TOEI KAISHA, LTD. Product Lineup

■ Contributes to improved processing accuracy and quality of the device with high-precision temperature control of ±0.1℃ using an electronic expansion valve. ■ The standard high-pressure pump, driven by an inverter, ensures consistent performance even in regions with different frequencies, providing peace of mind. ■ Wide operating ambient temperature range of 5 to 45℃. ■ Wide operating liquid temperature range of 5 to 40℃. ■ Simple and reliable design with a controller and comprehensive features. Easy operation with just a push of the operation switch. Alarm content is displayed with error codes, allowing for quick recovery. ■ Large-capacity tank with a wide-diameter water supply port. The Φ100mm wide-diameter water supply port makes cleaning the tank easy! Additionally, the large capacity reduces the frequency of water shortage errors and the number of water replenishment tasks, minimizing temperature fluctuations during load changes. Equipped with a blue LED water level indicator for easy monitoring of the water level in the tank! ■ Easy filter cleaning. The condenser is equipped with a standard filter to prevent clogging! The filter can be easily removed without tools. Direct cleaning of the filter makes it easy to remove contaminants, contributing to reduced labor and stable operating performance of the chiller. ■ A variety of application functions tailored to your usage needs are available. You can choose according to various scenarios.

• Chiller

■ Achieves temperature control accuracy of ±0.1℃ with electronic expansion valve control. ■ Standard equipped with a high-lift pump (over 30m) *RKS750G will be 20m at 50Hz. ■ Compact ■ Easy operation Operating the chiller is as simple as pressing the operation switch. The circuit breaker is conveniently located on the front for easy ON/OFF of the main power. When an alarm occurs, it can be reset by pressing the reset switch. The alarm content is displayed with an error code when an alarm occurs, ensuring peace of mind. Additionally, it remembers the alarm occurrence history for up to six times, which helps in troubleshooting. The pump can also operate independently, allowing for water circulation even if the refrigeration unit fails. Settings for manual or remote operation are possible. ■ Metal exterior Durable sheet metal exterior designed to withstand long-term use. ■ Adoption of frame structure Robust structure with rigidity provided by the frame. ■ Large capacity water tank The water tank has a large capacity of 10L and is designed to be resistant to changes in liquid temperature. ■ Operable and checkable via computer Items that can be operated via computer: individually operate and stop the chiller unit, individually control the chiller's water supply pump, individually set the chiller's liquid temperature.

• Chiller

■ Refrigeration Speed Control The DC inverter driver automatically determines optimal operation. ■ Fan Speed Control Automatically determines optimal operation using an inverter. ■ Pump Speed Control Minimizes the minimum rotation speed for necessary flow, reducing unnecessary water delivery. ■ Expanded Operating Ambient Temperature Range Designed to withstand harsh conditions up to 50°C in summer (optional selection required). It performs at its best even in factories where hot air tends to accumulate. Additionally, it can operate down to -20°C in winter (air cooling only), making it safe for outdoor installation in cold areas. ■ Expanded Specification Temperature Range (Liquid Temperature) The specification temperature range (liquid temperature) has been broadened to 3°C to 35°C, extending the low-temperature range further. *Using antifreeze allows operation down to 0°C. ■ Inverter for Pumps Not only does it contribute to energy savings in the refrigeration circuit, but it also does so in the water delivery circuit. By using an inverter to flow only the necessary amount, waste is eliminated without adjusting the bypass valve. Additionally, pressure settings can now be adjusted according to application needs. ■ Various Convenient Features Temperature accuracy of ±0.1°C, selectable pump control methods, intelligent touch panel, space-saving design, drip-proof structure (equivalent to IPX4), and quiet design.

• Chiller

■Maximizing the use of natural energy to achieve significant energy savings. In winter, cooling is performed solely through free cooling due to low outdoor temperatures. During the transitional period when outdoor temperatures are similar to the outlet water temperature of the eco-hybrid, cooling is primarily done through free cooling, and if the cooling capacity of free cooling is insufficient, a chiller will supplement the cooling. By actively utilizing free cooling, power consumption can be reduced, leading to energy savings. ■As a modular chiller, it can be installed in a maximum of 10 units (150HP). By adopting a pressure equalization pipe structure in the water tank, it has become possible to install multiple units (pressure equalization pipes are required for on-site installation. Please consult us for details). Even if the customer's load increases, it can be expanded in increments of 37kW*. Expansion can be done at minimal cost* based on rated cooling capacity. ■Expanded operating temperature range from -20 to 45℃. By adopting a brine indirect cooling method for cooling through free cooling, it can now be used in colder regions. ■Liquid temperature setting range is 5 to 35℃. It can be used for a wide range of applications. ■Adoption of cationic electrophoretic painting. The heat exchangers for the fan cooler are treated with cationic electrophoretic painting to improve corrosion resistance. The exterior is powder-coated to enhance corrosion resistance.

• Chiller

■Adoption of a coil-type heat exchanger that is resistant to clogging and can be disassembled With Orion's unique coil-type heat exchanger, it is resistant to clogging and can be disassembled for cleaning in case of emergencies. ■Perfect space-saving design for effective use of space The slim vertical structure allows for wall-mounted installation at the back.

• Chiller

■Adoption of a coil-type heat exchanger that is less prone to clogging and can be disassembled With Orion's unique coil-type heat exchanger, it is less likely to clog and can be disassembled for cleaning in case of emergencies. ■Front-focused operation method designed for ease of use All operation switches, temperature displays, IN/OUT water piping, and drain ports are concentrated on the front panel, enhancing installation convenience. ■Adoption of a low-profile structure that allows for effective use of space By lowering the height to the extreme, various installation layouts are possible.

• Chiller

■ Achieves up to 57% energy-saving control Operation is possible with minimal energy according to the load. *Compared to HB control at 30% load ■ High-precision liquid temperature control enabled by proprietary technology Control of the compressor rotation speed based on liquid temperature detection achieves a control range of ±0.2 to ±1.0℃ from the set temperature. *This may vary depending on load conditions, so please consult us if high precision is required. ■ Wide range of liquid temperature control available Liquid temperature settings can be made freely within the range of 15 to 30℃. ■ Standard external communication function equipped Temperature control is possible via RS232C and RS422. *Excludes RKE30000A-V and 30000A-VW.

• air conditioning

■ Achieves up to 57% energy-saving control Operation is possible with minimal energy according to the load. *Compared to HB control at 30% load. ■ High-precision liquid temperature control enabled by proprietary technology Realizes control of the set temperature within ±0.2 to ±1.0℃* through compressor speed control based on liquid temperature detection. *This may vary depending on load conditions, so please consult us if high precision is required. ■ Wide range of liquid temperature control available Liquid temperature can be set freely within the range of 5 to 35℃. ■ Standard external communication function Temperature control is possible via RS232C and RS422.

• air conditioning

■Improved corrosion resistance through cation electrodeposition coating of the evaporator ■Adoption of a highly versatile single-phase 100V power supply (RFB500F) ■Slim and compact design with casters for easy movement to desired dehumidification locations ■A wide range of options available ■Series includes types suitable for high-temperature environments (up to 45°C) for drying

• Dehumidifier

■ Powerful dehumidification ■ Temperature adjustment range 5 to 40℃ (only for models with cooling function, R type) ■ Easy display of temperature and humidity during operation ■ Remote control for switching between cooling and dehumidification operations (only for models with cooling function, R type) ■ Uses HFC refrigerant (R410A) with an ozone depletion potential of zero

• Dehumidifier

■Up to 80% energy savings with heat pump balance control (patented). ■Achieves the highest level in the compact class, with temperature control of ±0.1℃ and humidity control of ±1%. ■Supports intake temperatures within ±7℃ of the set temperature. Handles large temperature differences between set temperature and intake temperature that cannot be achieved with refrigerant reheat. ■Realizes a wide range. ■Temperature control accuracy of ±0.1℃ (under stable load conditions). All fresh air within the controllable temperature range with outlet temperature of ±0.1℃. ■All fresh air specification. Simple installation by connecting just one duct. Supplies clean air (Class 100) according to application (models with HEPA filters). Can also be used for circulating air conditioning. ■Remote management of all air conditioning. All air conditioning in the factory can be managed collectively through remote operation from a computer. ■External communication function. Easy connection for operation control and temperature status checks from a computer with just one cable. ■Cuts exhaust heat by up to 70%. Exhaust heat is extremely low, placing no burden on the air conditioning unit indoors. ■Compact design. Achieves a compact design that fits perfectly next to a desk. The compact type can be installed on a desktop. If no longer needed, it can be easily moved or removed.

• Temperature and Humidity Control

■Up to 80% energy savings with heat pump balance control (patented). ■Achieves the highest level in the compact class, with temperature control of ±0.1℃ and humidity control of ±1%. ■Supports suction temperatures within ±7℃ of the set temperature. Handles large temperature differences between set temperature and suction temperature that cannot be achieved with refrigerant reheat. ■Realizes a wide range. ■Temperature control accuracy of ±0.1℃ (under stable load). All fresh air within the controllable temperature range with outlet temperature of ±0.1℃. ■All fresh air specification. Simple installation by connecting just one duct. Supplies clean air (Class 100) as needed (models with HEPA filters). Can also be used for circulating air conditioning. ■Remote management of all air conditioning. All air conditioning in the factory can be managed collectively through remote operation from a computer. ■External communication function. Easy connection for operation control and temperature status checks from a computer with just one cable. ■Cuts exhaust heat by up to 70%. Exhaust heat is extremely low, placing no burden on the air conditioning unit indoors. ■Compact design. Achieves a compact design that fits perfectly next to a desk. The compact type can be installed on a desktop. If no longer needed, it can be easily moved or removed.

• Temperature and Humidity Control

■ Up to 80% energy savings with heat pump balance control (patented). By equipping a heat pump balance control and inverter speed control refrigeration unit, we achieve approximately 80% energy savings compared to conventional air conditioning and heater control methods for constant temperature and humidity. ■ After reaching the set temperature, the auxiliary heating heater is turned off to cut unnecessary power consumption. Reheating is done using the waste heat generated during air cooling, eliminating the need for electric heater input, resulting in significant energy savings. ■ Equipped with a DC inverter-driven compressor. Significant energy savings are achieved through unique speed control, optimizing operation according to load conditions. ■ Both indoor and outdoor units are equipped with inverter fans. Combined with a newly developed dedicated controller, we have realized unique refrigeration cycle optimization control operation. ■ Achieves high precision response (comparable to heater PID control) that is impossible with conventional air conditioning units or traditional reheat control. ■ No local instrumentation work required. With the control panel built-in, there is no need for local instrumentation work, allowing for easy realization of constant temperature (constant humidity) spaces with minimal construction. ■ Easy local trial operation adjustment. The unitized air conditioning system allows for quick and hassle-free trial operation adjustments after installation. ■ Easy system design. Necessary equipment is systematized, eliminating the need for cumbersome system design.

• Temperature and Humidity Control

■ Powerful dehumidification. The air intake at 27℃ and 70% humidity is dehumidified all at once to 23℃ and 28%! Achieves a frost limit of 3.5℃ using only the refrigeration cycle. ■ No defrost operation required. Continuous operation without defrosting is possible with unique refrigerant control! ■ Up to 65% energy-saving operation. Equipped with compressor speed control to cut unnecessary power consumption! Energy saving is achieved by controlling the compressor speed when the set humidity is reached. ■ CE marking machines in the lineup. UL/CSA61010-1 compliance evaluation report can be submitted.

• Temperature and Humidity Control

Cool the intake air at 35℃ down to 8℃ using all fresh air.

• Temperature and Humidity Control

■Can be used for various applications as a localized precision air conditioning unit in various industrial fields. ■The circulation air circuit allows for easy creation of environments from low to high temperatures. ■Compact design. The environmental box (test chamber) can be easily exchanged and moved according to the application. ■Three selectable functions. With three functions of temperature control, humidity control, and cleanliness (custom options available), it can accommodate various localized spaces. ■Control method: digital setting, digital indication, heater PID control. ■Operating ambient temperature range: 15 to 35°C.

• Temperature and Humidity Control

■Safe design, environmentally friendly, CE marking compliant. ■Low operating noise, reduced by 3dB (compared to conventional models) due to quiet design. ■30% longer lifespan with the adoption of new material blades (compared to conventional models). ■Compliant with RoHS directive.

• Vacuum pump

■ The two-stage structure of the single cylinder achieves both high flow and high pressure! The two-stage structure of the single cylinder significantly exceeds the pressure range of conventional side channel blowers. ■ Installation position is flexible. You can choose between horizontal and vertical placement according to the application and installation location. ■ Integrated safety valve structure. An integrated design that matches the blower body has been adopted.

• Mixer/agitator

■Can be continuously used under conditions of an absolute pressure of 1.3 kPa or lower, making it ideal for various industries that require high vacuum. ■It is a compact type directly connected to the motor flange. ■It operates quietly and has a long lifespan.

• Vacuum pump

■Continuous operation is possible at a pressure of 8 kPa or lower. ■The operating vacuum level is high, making it ideal for automatic machines (such as mounting machines) for small components like electronic parts.

• Vacuum pump

■CE marking compliant (Type 04,01B). ■Continuous operation possible at the set pressure. ■Blade replacement is easy (compared to KHA series). ■High operating vacuum level, ideal for replacing ejectors and for automatic machines (such as assembly machines) for small components like electronic parts.

• Vacuum pump

■Enhanced product lineup through package series. We have prepared 19 models with various combinations such as vacuum-blower, vacuum-vacuum, and blower-blower. ■Achieved low operating noise. Reduced by 3 to 5 dB compared to our previous models. ■Equipped with proven standard pumps, improving maintainability.

• Vacuum pump

■The 2-cylinder, 2-function (parallel vacuum pump and blower) system allows for independent use as a vacuum source with a vacuum level of 60 kPa or less and as an air source with an exhaust pressure of 60 kPa or less simultaneously. ■Compared to conventional combination pumps, it is compact and lightweight (compared to our products). ■Additionally, it is easy to handle.

• Vacuum pump

■Safe design, environmentally friendly, CE marking compliant. ■Low operating noise, with a noise reduction of 3dB (compared to conventional models) due to quiet design. ■10% increase in lifespan due to the adoption of new material blades (compared to conventional models). ■Compliant with RoHS directive.

• Vacuum pump

■Safe design, environmentally friendly, CE marking compliant. ■Low operating noise, with a noise reduction of 3dB (compared to conventional models) due to quiet design. ■30% longer lifespan due to the adoption of new material blades (compared to conventional models). ■Compliant with RoHS directive.

• Vacuum pump

■Safe design, environmentally friendly, CE marking compliant. ■Low operating noise, reduced by 2-5 dB (compared to conventional models) due to quiet design. ■20% longer lifespan with the adoption of new material blades (compared to conventional models). ■Compliant with RoHS directive standards.

• Vacuum pump

■Adopts a free rotor system that does not require side adjustments. ■Easy maintenance. ■Oil-free operation prevents contamination of the work environment and products with oil. ■Can be directly connected to rubber or vinyl hoses.

• Vacuum pump

■ A basic model equipped with advanced performance. By using a newly developed high-efficiency rotor (non-contact), it achieves energy-saving vacuum. Of course, it is oil-free. Additionally, it achieves improved sound quality and quietness due to the non-contact design, significantly reducing unpleasant low-frequency noise (mainly below 300Hz). ■ The newly developed high-efficiency rotor (non-contact) realizes the optimal rotor curve through digital analysis technology. The vacuum pump creates a vacuum by drawing air out of a specific space (transporting it). The newly developed high-efficiency rotor structure has minimal energy loss due to its non-contact design with the cylinder, and since it does not use oil inside the pump, it provides clean air economically. Furthermore, significant improvements in maintenance have been achieved. ■ The high-efficiency twin rotor achieves a large flow rate with less power. The non-contact oil-free pump does not require unnecessary power. It achieves exhaust efficiency that surpasses the vane type, generating 1.7 times the flow rate with the same power. ■ The overhaul cycle has been significantly extended. Consumables are limited to seals in the sliding parts, achieving long life. ■ The adoption of PTFE seals enables dry sliding. The optimal design of the sealing section prevents oil from entering the pump chamber.

• Vacuum pump

■High vacuum, reaching pressure below 100Pa [abs]. A high vacuum pump that achieves a full range from atmospheric pressure to the target pressure. ■Compact design. The low-profile pump can be integrated into various devices. ■Oil-free. The exhaust is clean, preventing oil contamination in the surrounding area. ■Equipped with advanced performance. Utilizing a newly developed high-efficiency rotor (non-contact, bladeless), it achieves vacuum with energy savings. Of course, it is oil-free. Additionally, it improves sound quality and quietness due to the non-contact design. ■Newly developed high-efficiency rotor (non-contact). The vacuum pump creates a vacuum by drawing air out of a specific space. The newly developed high-efficiency rotor structure minimizes energy loss through non-contact with the cylinder and does not use oil inside the pump, resulting in clean air and cost-effectiveness. Furthermore, it significantly improves maintenance. ■High-efficiency twin rotor achieves large flow with low power. The non-contact oil-free pump does not require excessive power. It achieves exhaust efficiency that surpasses vane-type pumps, generating 1.7 times the flow with the same power. ■Overhaul cycle is significantly extended. Consumables are limited to seals in sliding parts, achieving long life.

• Vacuum pump

- Equipped with a newly developed non-contact high-efficiency rotor. The use of a newly developed high-efficiency rotor (non-contact, bladeless) minimizes energy loss through non-contact with the cylinder, resulting in energy savings. Since no oil is used inside the pump, it operates with clean air, making it economical. Furthermore, the non-contact design ensures a long lifespan and significantly improves maintenance. It also achieves improved sound quality and quiet operation. - The world's first package-type vacuum pump with an inverter. The pump's rotation speed is controlled by an inverter according to the load conditions of the vacuum usage, enabling up to 84% energy savings. This contributes to energy efficiency, longevity, and quiet operation of the vacuum pump. - Up to 84% energy savings possible with inverter control. The vacuum pump automatically recognizes the load state. Inverter control achieves significant energy savings even at the same vacuum level. - Further quiet operation with a non-contact rotor and double package structure. The low operating noise contributes to environmental improvement. The synergy with the non-contact rotor has achieved 65dB even at 60Hz operation. - Easy operation with an intelligent LCD panel. The operating status and various settings can be checked and operated via the LCD panel. - Improved installation with smart design. Wall mounting is possible, and it features an upward exhaust design. It can be mounted on both the back and side walls.

• Vacuum pump

■Equipped with a newly developed non-contact high-efficiency rotor. The use of a newly developed high-efficiency rotor (non-contact, bladeless) minimizes energy loss due to non-contact with the cylinder, resulting in energy savings. Since no oil is used inside the pump, it operates with clean air, making it economical. Furthermore, the non-contact design ensures a long lifespan and significantly improves maintenance. It also achieves improved sound quality and quiet operation. ■Continuous operation at a vacuum level of 100 kPa is possible. The coaxial two-stage vacuum pump equipped with a high-efficiency rotor enables continuous operation at a vacuum level of 100 kPa. It maintains the set vacuum level with high precision even when the load fluctuates. ■Vacuum levels can be set across the full range. It can be used over a wide range of 0 to 100 kPa without compromising vacuum levels (the touch panel setting ranges from 5 to 101 kPa). Settings can be made in 1 kPa increments without leaking air. ■Energy savings of up to 80% compared to conventional models. The exhaust structure that prevents over-compression and the two-stage vacuum pump allow for optimal power operation from near-open vacuum levels to the achieved vacuum level, regardless of the point of use. This reduces electricity costs. ■Energy-efficient pump structure covering low to high vacuum. Operates at optimal power across the full range of vacuum levels (from open to achieved). Features an exhaust structure that prevents over-compression.

• Vacuum pump

■Equipped with a newly developed non-contact high-efficiency rotor. The use of a newly developed high-efficiency rotor (non-contact, bladeless) minimizes energy loss through non-contact with the cylinder, making it energy-efficient. Since no oil is used inside the pump, it provides clean air and is economical. Additionally, the non-contact design ensures a long lifespan and significantly improves maintenance. It also achieves improved sound quality and quiet operation. ■Continuous operation at a vacuum level of 100 kPa is possible. The coaxial two-stage vacuum pump equipped with a high-efficiency rotor enables continuous operation at a vacuum level of 100 kPa. It maintains the set vacuum level with high precision even when the load fluctuates. ■Vacuum levels can be set across the full range. It can be used over a wide range from 0 to 100 kPa, with no savings sacrificed in vacuum levels (the touch panel setting values range from 5 to 101 kPa). Settings can be made in 1 kPa increments without leaking air. ■Up to 80% energy savings compared to conventional models. Thanks to the exhaust structure that prevents over-compression and the two-stage vacuum pump, it operates at optimal power from near-open vacuum levels to the target vacuum level, regardless of the point of use. This reduces electricity costs. ■Energy-efficient pump structure covering low to high vacuum. It operates at optimal power across the full range of vacuum levels (from open to target). The exhaust structure prevents over-compression.

• Vacuum pump

■Freon-free Air Dryer The heatless air dryer QSQ series removes water vapor from compressed air by adsorption using a desiccant. Unlike refrigerant-type air dryers, it can supply freon-free air with a low dew point. The regeneration of the desiccant is achieved by passing a portion of the dried air through it (purge air). ■Energy-saving dew point sensor is standard equipment. ■All functions are indicated by lamps. ■Compact and lightweight, with easy maintenance.

• Dehumidifier

The MAGNA3/UPE pump is a circulation pump that covers a wide range with electronic speed control functions based on communication devices, permanent magnets, and small electric motor technology. The MAGNA3 is the most innovative product among the high-quality circulation pumps manufactured by Grundfos. With the MAGNA3, you won't have to worry about complicated settings. After installation, it automatically adjusts its capacity while remaining in factory settings (a feature unique to the MAGNA3). The MAGNA3 automatically analyzes the heating system and adjusts its speed to the optimal capacity, continuously regulating the pump's capacity according to the system's load. As a result, optimal comfort is achieved while minimizing energy consumption. Additionally, the MAGNA3 pump is highly adaptable and reliable, operates quietly, has a long lifespan, and requires no maintenance. It is equipped with IR communication capabilities, and by adding expansion modules, external control and monitoring functions can be enabled.

• Other pumps

■Transport of chilled water circulation, cooling water circulation, and general industrial water.

• Other pumps

■Transportation of air conditioning, water supply, irrigation, and general industrial water.

• Other pumps

The CRN Magdrive is a pump developed for the safe handling of hazardous and corrosive fluids. The magnetic drive system, which does not require a shaft seal, offers high sealing performance and minimizes risks at the pump installation site. Inheriting the features of CRN, it is 'lightweight' and 'compact' while also designed for 'high efficiency,' capable of handling high lift applications.

• Other pumps

The adoption of stepper motors and EC drives optimizes the control of stroke speed, achieving extremely high precision. The duration of each discharge stroke varies according to the flow rate setting. Although the suction stroke time is always constant, it can be extended using the cavitation prevention function, allowing for a wide range of needs to be met. In this way, the suction is always performed at full stroke. This enables smooth pumping of liquids that release gas and achieves continuous injection with minimal pulsation, which is crucial for injection systems that require long suction lines. The DME pump series, as a compact digital injection device, allows for more precise injection than ever before.

• Other pumps

The MULTILIFT lifting station is a cost-effective, cutting-edge solution designed to pump wastewater to a higher location when sanitary facilities are located below the sewer system. The MULTILIFT accommodates not only the installation of equipment but also new buildings. This unit consists of a robust, leak-proof tank, a motor, a level detection device, and a check valve, and it is pre-assembled for easy installation. This reliable unit can be used with either two pump units or just one. There are six tank sizes ranging from 44 liters to 450 liters, with each tank offering nine different pump sizes. This unit caters to various building sizes, from single-family homes to large shopping malls. It can reliably process solids and fibers from household wastewater. Despite its compact size of 0.25 to 1.6 m², it can pump out water at rates ranging from 1,680 liters to 14,400 liters per hour.

• Other pumps

An ideal household deep well submersible pump born from the combination of all-stainless steel pumps and motors with a control unit that boasts exceptional reliability. The above-ground unit, equipped with pressure and flow sensors, achieves operation with extremely low pulsation at a constant water volume and pressure. It supplies a large volume of water from a low water level, which is impossible with land-based home pumps. It is also fully equipped with measures to prevent unexpected failures, such as an automatic heating device that operates below a certain temperature to prevent winter troubles and a dry run prevention circuit.

• Other pumps

The deep well submersible pump constant pressure control unit SQEP is a constant pressure operation unit that uses a 3-inch deep well submersible pump SQE. It is designed with a 3-inch size for ease of handling, and its weight is about half that of conventional models, providing overwhelming advantages during installation and maintenance work. The CU301 control box is built into the above-ground unit, allowing for one-touch pressure settings in 0.5 bar increments from 1.5 to 4.5 bar, ensuring constant pressure water supply regardless of changes in well water levels. BC materials are used for the piping to shut out red water, and a pressure reducing valve is unnecessary even for wells with shallow natural water levels.

• Other pumps

AQpure is a water purification treatment device based on UF membranes. It filters bacteria, viruses, and fine particles from raw water to produce water suitable for drinking. Its modular structure allows for easy customization according to the water quality of the location where it will be used. You can select the characteristics of the raw water from four categories and build the optimal system using 11 types of modules. System construction can be easily carried out by following our classification and configuration procedures. AQpure arrives at the customer pre-assembled and fully wired. AQpure can minimize operating costs. Due to low consumption of energy and chemicals, the lifespan of UF membranes and consumable parts is extended, and there is no need for a resident manager.

• Other pumps

■Efficiently transfers liquids containing chips, shavings, and abrasive particles to the filter unit. ■The semi-open impeller allows for the passage of chips up to 10mm, making it suitable for handling dirty liquids generated in various machining processes from hole processing to milling and grinding. ■Available in 9 types with different flow characteristics, and 2 types for upper and lower suction. ■Installed on top of the tank, with the pump section immersed in the conveyed liquid for operation. ■A maintenance-free pump with no mechanical shaft seals or other consumable parts.

• Other pumps

Reliable with no deformation or liquid leakage. Few cracks and excellent durability. Uses high-purity materials such as PPCO (PA), PC, PE, and PF. Available in capacities of 3.5, 6.5, 12, 16, and 50 ml. Sizes are 11×79, 13×100, 16×101, 18×100, and 29×103. It has a round bottom.

• Other laboratory equipment and containers

It features an easy-to-grip design for easy removal from the rotor holes. It comes in a wide range of sizes compatible with various rotor brands. It is made from high-purity materials such as PPCO (PA), PC, PE, and PF. Available capacities include 10, 30, and 50 ml, with various options available. The sizes are 16×80, 25×92, 29×103, and round bottom.

• Other laboratory equipment and containers