東栄 List of Products and Services

Tharson's products are high-quality items manufactured using sophisticated molding technology, produced from pure and unadulterated plastic resin materials without the use of any additives or plasticizers. While they match the quality of globally recognized high-quality brands, they stand apart as low-cost products with competitive pricing. ■ A wide range of sizes available from 125ml to 20L. ■ Made of medical-grade PP and HDPE that complies with USP Class VI. ■ Autoclavable (PP). ■ Square shape saves storage space and allows for efficient storage. ■ Ideal for storage in freezers. ■ Available in milky white and opaque complete brown (compliant with USP23, 661) types. ■ Large types with active caps suitable for portioning are also available. ■ Large types come with stainless steel handles for easy transport. ■ Durable containers with excellent durability. ■ Clean storage is possible as there are no liners, contributing to contamination prevention. ■ Leak-proof structure that is resistant to leaks; no inner cap required. ■ Wide mouth diameter makes it easy to fill and empty. ■ Also ideal as packaging containers for various liquids in laboratories and factories. ■ Examples of use: chemical solutions, pharmaceuticals, reagents, culture media, supplements, food concentrates, factory wastewater, water quality samples, waste liquids, and more.

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Tharson's bottles are high-quality products manufactured using precision molding technology, produced from pure and unadulterated plastic resin material without any additives or plasticizers. While they offer quality comparable to globally recognized high-end brands, they stand apart from low-cost products that compromise on price. ■ Available in sizes ranging from 10 to 50 liters. ■ Comes in standard and wide-mouth types, with the wide-mouth type facilitating easy access for liquids, powders, and solids. ■ Autoclavable. ■ Suitable for large volumes of culture media, distilled water, chemical solutions, and food products such as fruit juices. ■ Available in milky white and opaque complete brown (compliant with USP23, 661) types. ■ Features a robust structure, with a thick-walled type capable of full vacuum use for 8 hours. ■ Also available in a design with a valve suitable for frequent dispensing and portioning. ■ There is a type with an integrated dispensing tube molded for tube insertion. ■ The inside of the lid is embedded with a TPE sealing material for leak prevention (standard type). ■ Ideal for various liquid storage in laboratories and factories, as well as for food containers. ■ Usage examples: chemical solutions, pharmaceuticals, reagents, culture media, supplements, food concentrates, factory wastewater, water quality samples, waste liquids, and more.

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Tharson's bottles are high-quality bottles manufactured using precision molding technology, produced from pure and unadulterated plastic resin materials without the use of any additives or plasticizers. While they offer quality comparable to globally recognized high-end brands, they stand apart as low-cost products that maintain a competitive price. ■ The wide-mouth bottles make it easy to pour in and out liquids and powders. Available in a 4L size with both round and square container shapes. ■ The wide-mouth square bottles fit perfectly inside refrigerators. ■ The jelly jars have a slanted spout for easy pouring, available in sizes from 5 to 20L. ■ The jelly jars feature a stable low center of gravity design, ensuring stability when tilting the container to pour due to the low center of gravity. ■ Made from medical-grade PP and HDPE that complies with USP Class VI. ■ Made from virgin resin. No additives such as plasticizers or release agents are used. ■ Autoclavable (made of PP). ■ Designed without liners to help reduce contamination. ■ Strong leak-proof structure, eliminating the need for inner caps. ■ Durable construction allows for long-term use. ■ Ideal for storing various liquids in laboratories and factories, as well as for packaging chemical solutions. ■ Examples of use: chemical solutions, pharmaceuticals, reagents, culture media, supplements, food concentrates, factory wastewater, water quality samples, waste liquids, and more.

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Tharson's bottles are high-quality products manufactured using precision molding technology, produced from pure and unadulterated plastic resin materials without any additives or plasticizers. While they match the quality of globally recognized high-end brands, they stand apart as low-cost products with restrained pricing. ■ A wide range of bottles available from 30 to 2000ml. ■ Made from medical-grade PP, LDPE, and HDPE that comply with USP Class VI. ■ Made from virgin resin. No additives such as plasticizers or release agents are used. ■ Autoclavable. ■ PP bottles have superior transparency compared to LDPE and HDPE bottles. ■ There are also light-blocking brown bottles available (made of HDPE). ■ Clean storage is possible due to the absence of liners, contributing to contamination prevention. ■ Strong leak-proof structure that does not require an inner cap. ■ LDPE bottles are flexible and have excellent impact resistance. They can also be stored in freezers. ■ Ideal for storing various liquids in laboratories and factories, as well as for packaging chemical solutions. ■ Examples of use: chemical solutions, pharmaceuticals, reagents, culture media, supplements, food concentrates, factory wastewater, water quality samples, waste liquids, and more.

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The Tarsun bottles are high-quality bottles manufactured using precision molding technology, produced from pure and untainted plastic resin materials without the use of any additives or plasticizers. While they match the quality of globally recognized high-end brands, they stand apart as low-cost products that maintain a competitive price. ■ A wide range of bottles available from 4 to 8000ml. ■ Made from medical-grade PP, LDPE, and HDPE that comply with USP Class VI. ■ Made from virgin resin. No additives such as plasticizers or release agents are used at all. ■ Autoclavable (PP). ■ PP bottles have superior transparency compared to LDPE and HDPE bottles. ■ There are also light-blocking brown bottles available (HDPE). ■ Clean storage is possible due to the absence of liners, contributing to contamination prevention. ■ Strong leak-proof structure that does not require an inner cap. ■ Ideal for storing various liquids in laboratories and factories, as well as for packaging chemical solutions. ■ Examples of use: chemical solutions, pharmaceuticals, reagents, culture media, supplements, food concentrates, factory wastewater, water quality samples, waste liquids, and more.

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The Sabirex Graphite Hot Plate HPX series is a hot plate designed for sample preparation in trace element analysis using ICP-MS, which requires extremely uniform and contamination-free sample decomposition. It eliminates contamination by coating a top plate made from finely powdered graphite with PFA. Graphite is resistant to heat and chemicals, has excellent thermal conductivity, and a low expansion rate, making it an ideal material for PFA coating. By manufacturing the top plate using a different method and eliminating surface irregularities, it prevents the peeling of the PFA coating. In addition to a highly thermally conductive top plate, it features multiple heat sources to pursue temperature distribution and purity. It contributes to high-purity analysis in various fields, including geochemistry and semiconductors, where strict analytical results are required.

• Analysis and prediction system

- 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 maintenance, and temperature gradients are possible. - A ceramic chamber enhances energy efficiency and has excellent thermal efficiency. - Actual temperature and set temperature are displayed on a dual display. - A safety door function stops power supply to the heating element when the door is opened. - A thermocouple protection function 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).

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

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■Uses aluminum beads for filling It has excellent thermal insulation properties and maintains the temperature of samples and reagents taken out from bead dry baths, cooling buckets, or refrigerators. It can also provide insulation for heated containers, not just for cooling and warming.

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■Can be used by filling with aluminum beads Chilled 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, etc.

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■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 heated container while keeping it insulated with beads. ■Saves 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, thus saving 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 containers like in a water bath, and no support is needed. Small containers can be heated regardless of their shape. ■Environmentally friendly Unlike a constant temperature water tank, there is no evaporation of water, which reduces power consumption.

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■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 water removal, refilling, 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 not required. 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.

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■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 bacteriology and hypoxic tissue/cell culture. ■Sleeve Cuff System Enabling Delicate Work The highly elastic latex cuff fits snugly around the arm. This allows the arm to be directly inserted into the chamber, significantly improving work precision and efficiency. ■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 culture. ■Air Lock for Safe and Large Sample Transfer There is a spacious air lock that can quickly create an anaerobic environment via the control panel, allowing for the safe and large transfer of samples and supplies.

• Environmental Survey

■ Sleeve cuff system enabling delicate work The highly elastic latex cuffs fit snugly around the arms. This allows the arms to be placed 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 oxygen that enters at the start of work is processed through a condensation control function by reacting with hydrogen and palladium in 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 pauses. The door has an O-ring that tightly fits 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 culturing. ■ Airlock allowing for safe and ample entry A spacious airlock that can quickly achieve anaerobic conditions via the control panel allows for the safe and ample entry of samples and supplies.

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■ 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 an anaerobic environment. ■ Palladium catalyst cartridge that removes even trace amounts of oxygen Any trace oxygen that enters at the start of work is processed through a condensation control function 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. ■ Separated 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 culturing. ■ Airlock allowing for safe and large-scale entry There is a spacious airlock that can quickly create an anaerobic state via the control panel, enabling the safe and large-scale entry of samples and supplies.

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■ Sleeve cuff system enabling delicate work The highly elastic latex cuffs fit snugly around the arms. This allows the arms to be placed directly inside the chamber, significantly improving work precision and efficiency. ■ Oxygen inside the sleeve is removed before work begins At the start of work, the oxygen remaining inside the sleeve is extracted using a foot pedal to ensure anaerobic conditions. ■ Palladium catalyst cartridge that removes even trace amounts of oxygen Any trace oxygen that enters at the start of work is processed through condensation control by reacting with hydrogen inside the chamber and converting it into 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 tightly against the opening, allowing for the maintenance of anaerobic conditions. ■ Separate culture chamber creating a comfortable workspace The culture chamber, which can store 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 culturing. ■ Airlock for safe and large-scale entry There is a spacious airlock that can quickly achieve anaerobic conditions via the control panel, allowing for the safe and large-scale entry of samples and supplies.

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■ Sleeve cuff system that enables delicate work The highly elastic latex cuffs fit snugly around the arms. This allows the arms to be directly inserted into the chamber, dramatically 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 oxygen that enters at the start of work is processed through condensation control by reacting with hydrogen in the chamber and palladium to form water vapor. ■ Arm port door that ensures chamber sealing A door is included that seals the arm port from the inside of the chamber during work pauses. The door has an O-ring that fits tightly against the opening, allowing for the maintenance of anaerobic conditions. ■ Separate culture chamber that creates a comfortable working 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 working space from rising, allowing for comfortable work and stable culture. ■ Airlock that allows 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.

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■Maximum heat resistance temperature: +400℃ (not for 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 swinging 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.

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■Efficiently transports 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 various machining processes that generate dirty liquids, from hole processing to milling and grinding. ■Nine types with different flow characteristics are available, as well as two types for upper and lower suction. ■Installed on top of the tank, the pump section is immersed in the transported liquid for operation. ■This is a maintenance-free pump with no mechanical shaft seals or other consumable parts.

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AQpure is a water purification treatment device based on UF membranes. It filters out 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 done by following our classification and configuration procedures. AQpure arrives at the customer pre-assembled and fully wired. AQpure can minimize operating costs. With 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.

• Water treatment technology and systems

The deep well submersible pump constant pressure control unit SQEP is a constant pressure operation unit using 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 setting 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.

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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 a constant water volume and pressure operation with minimal pulsation. It supplies a large volume of water from low water levels, which is impossible with land-based home pumps. It is also fully equipped with features 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.

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The MULTILIFT lifting station is a cost-effective, cutting-edge solution designed to pump wastewater to a higher location when sanitary facilities are situated below the sewage 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 is suitable for buildings of various sizes, from single-family homes to large shopping malls. It can reliably handle household wastewater containing solids and fibers. 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.

• pump

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 a cavitation prevention feature, 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 the liquid that releases 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.

• pump

The CRN Magdrive is a pump developed for the safe handling of hazardous and corrosive fluids. Its magnetic drive system, which eliminates the need for shaft seals, offers high sealing performance and minimizes risks at the pump installation site. Inheriting the features of CRN, it is designed to be 'lightweight' and 'compact' while also achieving 'high-efficiency design' to accommodate high lift applications.

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

• pump

■Circulation of cold and warm water, circulation of cooling water, and transfer of general industrial water.

• pump

The MAGNA3/UPE pump is a circulation pump that covers a wide range with electronic speed control features 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 complex settings. After installation, it automatically adjusts its capacity while remaining in the 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. Equipped with IR communication capabilities, it can enable external control and monitoring functions when additional expansion modules are added.

• pump

■Freon-free Air Dryer The heatless air dryer QSQ series removes water vapor from compressed air using a desiccant. Unlike refrigerated 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, easy to maintain.

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■Equipped with a newly developed non-contact high-efficiency rotor. Using a newly developed high-efficiency rotor (non-contact, bladeless), it minimizes energy loss through non-contact with the cylinder, resulting in energy savings. Since it does not use oil inside the pump, it provides clean air and is economical. Furthermore, due to the non-contact design, it has a long lifespan and significantly improved maintainability. 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 level 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 level (the touch panel setting ranges from 5 to 101 kPa). It can be set 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-saving pump structure covering low to high vacuum. It operates at optimal power across the full range of vacuum levels (from open to target). It features an exhaust structure that prevents over-compression.

• Air compressors, blowers and pumps

■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 from 0 to 100 kPa, with no savings sacrificed on vacuum levels (the touch panel setting values range 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 operate 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. Operates at optimal power across the full range of vacuum levels (from open to target). Features an exhaust structure that prevents over-compression.

• Air compressors, blowers and pumps

- 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, making it energy-efficient. Since no oil is used inside the pump, it provides clean air and is 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 energy savings of up to 84%. This contributes to the energy efficiency, longevity, and quietness 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 synergistic effect 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. - Smart design improves installation flexibility. Wall mounting is possible, and it features an upward exhaust design. The back and side can be mounted against walls.

• Air compressors, blowers and pumps

■High vacuum, achieving a pressure of 100Pa [abs] or lower. A high vacuum pump that realizes 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 achieves improved sound quality and quiet operation due to the non-contact design. ■Newly developed high-efficiency rotor (non-contact). The vacuum pump creates a vacuum by drawing air out from a specific space. The newly developed high-efficiency rotor structure minimizes 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, it significantly improves maintenance. ■High-efficiency twin rotor achieves large flow rates with low power consumption. 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 rate with the same power. ■Overhaul cycle significantly extended. Consumables are limited to seals in the sliding parts, achieving a long lifespan.

• Air compressors, blowers and pumps

■ A basic model equipped with advanced features. It uses a newly developed high-efficiency rotor (non-contact), achieving energy-saving vacuum. Of course, it is oil-free. Additionally, it achieves improved sound quality and quiet operation through 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 minimizes energy loss due to non-contact 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 vane-type pumps, 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 area prevents oil from entering the pump chamber.

• Air compressors, blowers and pumps

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

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■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 with the adoption of new material blades (compared to conventional models). ■Compliant with RoHS directive.

• Air compressors, blowers and pumps

■It can be used for various applications as a localized precision air conditioning unit in various industrial fields. ■Due to the circulation air circuit, it is easy to create 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. It can accommodate all localized spaces with three functions: temperature control, humidity control, and cleanliness (custom options available). ■Control method: digital setting, digital indication, heater PID control. ■Operating ambient temperature range: 15 to 35°C.

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

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■ Powerful dehumidification. Air intake at 27℃ and 70% humidity is rapidly dehumidified to 23℃ and 28% in one pass with all fresh air! 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. ■ Lineup of CE-marked machines. UL/CSA61010-1 compliant evaluation report can be submitted.

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■ 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 up to approximately 80% energy savings compared to conventional air conditioning and heater control systems 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 control (comparable to heater PID control) that is impossible with conventional air conditioning units or traditional reheat control. ■ No local instrumentation work required. Built-in control panel eliminates the need for local instrumentation work, easily achieving constant temperature (humidity) spaces with minimal construction. ■ Easy local trial operation adjustments. The unitized air conditioning system allows for quick adjustments after installation, eliminating tedious trial operation adjustments. ■ Easy system design. Necessary equipment is systematized, eliminating the need for complicated system design.

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■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) 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.

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■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.

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■Over 70% energy savings with heat pump balance control (compared to heater PID control method) ■Low heat discharge despite being air-cooled (70% reduction in heat discharge) ■Energy-efficient design that is also gentle on the surrounding environment ■Unique intelligent monitor allows for a variety of operation settings ■Control accuracy ±0.1℃

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■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 the outdoor temperature is 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, the chiller supplements 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 for the water tank, it enables connected installation (pressure equalization pipes are required for on-site construction. Please consult 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 ambient 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 cation electrodeposition coating. The heat exchanger for the fan cooler is treated with cation electrodeposition coating to improve corrosion resistance. The exterior is powder-coated to enhance corrosion resistance.

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■ Refrigeration Speed Control The DC inverter driver automatically determines optimal operation. ■ Fan Speed Control Automatic determination of optimal operation using an inverter. ■ Pump Speed Control Minimizes the minimum rotation speed required 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), allowing for safe 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 Contributes to energy savings not only in the refrigeration circuit but also in the water delivery circuit. By using an inverter to flow only the necessary amount without adjusting the bypass valve, waste is eliminated. Pressure settings can also 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.

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