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Introducing the TCS-1000 immersion circulator/thermostat from the innovative team at °Cs. Say goodbye to the hassle and frustration of color film processing at home, and welcome a simpler, more efficient solution to your photography needs. This state-of-the-art system is the perfect tool for developing black and white, color negative, or slide film with precision and ease.
With the TCS-1000, you can quickly and easily mix concentrates and powder chemicals, heat them up to the precise processing temperature, and maintain that temperature throughout the entire developing session. The system is designed to hold two 1000ml storage bottles (Collapsible Accordion style, Wide-Mouth, JOBO, etc.) in a sink, tub, or basin of your preference, at the desired temperature.
The intuitive interface is preset to standard C-41 processing, making it easy to use right out of the box. And with easily adjustable temperature and timers for any process, you can customize your developing experience to suit your needs. The TCS-1000 allows you to mix and heat chemistry in a 1000ml pitcher in seconds, without splatter, spill or additional oxidation. Plus, you can reheat chemistry preserved in the fridge for longer shelf life.
The TCS-1000 boasts a range of impressive features, including an intuitive ready-to-use interface that does not require additional timers, downloading phone apps, nor connecting to bluetooth/wifi. The display and firmware are preprogrammed to process film with an adjustable two-stage timer for any process (C-41, E-6, B&W, etc.) in Min : Sec. Simple toggling between °C/°F readouts makes it easy to adjust settings to your liking.
The universal bottle holder holds two 1000ml storage bottles (collapsible accordion style, Wide-Mouth, JOBO, etc.) in a sink, tub, or basin of your preference. The PTC heating element, brushless DC motor, and molded polymer impeller ensure reliable and efficient operation, while the stainless steel housing adds durability and longevity. Ground protection and temp/water level/overheat protection sensors provide added safety and peace of mind during use.
Experience the simplicity and precision of the TCS-1000 immersion circulator/thermostat for yourself, and take the hassle out of color film processing at home.
Place the TCS-1000 in the °Cs 1000ml Mixing Jug with the marked volume of water and add each bottle of concentrate or bag of powdered chemistry to the solution. The chemistry is easily mixed and heated to the correct processing temperature in a few seconds without splatter, spill or additional oxidation. Jugs of heated chemistry are then ready for immediate processing.
When using the TCS-1000 with the dedicate °Cs 1000ml Mixing Jug to pre-heat your chemistry, processing color film can be faster and simpler than traditional methods of processing black and white film at home. That said, submerging your bottles and your tanks in a temperature control bath at the desired temperature throughout the developing process is the most precise way of developing color negative and slide film. (Instructions include directions for color-processing with or without a bath.)
For longer developing sessions and the most precise results, the TCS-1000 is ideal to be used as a temperature control bath circulator. The included universal bottle holder attachment holds two 1000ml. storage bottles (°Cs Collapsible Air Reduction, Wide-Mouth, JOBO, etc.) in a sink, tub or basin of your preference and prevents them all from tipping over.
For a simple basin, we recommend using something similar to the Sterilite 16 Quart Storage Tub used in our video and photos. (Recommended dimensions: 16"x12"x 7" or greater)
Inspired by affordable kitchen appliances, cooking thermostats and even a foot-spa, which were themselves inspired by costly laboratory tools for scientific thermoregulation, we have now come full circle. An affordable immersion circulator thermostat for home laboratory use.
Our PTC heating elements can be accurately set at much lower surface temperatures, not hot enough to cause combustion, scorching or curdling. Standard metal heating coils glow red hot, and since we aren't trying to cook chemistry or film the inherent physical properties of PTC technology, combined with a high efficiency motor and moulded impeller are far superior for our applications.
Positive thermal coefficient technology brings together the function of a heating element, thermostat, and control device in a single component, enabling precise temperature specifications. PTC material is the safest most environmentally friendly and energy efficient elements currently available. It lowers maintenance with no fuses to change, and self regulates as ambient conditions change, making them energy efficient.
Because of their relatively large surface area, which eliminates the need for high volume heat transfers, PTC elements consequently saves energy while providing precision heating adjustment without any RFI or Inductive Radiation. In contrast, metal heating elements have a small surface area. Large volumes of heat must be emitted from the filament causing substantial energy loss, and metal coils produce Inductive Radiation.
Our PTC heating elements can be accurately set at much lower surface temperatures, not hot enough to cause combustion, scorching or curdling. Standard metal heating coils glow red hot, and since we aren't trying to cook chemistry or film the inherent physical properties of PTC technology, combined with a high efficiency motor and moulded impeller are far superior for our applications.
Positive thermal coefficient technology brings together the function of a heating element, thermostat, and control device in a single component, enabling precise temperature specifications. PTC material is the safest most environmentally friendly and energy efficient elements currently available. It lowers maintenance with no fuses to change, and self regulates as ambient conditions change, making them energy efficient.
Because of their relatively large surface area, which eliminates the need for high volume heat transfers, PTC elements consequently saves energy while providing precision heating adjustment without any RFI or Inductive Radiation. In contrast, metal heating elements have a small surface area. Large volumes of heat must be emitted from the filament causing substantial energy loss, and metal coils produce Inductive Radiation.
