TOEI KAISHA, LTD. Product Lineup

**Main Features** ■ Sleeve cuff system enabling delicate work The highly elastic latex cuffs fit snugly around the arms, allowing direct insertion into the chamber, significantly improving work precision and efficiency. ■ Oxygen removal in the sleeve before work begins At the start of work, any remaining oxygen in the sleeve is extracted using a foot pedal to ensure anaerobic conditions. ■ Palladium catalyst cartridge that removes even trace amounts of oxygen Any small amount of oxygen that enters at the start of work is processed through a condensation control function by reacting with hydrogen in the chamber and palladium to form water vapor. ■ Arm port door ensuring chamber sealing A door that seals the arm port from the inside of the chamber is included for when work is paused. The door has an O-ring that tightly fits the opening, allowing for anaerobic conditions to be maintained. ■ Separate culture chamber creating a comfortable workspace The culture chamber, which can be stored at temperatures from room temperature +5°C to 70°C, is separated by a door. This prevents the temperature of the workspace from rising, allowing for comfortable work and stable culture. ■ Airlock allowing safe and large-scale entry A spacious airlock that can quickly achieve anaerobic conditions via the control panel allows for the safe and large-scale entry of samples and supplies.

• Draft chamber

■Maximum heat resistance temperature: +400℃ (not an insulation performance). ■Zetex gloves made from silica fiber processed with aramid. ■High cut resistance that does not get damaged when rubbed against sharp objects. ■Available in two types: five-finger glove type and mitten type with connected fingers. ■Gloves can grasp large objects. ■Mittens can be used without distinguishing between left and right. ■Product design allows for easy removal by simply waving the arm in an emergency. ■Non-asbestos. ■The inside is processed with a wool cushion layer. ■Manufactured by Newtex, a U.S. company specializing in heat-resistant fibers. *Designed for very short-term heat-resistant work. *Prolonged exposure to high heat may cause the inner wool layer to burn. *Wearing leather gloves or similar on the inside is recommended.

• Work gloves

■Easy to carry and fatigue-free lightweight design. ■High: 550 lumens / Low: 275 lumens. ■Maximum reach distance: 600m, LED color: white. ■Three modes: High, Low, and Flash. ■Automatic ON function during power outages (when connected to power). ■Easy to charge with USB cable. ■Can charge smartphones using the main battery. ■High visibility fluorescent color that stands out in dark places. ■Rubber processing absorbs shock from falls (fall limit: 1.5m). ■Lithium-ion rechargeable battery that is hard to discharge. ■Includes wall mount holder and shoulder strap. ■Dustproof and waterproof: IP54, can be placed vertically or horizontally.

• Work Light

■ Sleeve cuff system enabling delicate work The highly elastic latex cuffs fit snugly around the arms. This allows the arms to be directly inserted into the chamber, significantly improving work precision and efficiency. ■ Oxygen in the sleeve is removed before work begins At the start of work, any remaining oxygen in the sleeve is extracted using a foot pedal to ensure anaerobic conditions. ■ Palladium catalyst cartridge that removes even trace amounts of oxygen Any trace amounts of oxygen that enter at the start of work are processed through condensation control by reacting with hydrogen and palladium inside the chamber to form water vapor. ■ Arm port door ensuring chamber sealing A door that seals the arm port from the inside of the chamber is included for when work is paused. The door has an O-ring that tightly fits the opening, allowing for the maintenance of anaerobic conditions. ■ Separated culture chamber creating a comfortable work space The culture chamber, which can be stored at temperatures from room temperature +5°C to 70°C, is separated by a door. This prevents the temperature of the work space from rising, allowing for comfortable work and stable culturing. ■ Air lock allowing for safe and ample entry A spacious air lock that can quickly create anaerobic conditions via the control panel allows for the safe and ample entry of samples and supplies.

• Draft chamber

■ Sleeve cuff system enabling delicate work The latex cuffs, which excel in elasticity, fit snugly around the arms. This allows the arms to be directly inserted into the chamber, significantly improving work precision and efficiency. ■ Oxygen in the sleeve is removed before work begins At the start of work, the oxygen remaining in the sleeve is extracted using a foot pedal to ensure anaerobic conditions. ■ Palladium catalyst cartridge that removes even trace amounts of oxygen Any trace amounts of oxygen that enter at the start of work are processed through condensation control by reacting with hydrogen and palladium inside the chamber to form water vapor. ■ Arm port door ensuring chamber sealing A door is included that seals the arm port from the inside of the chamber during work breaks. The door has an O-ring that fits tightly against the opening, allowing for the maintenance of anaerobic conditions. ■ Separate culture chamber creating a comfortable workspace The culture chamber, which can be stored at temperatures ranging from room temperature +5°C to 70°C, is separated by a door. This prevents the temperature of the workspace from rising, allowing for comfortable work and stable culture conditions. ■ Airlock allowing for safe and large-scale entry There is a spacious airlock that can quickly achieve anaerobic conditions via the control panel, enabling the safe and large-scale entry of samples and supplies.

• Draft chamber

■ Sleeve cuff system enabling delicate work The highly elastic latex cuffs fit snugly around the arms. This allows the arms to be inserted directly into the chamber, significantly improving work precision and efficiency. ■ Oxygen in the sleeve is removed before work begins At the start of work, any remaining oxygen in the sleeve is extracted using a foot pedal to ensure anaerobic conditions. ■ Palladium catalyst cartridge that removes even trace amounts of oxygen Any trace amounts of oxygen that enter at the start of work are processed through condensation control by reacting with hydrogen and palladium inside the chamber to form water vapor. ■ Arm port door ensuring chamber sealing A door that seals the arm port from the inside of the chamber is included for when work is paused. The door has an O-ring that fits snugly against the opening, allowing for the maintenance of anaerobic conditions. ■ Separate culture chamber creating a comfortable workspace The culture chamber, which can be stored at temperatures ranging from room temperature +5°C to 70°C, is separated by a door. This prevents the temperature of the workspace from rising, allowing for comfortable work and stable culture conditions. ■ Airlock allowing for safe and ample entry There is a spacious airlock that can quickly create anaerobic conditions via the control panel, enabling the safe and ample entry of samples and supplies.

• Draft chamber

■Reproduction of Hypoxic Environments Precise control of oxygen levels from 1% to 20% and carbon dioxide levels from 1% to 20% is possible for microaerophilic microbiology and hypoxic tissue/cell culture. ■Sleeve Cuff System Enabling Delicate Work The highly elastic latex cuff fits snugly around the arm, allowing the arm to be placed directly inside the chamber, significantly improving work precision and efficiency. ■Separated Culture Chamber Creating a Comfortable Work Space The culture chamber, which can store samples at temperatures from room temperature +5°C to 70°C, is separated by a door. This prevents the temperature of the work space from rising, allowing for comfortable work and stable culture conditions. ■Air Lock for Safe and Large Sample Transfer A spacious air lock that can quickly create an anaerobic environment via the control panel allows for the safe and large transfer of samples and supplies.

• Draft chamber

■Save time and costs Unlike water baths, there is no evaporation of water, and there is no risk of dry burning even when the power is on, allowing for savings in warm-up time. You are also freed from tedious tasks such as removing water, adding water, replenishing, cleaning, and wiping off water droplets. ■Always clean and contamination-free By keeping the beads dry, there is no concern about microbial growth, and there is no risk of contamination like with water baths. This reduces the need for cleaning the tank and eliminates unnecessary anxiety about contamination. ■Heating possible regardless of container shape Since it uses beads, there is no need to change blocks for each container. Unlike water baths, containers do not float, and supports are unnecessary. Heating is possible regardless of container shape, whether it’s a loosely covered container like a petri dish or a 96-well plate. ■Environmentally friendly Unlike constant temperature water tanks, there is no evaporation of water, which reduces power consumption. The aluminum used for the bead material is made from recyclable materials.

• Thermostatic water bath

■ Mini dry bath using an aluminum bead block A compact dry bath that can be used in combination with a bead box that can be filled with aluminum beads, allowing you to remove the entire block while keeping the heated container warm with the beads. ■ Save time and costs Unlike a water bath, there is no evaporation of water, and there is no risk of dry burning even when the power is on, which saves warm-up time. You are also freed from tedious tasks such as removing water, adding water, replenishing, cleaning, and wiping off water droplets. ■ Always clean and contamination-free By keeping the beads dry, there is no concern about microbial growth, and there is no risk of contamination like with a water bath. ■ Can be heated regardless of container shape Since it uses beads, there is no floating of the container like in a water bath, and no support is needed. Small containers can be heated regardless of their shape. ■ Environmentally friendly Unlike constant temperature water baths, there is no evaporation of water, which reduces power consumption.

• Thermostatic water bath

■Can be used by filling with aluminum beads The cooled beads can be filled in a bucket and used as a cooling and insulation container. ■Can be used in conjunction with frozen chill packs Place frozen chill packs and beads inside the chill bucket to maintain a cooling state. Two chill packs can maintain a temperature of up to 8°C for 8 hours. Dry ice can be used as a substitute for chill packs. ■Available for purchase in various combinations, such as chill bucket only, chill pack only, or chill bucket set.

• Thermostatic water bath

■Uses aluminum beads for filling It has excellent thermal insulation properties, maintaining the temperature of samples and reagents taken out of bead dry baths, cooling buckets, or refrigerators. It can also provide insulation for heated containers, in addition to cooling and warming.

• Thermostatic water bath

■Can be used filled with aluminum beads. ■Can be used in refrigerators, incubators, and ovens. ■Serves the role of temperature maintenance that cannot be achieved with racks, reducing temperature fluctuations of samples.

• Thermostatic water bath

■The exhaust port above removes contaminants and moisture from the furnace, extending the lifespan of the heating element. ■The open-type heating element enables rapid heating. ■Programs for heating, temperature holding, and temperature gradients are possible. ■A ceramic chamber that enhances energy efficiency and has excellent thermal efficiency. ■Displays actual temperature and set temperature on a dual display. ■Equipped with a safety door function that stops power supply to the heating element when the door is opened. ■Features a thermocouple protection function that stops power supply to the heating element to prevent runaway conditions. ■The door that is pulled down can be used as a temporary shelf. ■A port for measuring the internal temperature of the furnace is located on the back. (φ0.8cm)

• Industrial Furnace

The Shell Lab CO2 incubator is used in various institutions such as the pharmaceutical industry, medical facilities, and university laboratories for research in tissue culture and cell preservation. It also contributes to regenerative medicine, such as iPS cell research.

• others

The Shell Lab CO2 incubator is used in various institutions such as the pharmaceutical industry, medical facilities, and university laboratories for research in tissue culture and cell preservation. It also contributes to regenerative medicine, such as iPS cell research.

• incubator

The Shell Lab CO2 incubator is used in various institutions such as the pharmaceutical industry, medical facilities, and university laboratories for research in tissue culture and cell preservation. It also contributes to regenerative medicine, such as iPS cell research.

• incubator

The Shell Lab CO2 incubator is used in various institutions such as the pharmaceutical industry, medical facilities, and university laboratories for research in tissue culture and cell preservation. It also contributes to regenerative medicine, such as iPS cell research.

• others

It is possible to use tap water in the water jacket. The Shell Lab CO2 incubator is used in various institutions such as the pharmaceutical industry, medical facilities, and university laboratories for research in tissue culture and cell preservation. It also contributes to regenerative medicine, such as iPS cell research.

• incubator

■Simple operation, maximum temperature setting of 1100℃. ■Compact and easy-to-use small electric furnace. ■Digital single set point control. ■Displays actual temperature and set temperature on a dual display. ■Uses ceramic insulation for faster heating and energy saving. ■Excellent temperature uniformity is maintained as the heating elements are embedded in the top and both sides. ■The door that pulls down can be used as a shelf for temporary placement. ■Equipped with a safety door feature that stops power supply to the heating elements when the door is opened. ■Includes a thermocouple protection feature that stops power supply to the heating elements to prevent runaway conditions. ■A port for external measuring devices is located on the back (φ0.95cm). ■Two models available: FB1314M with a furnace capacity of 1.3L and FB1414M with a furnace capacity of 2.1L.

• Industrial Furnace

The adoption of embedded heating elements has achieved excellent average temperature distribution and stability. It is mainly used for heating and maintaining the temperature of research liquids.

• Analytical Equipment and Devices

【Arctic Express (Frozen Sample Transport Container)】 - By absorbing liquid nitrogen with absorbent material, it prevents the outflow of liquid nitrogen during transport and maintains low temperatures. - A transport case is included to protect the container from shaking and vibrations during handling. - The lid can be locked for complete security. 【Arctic Express IATA (IATA/UN Certified Frozen Sample Transport Container)】 - Approved by IATA (International Air Transport Association) and UN (United Nations) for the global transport of infectious substances. - Prevents the outflow of liquid nitrogen from the container by absorbing it with absorbent material during transport. - Capable of transporting multiple samples, with a protective transport case included. 【Arctic Express Dual (Frozen Sample Transport and Storage Container)】 - Can be used as both a transport container and a frozen storage container, with a protective transport case included. - Samples can be frozen and stored directly in the transported container. - Prevents the outflow of liquid nitrogen from the container by absorbing it with absorbent material during transport.

• others

■Helps with the safe and efficient storage of liquid nitrogen. ■Easy handling of liquid nitrogen, suitable for daily use in laboratories. ■Durable container for long-term use. ■Allows for the extraction of small amounts of liquid nitrogen using a withdrawal nozzle or dipper.

• others

- The cryo box containing vials is stored in the included stainless steel rack for efficient storage. - It can store up to 6000 vials (6 plus), allowing for large capacity storage. - There are Set A (for storing 1.0 to 2.0ml vials) and Set B (for storing 5.0ml vials). - It features a durable aluminum structure. - The vacuum insulation structure provides enhanced insulation. - Even with a liquid level of 5cm, the internal temperature of the container reaches -180°C. - It has a narrow mouth design that excels in preventing evaporation. - A four-wheel transport cart (sold separately) makes it easy to move indoors. - There is also a low-level alarm (sold separately) that alerts you when the liquid nitrogen level is low.

• others

- Store the cryocane with the attached vial in the included stainless steel canister for safekeeping. - Due to its vacuum insulation design, it provides excellent temperature stability for long-term sample storage. - It features a durable aluminum structure for prolonged use. - It has a keyhole for sample protection, allowing you to limit access. - A four-wheel transport cart (sold separately) makes indoor movement easy. - There is also a low-level alarm (sold separately) to alert you when liquid nitrogen levels are low.

• others

■Lightweight at 1.5kg, equipped with an easy-to-carry handle. ■Built-in 60 LEDs, with two modes: High and Low. ■High: 6000 lumens; Low: 3000 lumens. ■Illumination distance: 60m, with a wide beam angle even for LEDs. ■Adjustable angle for the light head. ■Low center of gravity body with an integrated stand featuring a reflector. ■Can be used indoors due to low heat emission from LEDs. ■Charger stored at the back of the light. ■Lithium-ion rechargeable battery that is resistant to self-discharge. ■Can be installed on metal surfaces with a magnetic pad (optional). *Please take measures to prevent tipping based on natural conditions such as wind and the ground surface.

• Work Light

■Maximum: 20,000 lumens, illumination distance: 50m. ■Wide illumination angle even with LED. ■Extends up to 3.5m, allowing for illumination from high places. ■Five modes: High, Medium, Low, Standby, and Flashing. ■The light body is compact and adjustable in angle. ■Simple assembly and connection make installation easy. ■Sturdy and stable self-supporting aluminum tripod. ■The tripod is stable when connected to a heavy battery. ■Includes a display lamp to check for low battery. ■Silent, vibration-free, smoke-free, dustproof and waterproof: IP44. ■Ideal for sports as it is quiet and does not pollute the air. *Please take measures to prevent tipping based on natural conditions such as wind and the ground surface. *Lead-acid batteries need to be charged once a month.

• Work Light

■Maximum radiation heat temperature: +1650℃ (not for contact heat resistance). ■Aluminum bonded to ZETEX gloves made of silica fiber. ■Can grasp large objects. ■Product design allows for easy removal by simply waving the arm in an emergency. ■Used for work in areas exposed to radiant heat, such as in front of furnaces. ■Non-asbestos. ■Inner layer processed with wool cushioning. ■Manufactured by Newtex, a U.S. specialist in heat-resistant fibers. *Do not allow contact with heat sources. *Wearing leather gloves or similar on the inside is recommended.

• Work gloves

■Maximum heat resistance temperature: +1095℃ (not for insulation performance). ■Sewn with specially processed silica fibers that have excellent strength. ■Double-stitched palms improve cut resistance and durability. ■Available in two types: five-finger glove type and mitten type with connected fingers. ■The gloves can grasp large objects. ■The mittens can be used without distinguishing between left and right. ■Designed with enough flexibility to be removed simply by swinging the arm in an emergency. ■Can transport objects at high temperatures, enabling efficiency. ■Non-asbestos. ■The inside is processed with a wool cushioning layer. ■Manufactured by Newtex, a U.S. company specializing in heat-resistant fibers. *Designed for very short-term heat-resistant work. *Prolonged exposure to high heat may cause the inner wool layer to burn. *Wearing leather gloves or similar on the inside is recommended.

• Work gloves

■Maximum heat resistance temperature: +700℃ (not an insulation performance). ■Sewn with high-strength silica fibers. ■Available in two types: five-finger gloves and mitten type with connected fingers. ■The gloves can grasp large objects. ■The mittens can be used without distinguishing between left and right. ■Designed with enough room to remove by simply waving the arm in an emergency. ■Can transport objects at high temperatures, enabling efficiency. ■Non-asbestos. ■The inside is processed with a wool cushioning layer. ■Manufactured by Newtex, a specialist in heat-resistant fibers in the USA. *Designed for very short-term heat-resistant work. *Prolonged exposure to high heat may cause the inner wool layer to burn. *Wearing leather gloves or similar on the inside is recommended.

• Work gloves

■Maximum heat resistance temperature: +1095℃ (not insulation performance). ■Sewn with specially processed, high-strength silica fibers. ■Available in two types: five-finger gloves and mitten type with connected fingers. ■The gloves can grasp large objects. ■The mittens can be used without distinguishing between left and right. ■Designed with enough flexibility to remove by simply waving the arm in an emergency. ■Can transport objects at high temperatures, allowing for increased efficiency. ■Non-asbestos. ■The inside is processed with a wool cushioning layer. ■Manufactured by Newtex, a specialist in heat-resistant fibers in the USA. *Designed for very short-term heat-resistant work. *Prolonged exposure to high heat may cause the inner wool layer to burn. *Wearing leather gloves or similar on the inside is recommended.

• Work gloves

It is used for the precise injection of water treatment chemicals, as well as the injection of food additives, colorants, and preservatives.

• Other pumps

This is a small capacity series with complete self-priming capability. It can be disassembled and assembled with one touch. It is a fully self-priming type (self-priming ability of 7m). During operation or when stopped, flow rate can be adjusted within a range of 5% to 100%. It is ideal for precise transfer and injection, especially for slurry liquids, etc.

• Other pumps

Ideal for self-suction and pressure delivery of foods such as minced meat, pulpy juice, saltwater, cream, and honey. The pump can also rotate in reverse. Cleaning and washing inside the pump piping is easy.

• Other pumps

It is ideal for high-viscosity substances, high-concentration substances, sludge, slurry, chemical agents, and those containing solids or fibers. If there is fluidity, most substances can be self-primed and pumped.

• Other pumps

We offer two types of pump materials: polypropylene and PVdF. They are highly corrosion-resistant and maintenance-free.

• Other pumps

It can be widely used for all types of chemicals. It is a compact type that eliminates waste, making it lightweight and easy to handle. Available in two materials, polypropylene and stainless steel, it has excellent corrosion resistance against strong acids, strong alkalis, and solvents. It can accommodate medium viscosity liquids up to 10,000 mPa·s (for certain models).

• Other pumps

It has a compact design, making it small and lightweight. The robust drive mechanism ensures excellent durability. By selecting corrosion-resistant materials, it can be used with various chemical liquids. The pump's discharge accuracy can be maintained within plus or minus 1%.

• Other pumps

It has a structure that prevents liquid leakage. It is lightweight, compact, and has a simple design. Dry operation is acceptable, and self-priming use is also possible. The specially molded bellows and robust drive mechanism provide excellent durability, making it highly reliable for long-term continuous operation. The discharge volume can be adjusted from 10% to 100% while the pump is stopped.

• Other pumps

Proportional operation according to the main signal. It automatically stops after a specified number of times and sends a completion signal.

• Other pumps

The liquid connection section is compatible with a wide range of fluids. It can handle high viscosity up to 2000 mPa·s and slurry liquids with up to 5% demineralized ash. Piping and maintenance are easy. It supports long hours of continuous operation. Discharge volume adjustment is possible during both standby and operation.

• Other pumps

The operation of the pump is smooth with minimal vibration due to the excellent air pressure valve drive. It is widely compatible with organic solvents, sludge, viscous liquids, as well as chemicals such as acids and alkalis.

• Other pumps

The completely corrosion-resistant liquid contact parts are available in various types to accommodate a wide range of fluids. The standard model is suitable for viscosities up to 300 mPa·s, while the high-viscosity version can handle up to 2000 mPa·s. The compact design also streamlines the number of components, making maintenance and inspection easier.

• Other pumps

The unique internal structure allows for self-priming to a height of 4 meters in under 2 minutes. The body shape, which has low fluid resistance, and the efficient inverter shape have been designed and manufactured. There are two types available: polypropylene, which excels in corrosion resistance and cost-effectiveness, and PVDF, which has excellent corrosion resistance and mechanical strength.

• Other pumps

This is a process pump that excels not only in corrosion resistance but also in pressure strength. It can be used with high-temperature chemicals up to 90°C and 100°C.

• Other pumps

This is the SL series of seal-less pumps that demonstrate excellent performance with a high lift and low flow rate. The wetted parts and main components of the pump are made of highly corrosion-resistant polypropylene. It is suitable for almost all types of chemical liquids in both small and medium-sized models. It exhibits outstanding performance in transferring corrosive fluids such as acids and alkalis.

• Other pumps