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Available in 4-inch and 8-inch sizes! A semi-automatic exposure device for mass production of various types that allows for alignment exposure!

【Other Specifications】 ■ Exposure Light Source: Illuminance distribution within ±5% ■ Exposure Resolution - Soft Contact L/S 3μm - Hard Contact L/S 1μm ■ Alignment Accuracy - Top-side ±2μm - Bottom-side ±5μm *For more details, please refer to the PDF document or feel free to contact us.

The illumination distribution of the exposure light source is within ±5%! A lineup of desktop and standalone models is available.

【Other Specifications】 ■Alignment Accuracy 　・Top-side: ±2μm 　・Bottom-side: ±5μm *For more details, please refer to the PDF document or feel free to contact us.

We offer sizes of 4 inches and 8 inches! It has high versatility compatible with round and square samples.

【Specifications】 ■Exposure light source: Illuminance distribution within ±5% ■Exposure resolution ・Soft contact L/S 3μm ・Hard contact L/S 1μm ■Alignment accuracy ・Top-side ±1μm ・Bottom-side ±3μm *For more details, please refer to the PDF document or feel free to contact us.

Detecting the grasping position of irregularly shaped and transparent objects, which has been difficult until now, and picking them up. Developing AI in a short period of time using simulators and deep learning.

For more details, please refer to the PDF document or feel free to contact us.

By utilizing AI, it is possible to detect and predict machine anomalies that are difficult to assess with threshold judgment. This contributes to improving manufacturing quality and productivity through the detection of unusual sounds and vibrations.

For more details, please refer to the PDF document or feel free to contact us.

You can choose industrial robots and collaborative robots, and comprehensive inspections using dual-arm robots are also possible. We can accommodate automation for large and heavy workpieces as well.

【Standard Camera】Multiple Imager (2K/Monochrome) - Scratch detection - Space-saving - Low cost With one camera: - Simultaneous detection of multiple defects - Accurate imaging at optimal angles - Supports up to 8 lighting conditions Number of units: 2 Camera: Monochrome area camera Sensor size: 1" CMOS Effective pixel count: 2048×2048 Lens: Fixed focal length lens Focal length: 26mm We will select the optimal camera according to missing items and work shapes.

This is a stepping servo that has an encoder attached to the stepping motor, enhancing its precision to that of a servo motor. It can operate independently without the need for a higher-level controller.

【Other Features】 ■ Low heat generation due to optimal current command ■ Customization support ■ New serial communication function (RS485) ■ Time-saving auto-tuning ■ Supports three types of command methods (pulse sequence, external I/O, RS485 communication) ■ High-speed field bus support (MECHATROLONK-3, EtherCat) ＊ーーー Free rental available ーーー＊ *For more details, please refer to the PDF document or feel free to contact us.

Autonomously determines and controls recognition, movement, and gripping according to the scene. This is a 3D robot picking system equipped with numerous proprietary technologies. *Palletizing is also possible.

【Work】 Molded products / molds / stainless steel / resin / plastic / machine parts / processed parts / bolts / valves / sheet metal press parts / automotive parts Ring gears, cylindrical parts, die-cast products for automobiles, hub bearings, valve guides, pulleys, knuckles, connecting rods, motor shafts, crankshafts, rocker arms, etc.

A storage system controlled collectively by a unique group control algorithm, utilizing a robot that moves in three dimensions within the rack to achieve high-density storage of pallets.

【System Configuration】 1. Palette Shuttle 2. Lifting Riser 3. Rack 4. Conveyor 5. Charging Station 6. WEB User Interface

It is a non-contact, safe, maintenance-free wireless power supply system. By installing this system, continuous 24-hour operation of the factory is achieved.

For more details, please contact us.

This is a QR grid-type AGV with high travel accuracy, capable of operating in narrow aisles. It supports multiple units to maximize transport capacity (capable of carrying 800kg and 1000kg).

Our company, Sanmei Co., Ltd., is an FA technology trading company based in Shizuoka City.

Achieve automation, labor saving, and productivity improvement in transportation with AMR. We also propose solutions for upstream and downstream processes such as palletizing, depalletizing, inspection, image processing, and 3D picking.

External dimensions (L×W×Hmm): 1000×1000×300 Body weight (kg): 435 Lifter height (mm): 100 Maximum load/towing weight (kg): Load 1000 Guidance method: Guide-less Travel direction: Omnidirectional (forward, backward, left, right, diagonal, rotation) Maximum speed - translation (m/min): 60 rotation (degrees/second): 35 Repeat stop accuracy (mm): ±10 Camera positioning accuracy (mm): ±20 or less Maximum travel area: 50m×50m (expandable through map connection: up to 10 maps) Continuous travel distance (m): 5400 Charging method (H): 2 Teaching method: Input on tablet map, teaching playback, automatic route generation Map creation: Created using included mapping software or importing 2D CAD (DXF) data files Operating interface: Tablet, control pendant, main unit touch panel Safety devices: Emergency stop switch, bumper, safety laser scanner: alarm, direction indicator

Omni-wheel all-terrain mobile robot 'AiTran Lift' with four-wheel drive capable of omnidirectional movement, enabling 24-hour unmanned transport with a wireless power supply system.

External dimensions (L×W×Hmm): 1000×1000×300 Body weight (kg): 435 Lifter height (mm): 100 Maximum load/towing weight (kg): Load 1000 Guidance method: Guide-less Travel direction: All directions (forward, backward, left, right, diagonal, rotation) Maximum speed - Translation (m/min): 60 Rotation (degrees/second): 35 Repeat stop accuracy (mm): ±10 Camera positioning accuracy (mm): ±20 or less Maximum travel area: 50m×50m (expandable through map connection: up to 10 maps) Continuous travel distance (m): 5400 Charging method (H): 2 Teaching method: Input on tablet map, teaching playback, automatic route generation Map creation: Created using included mapping software or importing 2D CAD (DXF) data files Operating interface: Tablet, control pendant, main unit touch panel Safety devices: Emergency stop switch, bumper, safety laser scanner: alarm, direction indicator

Automatically and accurately connect the towing cart with precise positioning using a camera. It is also possible to transport through narrow paths and dead ends with arc travel commands. We also build the front and rear processes.

External dimensions (L×W×Hmm): 1000×1190×434 Body weight (kg): 485 Towing weight (kg): 1000 Induction method: Guide-less Travel direction: Omnidirectional (forward, backward, left, right, diagonal, rotation) Maximum speed - Translation (m/min): 60 Rotation (degrees/second): 35 Repeat stop accuracy (mm): ±10 Camera positioning accuracy (mm): ±20 or less Maximum travel area: 50m×50m (expandable through map connection: up to 10 maps) Continuous travel distance (m): 5400 Charging method (H): 2 Teaching method: Input on tablet map, teaching playback, automatic route generation Map creation: Created using included mapping software or importing 2D CAD (DXF) data files Operating interface: Tablet, control pendant, main body touch panel Safety devices: Emergency stop switch, bumper, safety laser scanner: alarm, direction indicator

Omni-wheel all-terrain mobile robot 'AiTran400' with four-wheel drive capable of omnidirectional movement, can be operated unmanned for 24 hours with a wireless power supply system.

Control Axis Count: 4-axis simultaneous independent drive Drive Method: AC servo motor (absolute encoder) Control Method: Speed control Payload Capacity: 400kg Drive Capacity: 1600W Movement Method: Omnidirectional movement 'Mobility Capability' Maximum Translational Speed: 80m/min (unloaded) 60m/min (maximum load) Maximum Rotational Speed: 50deg/sec (unloaded) 35deg/sec (maximum load) Minimum Turning Radius: Can turn in place Minimum Passage Width: 1000mm (forward and backward operation) 1200mm (sideways operation) 1350mm (turning) Maximum Travel Distance (fully charged): 2300m (reference value) Maximum Travel Area: 50m×50m, or any narrower area within the range of wireless LAN communication with autonomous transport carts 'Lifting Capability' Top Plate Horizontal Dimension: 500×700mm Lifting Stroke / Maximum Lifting Speed: Compatible with lifting mechanism options Stopping Accuracy (during autonomous operation): ±100mm, ±2deg (when applying laser scanner self-localization function) Teaching Method: Input on the tablet map; teaching playback automatic route generation

Omni-wheel all-terrain mobile robot 'AiTran700' with four-wheel drive capable of omnidirectional movement, can operate 24 hours a day with a wireless power supply system for unmanned transportation.

Number of control axes: 4-axis simultaneous independent drive for movement, 1-axis drive for lifting Drive method: AC servo motor (absolute encoder) Control method: Speed control (movement), position control (lifting) Carrying capacity: 700kg Drive capacity: 2000W Movement method: Omnidirectional movement 'Movement Capability' Maximum translational speed: 40m/min (up to 700kg load) 24m/min (maximum load) Maximum rotational speed: 35deg/sec (up to 700kg load) 18deg/sec (maximum load) Minimum turning radius: Capable of turning in place Minimum passage width: 1530mm (forward and backward movement) 1780mm (sideways movement) 2100mm (turning) Maximum travel distance (fully charged): 2600m (reference value) Maximum travel area: 50m×50m, or any narrower area within the range of wireless LAN communication with autonomous transport carts 'Lifting Capability' Top plate horizontal dimensions: 780×1110mm Lifting stroke: 100mm Maximum lifting speed: 16.7mm/sec Stopping accuracy (during autonomous operation): ±100mm, ±2deg (when applying laser scanner self-localization function)

Omni-wheel all-terrain mobile robot 'AiTran1000' with four-wheel drive capable of omnidirectional movement, can be operated unmanned for 24 hours with a wireless power supply system.

Number of control axes: 4-axis simultaneous independent drive for movement, 1-axis drive for lifting Drive method: AC servo motor (absolute encoder) Control method: Speed control (movement), position control (lifting) Carrying capacity: 1000kg Drive capacity: 2000W Movement method: Omnidirectional movement 'Movement Capability' Maximum translational speed: 40m/min (up to 1000kg load) 24m/min (maximum load) Maximum rotational speed: 35deg/sec (1000kg load) 18deg/sec (maximum load) Minimum turning radius: Capable of turning in place Minimum passage width: 1530mm (forward and backward operation) 1780mm (sideways operation) 2100mm (turning) Maximum travel distance (fully charged): 2000m (reference value) Maximum travel area: 50m×50m, or any narrower area within the range of wireless LAN communication with autonomous transport carts 'Lifting Capability' Top plate horizontal dimensions: 780×1110mm Lifting stroke: 100mm Maximum lifting speed: 10mm/sec Stopping accuracy (during automatic operation): ±100mm, ±2deg (when applying laser scanner self-positioning function)

This is a SLAM-based AMR capable of supporting various on-site DX applications, such as transporting parts/final products and picking in logistics warehouses and factories, as well as serving and clearing dishes in restaurants.

【Usage Scenarios】 - Manufacturing Factory / Inter-process Transport By utilizing GPIO ports, collaboration between KeiganALI and the upper attachment is possible. Automation of receiving containers and storing them on shelves is achieved through the coordinated operation of the lifter and KeiganALI. - Logistics Warehouse / Picking Operations, Inter-process Transport The use of customized picking carts tailored to the application improves efficiency in picking operations and transport. - Manufacturing Line / Collaborative Work with Robots Since an API is publicly available, integration with various devices and systems is possible. - Restaurant / Serving The use of carts designed to accommodate vibration isolation allows for the transport of food and liquids. - Wholesale Retail / Inventory Management By attaching an RFID reader as an upper attachment, inventory management of goods within the warehouse can be automated. - Facilities / Patrols, etc. By attaching cameras or alarms as upper attachments, it can be utilized as a patrolling robot within the facility.

Inspect each axis motor, encoder, reducer, internal cooling fan of the controller, programming pendant, and stop function!

【Robot Inspection】 ■Inspection Points: Each axis motor, encoder, reducer, cooling fan inside the controller, programming pendant, stop function ■Inspection Details: Total operating hours of MOTOMAN (control power on time, servo power on time, playback time), torque and speed feedback waveform measurement, checking for play in each axis, abnormal noise confirmation, tightening, checking alarm history information, cooling fan confirmation, robot data save, battery voltage, etc. *For more details, please download the PDF or feel free to contact us.

Not just for transporting, but also handling complex tasks! Works as multiple units with just one machine.

【Performance】 ■ The robot travels at a maximum speed of 60m/min ■ Maximum load capacity of 50kg, robot carrying weight of 10kg *For more details, please download the PDF or feel free to contact us.

QR grid-type AGV available for narrow aisles. It is also possible to build upstream and downstream processes such as picking and palletizing. [Capable of carrying 800kg and 1000kg]

Our company, Sanmei Co., Ltd., is a FA technology trading company based in Shizuoka City. 【800kg portable / 1000kg portable】 External dimensions L×W×H (mm): 950×680×247・1174×850×252 Body weight (kg): 135・235 Guidance method: QR code / inertial guidance Lift height (mm): 56 Maximum load capacity (kg): 800・1000 Maximum speed (without load m/s): 2.1・2.3 Maximum speed (with load m/s): 1.5・1.2 Stop accuracy (mm): ±10 (after position correction) Operating time (h): 6 to 8 hours from full charge Color: Orange Safety features: Laser sensors Bumper switch (front / rear only for 800kg portable (optional)) Voice alarm (Japanese: standard) Emergency stop button (front/rear, push lock/turn reset)

By generating pseudo-defective images, we create an appearance inspection AI from a small amount of defective products (data). This accelerates the use of AI in the appearance inspection process.

Please consult us for more details.

This is a stepping servo that has been equipped with an encoder to achieve precision comparable to that of a servo motor. It has a proven track record of use in inspection machines.

【Other Features】 ■ Low heat generation due to optimal current control ■ Customization available ■ New serial communication function (RS485) ■ Time-saving auto-tuning ■ Supports three types of command methods (pulse sequence, external I/O, RS485 communication) ■ High-speed field bus support (MECHATROLONK-3, EtherCat) ＊ーーー Free rental available ーーー＊ *For more details, please refer to the PDF document or feel free to contact us.*

[Sample Test in Progress] No need for safety fences or safety operation training! Compact and lightweight design allows installation on workbenches or desks! Easy initial setup for the deburring finishing system.

【Specifications】 ■Dimensions: Φ45×240L ■Drive Method: Inverter Drive ■Weight: 1500g ■Pressure Adjustment Method: Spring Replacement (3 types) ■Maximum Rotational Speed: 15,000rpm ■Extension Amount: 10mm ■Shank Size: Φ20×40L *For more details, please refer to the catalog or feel free to contact us.

A "stepping servo" that has been upgraded to the precision of a servo motor by attaching an incremental encoder to a 2-phase stepping motor.

【Other Features】 ■ Low heat generation due to optimal current command ■ Customization support ■ New serial communication function (RS485) ■ Time-saving auto-tuning ■ Supports three types of command methods (pulse sequence, external I/O, RS485 communication) ■ High-speed field bus support (MECHATROLONK-3, EtherCat) ◇ Rated output torque (N·m) ◇ 0.06 0.15 0.18 0.31 0.45 0.48 0.49 1.2 1.39 ◇ Maximum output torque (N·m) ◇ 0.11 0.28 0.34 0.49 0.74 0.9 0.86 1.8 2.3 ◇ Maximum rotational speed (min⁻¹) ◇ 4500 4500 6000 3000 2000 2500 2000 2000 2000 * For more details, please refer to the PDF document or feel free to contact us.

This is a super compact stepping servo that has been equipped with an incremental encoder to achieve precision comparable to that of a servo motor.

【Other Features】 ■ Low heat generation due to optimal current command ■ Customization support ■ New serial communication function (RS485) ■ Time-saving auto-tuning ■ Supports three types of command methods (pulse sequence, external I/O, RS485 communication) ■ High-speed field bus support (Mechatrolink III, EtherCAT) ■ High resolution enables ultra-precise operation ■ Easy mechanical design with upper-level response ◇ Rated Output Torque (N·m) ◇ 0.06 0.15 0.18 0.31 0.45 0.48 0.49 1.2 1.39 ◇ Maximum Output Torque (N·m) ◇ 0.11 0.28 0.34 0.49 0.74 0.9 0.86 1.8 2.3 ◇ Maximum Rotational Speed (min⁻¹) ◇ 4500 4500 6000 3000 2000 2500 2000 2000 2000 *For more details, please refer to the PDF document or feel free to contact us.

Proven to have the highest level of dust and water resistance, it can be used in processing sites with oil mist and in forging and casting sites with flying dust.

【Work】 Molded products / molds / stainless steel / resin / plastic / machine parts / processed parts / bolts / valves / sheet metal press parts / automotive parts Ring gears, cylindrical parts, die-cast products for automobiles, hub bearings, valve guides, pulleys, knuckles, connecting rods, motor shafts, crankshafts, rocker arms, etc.

By automatically optimizing the robot's maximum speed performance through optimal route calculation, we contribute to reducing tact time and cycle time.

【Work】 Molded products / molds / stainless steel / resin / plastic / machine parts / processed parts / bolts / valves / sheet metal press parts / automotive parts Ring gears, cylindrical parts, die-cast products for automobiles, hub bearings, valve guides, pulleys, knuckles, connecting rods, motor shafts, crankshafts, rocker arms, etc.

Would you like to promote automation in your factory with 24-hour continuous operation using wireless power transmission? Layout changes with rider slam mapping that does not require magnetic tape.

【Fields and Industries for Active Engagement】 ■ Logistics Field (Inbound and Outbound of Goods) ■ Assembly Field (Work Alignment and Assembly Tasks) ■ Semiconductor Field (Wafer Process Inter-Transport and Clean Customization) ■ Lab Automation (Automation of Scientific Experiments and Testing Areas), etc. 【System Proposals】 ■ Establishing operational systems to improve productivity ■ Developing server software linked with production management ■ Conducting risk assessments for safety management Based on the layout of the customer's factory, tact time, and the tasks performed by robots, we propose systems tailored to customer needs, including verification of our product's operational performance, setting the number of units, power supply planning, and integration with production management systems. We will conduct risk assessments for safety management and build operational systems to enhance productivity, as well as server software linked with production management. *For more details, please refer to the PDF materials or feel free to contact us.

This is a palletizing package that can be expanded through integration with upper-level systems. It is compatible with AGV/AMR and can facilitate communication integration and variety identification.

Transportable weight: 30kg (including hand weight) System capacity: 6 cycles Installation area: Width 710mm × Depth 1100mm Weight: 500kg Installation height: 3000mm or more Power supply: Three-phase AC 200V ±10%, 50/60Hz, 15A Air: 0.5Mpa, 250Nl/min Protection structure: Robot IP67, Controller IP54 Standard options: - Safety equipment (laser scanner) - Infeed conveyor - Palletizing dedicated software MOTOPAL *Additional options for DX function applications are available.

It is a palletizing system equipped with a 12-inch large touchscreen that supports a variety of work and allows for manual switching.

Movable weight: 30kg (including hand weight) System capacity: 6 cycles Installation area: Width 710mm × Depth 1100mm Weight: 500kg Installation height: 3000mm or more Power supply: Three-phase AC 200V ±10%, 50/60Hz, 15A Air: 0.5MPa, 250NL/min Protection structure: Robot IP67, Controller IP54

Easy operation with dedicated palletizing software and smart pendant. Simple creation of stacking patterns in a dialogue format and the ability to create new patterns.

Movable weight: 30kg (including hand weight) System capacity: 6 cycles Installation area: Width 710mm × Depth 1100mm Weight: 500kg Installation height: 3000mm or more *requires consultation Power supply: Three-phase AC 200V ±10%, 50/60Hz, 15A Air: 0.5Mpa, 250Nl/min Protection structure: Robot IP67, Controller IP54

Easy daily operations can be performed with a switch. The operation and display are designed to be user-friendly for field operators who are not familiar with robots.

Robot: HC30-PL Hand: Suction type Operation Box: Digital switch Conveyor: Motor roller type Safety equipment: Laser scanner Stacking software: MOTOPAL Options (for a fee): Safety fence, variety registration Number of registered varieties: Up to 10 types (1 variety registered at the time of delivery) Compatible products: Cardboard boxes Size: Length 250–620mm Width 250–430mm Height 20–400mm Weight: 20kg or less

Only Sanmei Electronic Industry can bring joy and excitement to customers with control panels!

For more details, please download the PDF or feel free to contact us.

This is an oil-filled transformer designed to comply with the Top Runner System. It is compact, low-noise, energy-efficient, earthquake-resistant, and considers safety.

For more details, please contact us.

It is possible to build a control and operation system that connects the AGV/AMR specified by the customer with the existing production management system. We propose WES and WCS.

For more details, please contact us.

During normal times, EV chargers / space-saving short-term construction / installation of solar systems for environmental consideration and energy efficiency improvement. Public facilities, schools, nursing facilities.

Please contact us for more details.

By integrating the main transformer and the high-voltage panel, the foundation area is reduced by 70%! This is a packaged substation equipment that significantly reduces installation and operating costs as well as the installation period.

<Specifications> Number of Phases: Three-phase Frequency: 50/60Hz Voltage: 77(66)/22(6.6)kV Please consult separately for other voltage classes. If equipped with a load tap changer, please consult separately. Capacity: 5–20MVA Total transport is limited to 10MVA. Other capacities should be consulted separately. Wiring: Delta/Star (with NGR), Star/Delta High Voltage Panel: Feeder panel, DC power panel, NGR/relay panel

"Subsidy support" allows for the low-cost introduction of EV chargers as an environmental consideration tool. Energy management optimizes running costs.

◆DQC120 Number of plugs: 2 Standard: CHAdeMO Ver.2.0.2 (backward compatible) Charging cable length: Standard 6m (designated range 5m–15m) Standard output: "DQC120" 120kW (56.25kW×2), 450V, 125A "DQC180" 180kW (90kW×2), 450V, 200A Boost output: "DQC120" 90kW/120kW (1 port) "DQC180" 180kW (1 port) *4-plug support available as an option Rated output voltage: Three-phase 3-wire AC 400V (±15%), 50/60Hz Rated input: "DQC120" 180A, 134kVA "DQC180" 289A, 200kVA Usage location: Indoor and outdoor (IP45), below 1000m elevation Operating temperature and humidity range: -20℃ to 40℃, 30 to 90RH% Efficiency: 94% or higher Dimensions: Width 580mm × Depth 890mm × Height 1880mm Installation area: 0.41 square meters Weight: "DQC120" 495kg "DQC180" 535kg Grounding: Type C (DC output circuit is ungrounded) Cooling method: Forced air cooling

The totally enclosed external fan factory safety increased explosion-proof electric motor is designed to enhance safety by considering its structure and temperature rise to prevent the occurrence of sparks, arcs, or overheating during operation.

**[Lineup]** Foot-mounted type: 0.2~55kW Flange-mounted type: 0.2~7.5kW **[Standard Specifications]** Applicable standards: Protection method - Factory electrical equipment explosion prevention guidelines (2006) Dimensions: JEM-1201 Shape: Foot-mounted type and flange-mounted type Voltage: 200/200/220V Frequency: 50/60/60Hz Rating: Continuous Ignition degree: G3 Heat resistance class: B (below 180MJ), F (above 180LJ) Temperature rise limit: Winding part 70K (B), 90K (F) Outer surface of the container G1: 320K, G2: 200K, G3: 120K Type of bearing: Shielded ball bearing or grease replacement type bearing Lead wires: 3 leads for 3.7kW and below, 6 leads for 5.5kW and above (star-delta starting possible) Paint color: Munsell notation 2.5PB5/2 (indoor use), Munsell notation N7 (outdoor use) *Note: If the motor is stopped for a long time in a circuit where voltage is applied even when the motor is not running, such as in star-delta starting, the insulation of the windings may deteriorate, leading to burning accidents. Therefore, please configure the circuit with a primary side switch to disconnect power to the motor.*

To prevent explosions caused by the use of motors in explosive atmospheres, it is necessary to use explosion-proof electrical equipment that meets the standards specified by the Ministry of Health, Labour and Welfare.

Please consult us for more details.

Minimization of electricity costs with Daihen's unique control algorithm / Reduction of initial costs eligible for subsidies / Space-saving with the industry's smallest installation area /

- Estimated charging time (Nissan Leaf 0-80%): 30kW…approximately 1.1 hours, 50kW…approximately 0.6 hours - Charging cable length: standard 6m (designated range 5m-15m) - Usage location: indoors and outdoors (IP44), below 1000m elevation - Dimensions: width 690mm, depth 410mm, height 1620mm - Installation area: 0.28m² - Cooling method: forced air cooling - Design The smallest class in the industry for installation area allows for placement in various environments and applications. Universal design that considers the height and arrangement of the equipment for ease of use by everyone. <Optional Features> Password authentication feature: Allows for easy user restrictions and changes, such as use by company personnel only or daily changes of users. Authentication billing system: Supports electronic payments using smartphones and other devices.

Equipped with an encoder! Approved products from a Ministry of Health, Labour and Welfare designated explosion-proof type certification agency! Nidec explosion-proof motors are available in a wide variety of options.

【Standard Specifications】 Compliance Standards: Protection Method Factory Electrical Equipment Explosion Prevention Guidelines (2006) Outer Protection: Totally enclosed or totally enclosed external fan type (for 18.5kW and above, totally enclosed and forced ventilation type) Protection Method: IP44 Number of Poles: 4 poles Time Rating: Continuous Speed Control Range: 8.75 to 1750 min-1 (1:200) Torque Characteristics: For constant torque Heat Resistance Class: E, B, F (please inquire when selecting the model) Temperature Rise Limit: Winding part 75K (E), 80K (B), 105K (F) Usage Location: Indoor (not suitable for outdoor use) Rotation Direction: Counterclockwise when viewed from the coupling side (bidirectional rotation is also possible) Connection Method: Direct coupling or V-belt connection Paint Color: Munsell 2.5PB5/2 Explosion Grade: 2 Ignition Degree: G4 Surrounding Conditions: Temperature -10 to +40°C, Humidity 85% RH or less, Altitude below 1000m Power Supply: Inverter input power supply 200/208/220V (50Hz), 200/208/220/230V (60Hz) (380/400/415/440/460V 50/60Hz) Motor Rated Voltage 180V (60Hz) or 360V (60Hz)

Products certified by the Ministry of Health, Labour and Welfare as explosion-proof type testing agencies! Nidec explosion-proof motors are available in a wide variety of options.

【Standard Specifications】 Compliance Standards: Protection Method Factory Electrical Equipment Explosion Prevention Guidelines (2006) Outer Protection: Totally Enclosed External Fan Type (Totally enclosed for 37kW and above, other forced ventilation type) Protection Method: IP44 Number of Poles: 4 poles Time Rating: Continuous Frequency Range: 3~60Hz Torque Characteristics: For Constant Torque / For Reduced Torque Heat Resistance Class: E,F/E,B,F Temperature Rise Limit: Winding Part 75K(E), 105K(F) / 75K(E), 80K(B), 105K(F) Usage Location: Indoor (please specify if used outdoors) Rotation Direction: Counterclockwise when viewed from the coupling side (bidirectional rotation is also possible) Connection Method: Direct coupling or V-belt connection Paint Color: Munsell 2.5PB5/2 Explosion Grade: 2 Ignition Degree: G4 Surrounding Conditions: Temperature -10 to +40℃, Humidity 85% RH or less, Altitude below 1000m Power Supply: Inverter input power 200/208/220V (50Hz), 200/208/220/230V (60Hz) Motor Rated Voltage 200V (60Hz) or 400V (60Hz)

The pressure-resistant explosion-proof motors, which have accumulated unique explosion-proof technology and extensive experience, comply with both the structure and characteristics of the factory electrical equipment explosion-proof guidelines.

**Lineup** Foot-mounted type: 0.2~55kW Flange-mounted type: 0.2~7.5kW **Standard Specifications** Compliance Standards: Protection Method Factory Electrical Equipment Explosion Prevention Guidelines (2006) Dimensions: JEM-1400, 1401 Characteristics: JEC2137 Shape: Foot-mounted type and Flange-mounted type Voltage: 200/200/220V Frequency: 50/60/60Hz Rating: Continuous Explosion Grade: 2 Ignition Degree: G4 Heat Resistance Class: E, B, F (refer to dimension table) Temperature Rise Limit: Winding part 75K (E), 80K (B), 105K (F) Outer Surface Temperature: According to Table 1 Bearing Type: Shielded ball bearing * The connection side of 225SJ, 225MJ, 225MFJ uses grease replacement type bearings Output Wires: 3 lead wires * The heat resistance class F model of 225MFJ can start with a star-delta method using 6 lead wires Paint Color: Munsell Code 2.5PB5/2 (for indoor use) Munsell Code N7 (for outdoor use) **Application Types** The following application types are produced: ● Heat Resistance Class: B ● Voltage: 200, 220, 350, 380, 400, 440V ● Corrosion-resistant Type: Grade 1, 2 ● Special Shaft End Dimensions ● Vertical Shaft Type

Explosion-proof quick brake motor with a built-in braking mechanism, incorporating heat-resistant classes E and B in a rational manner.

The structure of the pressure-resistant explosion-proof motor considers the following aspects: - A strong structure with increased thickness of components compared to normal applications. - The gaps and depths at fitting parts, joints, and shaft penetration areas are dimensioned and precise according to the explosion grade. - The bolts are designed with a locking structure that cannot be loosened with standard wrenches or pliers, preventing disassembly by anyone other than specialists, as opening the container would result in a loss of explosion-proof performance. - The temperature rise on the surface of the container that may come into contact with explosive gases is kept below the temperature determined according to their ignition point. Compliance Standards: Protection Method Factory Electrical Equipment Explosion-Proof Guidelines (2006) Characteristics: JEC2137 Shape: Foot-mounted and flange-mounted Voltage: 200/200/220V Frequency: 50/60/60Hz Rating: 40% ED (below 90LJ), 25% ED (above 100LJ) Explosion Grade: 2 Ignition Point: G4 Heat Resistance Class: E (below 112), B (above 132SJ) Temperature Rise Limit: Winding part 75K (E), 80K (B) Type of Bearing: Shielded ball bearing Braking Method: AC excitation and spring braking Braking Torque: 150% Paint Color: Munsell Code 2.5PB5/2 *Please install surge protectors or noise filters if surges or noise are expected.

We offer not only the sale of AGVs/AMRs but also proposals for upstream and downstream processes such as palletizing, depalletizing, inspection, image processing, and 3D picking.

For more details, please contact us.

It is a one-stop manufacturer (SIer, system integrator) that has trading company functions and manufacturer functions, handling everything from proposals, development, design, production to sales.

◆Agency business 　【Yaskawa Electric Corporation, Daihen Corporation, Mujin Corporation, Dexis Corporation, Atlas Copco Corporation, Siemens Corporation】 ◆Proposal for FA (Factory Automation) ◆MEMS business ◆Sales of in-house products, etc.

3D resist coating compatible with MEMS devices! Miniaturization from water and low-viscosity liquids to high-viscosity liquids.

【Other Features】 - Capable of atomizing from water and low-viscosity liquids to high-viscosity liquids - Injection of ultra-fine particles (about 5μm for low-viscosity liquids) to raindrop size is possible with a single nozzle - Operates at low pressure - Controls airflow within the chamber - No drips or run-off *For more details, please refer to the PDF document or feel free to contact us.

It is possible to automatically detect and visualize even the smallest changes at the nanoscale without missing them!

- Murab Viewer 2 【Features】 ■ Capable of inspecting surface defects in reflectors and internal back surface defects in transmitters ■ Visualizes nano defects that cannot be confirmed by the naked eye over a wide field of view ■ Equipped with zoom function (4x magnification) ■ Defects are three-dimensionally highlighted through composite 3D image processing and defect extraction processing ■ Visual inspection device - Murab Viewer 2A-SS 【Features】 ■ Visualizes defects that cannot be confirmed by the naked eye, using a unique special principle to elevate defects in three dimensions, enabling accurate defect inspection ■ Separated structure that allows the special optical component to be incorporated into an automatic transport system ■ Realizes analysis processing/fully automated inspection by incorporating numerical processing ■ Compatible with clean rooms ■ Numerical inspection device - Murab Viewer 2 TiL 【Features】 ■ Visualizes defects that cannot be confirmed by the naked eye, using ED principle to elevate defects in three dimensions, enabling accurate defect inspection ■ Combination with the Murab Viewer 2 series and automatic tiling mechanism allows for expanded observation fields from sample sizes up to Φ300mm ■ Capable of numerical mapping of nano defects over a wide field of view ■ Realizes analysis processing/fully automated inspection by incorporating numerical processing

Achieving low prices with a simple structure! Introducing the GaN wafer low-damage etching device.

【Specifications】 ■Model: PEC-6 ■Etching Method 　・Photo-Electro Chemical ■Applicable Work: □10mm small chip, φ2 to 6 inches ■UVA Light Source: Ultra-high pressure mercury lamp 315–400nm 15mW/sm2 or more ■UVC Light Source: Plasma light source 220–320nm 12mW/sm2 or more ■Chemical Supply: 2 nozzle air compression method for etching solution and rinse solution ■External Dimensions: 1470 (H) × 650 (W) × 750 (D) *For more details, please refer to the PDF document or feel free to contact us.

Compatible with various applications! It solves complicated designs and allows for easy manual operation as is.

【UVW Stage Specifications】 ■ Stage: NAF3C-16P (Hi-High Precision Co., Ltd.) ■ Stage Dimensions: 170×170mm ■ Stroke 　・X, Y = ±3mm 　・θ = ±3° ■ Repeatability Positioning Accuracy 　・X-axis: ±0.12μm (measured value) 　・Y-axis: ±0.14μm (measured value) *For more details, please refer to the PDF document or feel free to contact us.

Supports 2 to 8-inch wafers! Equipped with high-precision alignment necessary for device fabrication!

【Specifications】 ■Model: ImpFlex-Essential Stepper ■Transfer Method: UV Nanoimprint ■Applicable Work: φ2 to 8 inches ■Mold: Quartz Mold, PDMS Mold ■Resist Coating: Pre-treatment by Spin Coater or Inkjet ■Alignment Accuracy: 1μm (depending on alignment mark size) ■External Dimensions: 1800 (H) × 760 (W) × 1160 (D) *For more details, please refer to the PDF document or feel free to contact us.

The concept is "Anyone"! It is possible to establish a system that responds immediately to changes in production conditions.

【Lineup】 ■PRM-100 ■PRM-200 *For more details, please refer to the PDF document or feel free to contact us.

Supports large workpieces such as 300mm×300mm size! Customizable base model.

【Other Features】 ■Model 3001 (Micro Inspection): Pursuing automation and speedup of ultra-high precision inspection at microscope magnification ■Model 3002 (Micro Zoom Inspection): Electric zoom micro microscope inspection device ■Model 3003 (Macro Inspection): Low magnification wide field inspection *For more details, please refer to the PDF document or feel free to contact us.

Equipped with recording function! Supports various wafers such as bonding, background grinding, and trimming.

【Specifications (Excerpt)】 ■Inspection Wafer: 6 inches to 12 inches (4 inches supported with holder change) ■Inspection Target: Edge of the wafer, 360-degree outer circumference, angle setting in 1-degree increments ■Viewer 　・Simultaneous display in 3 directions, notch inspection possible 　・Cracks, scratches, foreign objects, film surface condition, surface roughness, etc. can be visually identified ■Throughput: 10 seconds per sheet to 30 seconds per sheet (depending on conditions) *For more details, please refer to the PDF document or feel free to contact us.