February 2009, Franke & Heidecke filed for bankruptcy, resulting in all 131 employees being made redundant on 30 June 2009. Some of the bankruptcy assets were purchased by DHW Fototechnik GmbH with a view to partially resuming production.[23]

In the meantime, Rollei Fototechnic GmbH changed its name to Rollei GmbH and was selling Asian-made digital cameras and consumer electronics such as MP3 players and digital video recorders. In 2006, Rollei GmbH closed its consumer products division.[24]

In 2007/2008, what remained of Rollei GmbH (the photogrammetry and custom products divisions) merged with the Danish company Phase One to form RolleiMetrics. This company continued manufacturing from its original site in Braunschweig, but was incorporated into Trimble Holdings GmbH (Raunheim) as their Metric Imaging Department in 2009.[25]

Rollei GmbH continued to manage Rollei's rights and licences from its headquarters in Berlin until early 2010.

One of the licensees of the Rollei brand is Hans O. Mahn & Co. KG (Maco Photo Products), who manufactures photographic film under the Rollei label.

New ownersEdit

Hamburg-based RCP-Technik GmbH & Co. KG, which has been selling Rollei-branded consumer products since 2007 under the terms of a Europe-wide licensing agreement, purchased the Rollei brand on 1 January 2010, thereby extending its rights to the brand world-wide.

Rollei's product portfolio within RCP-Technik included compact digital cameras (Compactline, Flexline, Powerflex, Sportsline), camcorders (Movieline), digital picture frames, slide and photo scanners, as well as tripods (FotoPro).

Rollei's latest products are currently available in Switzerland, Austria, Italy, France, Portugal, Great Britain, Greece, Sweden, Denmark and the Netherlands. RCP-Technik GmbH established its first subsidiary in Budapest, Hungary on 1 March 2010. Soon thereafter, it opened its second subsidiary in Istanbul, Turkey on 1 April 2010.[26]

On 1 January 2015, RCP-Technik GmbH refirmed as Rollei GmbH & Co. KG.[27]

DHWEdit

DHW Fototechnik (founded in 2009 by Rolf Daus, Katherina and Hans Harje and Frank Will) in Braunschweig[28] was an exhibitorj at photokina 2010 where it showed the Rolleiflex Hy6,[29] a hybrid digital back-compatible and 4.5×6 / 6×6 film medium format camera, with integrated TTL-metering and an HFT PQS AF-Xenotar f/2.8, 80 mm standard lens,[b] the twin-lens TLR[30] and the Rollei 35.

At photokina 2012, DHW exhibited the revised Rolleiflex Hy6 mod2,[31] a revised Rolleiflex FX-N TLR,[32] and the DHW Electronic Shutter No. 0 HS1000, which was based on the former Rollei Electronic Shutter. The Rolleiflex 6008 AF and Rolleiflex 6008 integral 2,[33] the X-Act2 camera, the Rollei 35, and the Rolleivision projectors were continued to be sold as well.

In 2014, DHW filed for insolvency and was dissolved in April 2015.

Product overview