TOEI KAISHA, LTD. List of Products and Services

■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.

■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.

■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.

■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.

■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.

■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.

■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.

■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.

■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.

- Overhaul cycle: 30,000 hours (KCE310F-V/VH, KCE620F-V/VH) - KCE-F-VH type allows for "continuous operation" - Supports centralization of vacuum equipment (Central Vacuum System) - Inverter model that achieves further energy savings from the basic model - Improved installation and space-saving through modularization - Intelligent touch panel + multi-information LED for easy operation and enhanced visibility

- Motor output 11/22 kW - Designed for a large flow rate of 595/1190 m³/h - Achieves quiet operation with noise levels of 70/73 dB - Supports control of up to 10 units* *Requires a separate accessory (sold separately) control panel EMB. - Inverter model that further enhances energy savings from the basic model - Our first water-cooled model - Intelligent touch panel + multi-information LED for improved ease of use and visibility

■ 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.

■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.

■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.

■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.

- Printing machines, bookbinding machines, bag-making machines, etc. - Reliable domestic pumps - Long life with a non-contact structure - Significant reduction in exhaust temperature by choosing an aftercooler specification - Exhaust air is clean air

- Package combining vacuum and blower - No blade replacement required due to the non-contact claw rotor that does not use blades - Two-cylinder design - No need for management of water piping or cooling towers due to air cooling

■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.

- Noise reduction effect of 5 to 10 dB compared to the original pump sound - Easy maintenance of the pump by attaching or detaching the front or rear panel - Forced ventilation by an electric fan to suppress temperature rise inside the box

- Water-cooled or air-cooled options are available depending on the usage environment. Water-cooled: Equipped with a water cooling heat exchange unit, resulting in zero increase in exhaust temperature. Air-cooled: Duct exhaust is possible. - Existing pumps can also be freely mounted. Flexible combinations of pumps and blowers are possible. - Noise reduction effect of 10 to 15 dB.

- It collects water droplets in the intake to prevent problems caused by moisture. - Water vapor cannot be collected.

■RA-S (Oil Mist Removal Filter) ■RA-D (Exhaust Carbon Removal Filter) ● High collection efficiency ● Low pressure loss ● Low-cost type

For measuring vacuum degree and exhaust pressure Scale displayed in kPa Throttle: Type A = bottom, Type D = rear *This is a dedicated part for Orion dry pumps. Do not use it with products or devices from other manufacturers.

For pressure adjustment of dry pump vacuum *This is a dedicated part for Orion dry pumps. Please do not use it with products or equipment from other manufacturers.

For regulating the exhaust pressure of the dry pump *This is a dedicated part for Orion dry pumps. Please do not use it with products or equipment from other manufacturers.

Attach to the intake side of the dry pump to collect dust and debris, preventing issues caused by foreign object ingestion.

Mist cannot be collected.

- 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.