Radiation Environment Solutions

• Customizable Configurations: This stepper motor supports flexible integration through optional add-ons such as holding brakes, position feedback sensors (encoders), and non-standard shafts.

• Robust Mechanical Stability: Featuring a rugged construction, this stepper motor provides strong resistance to shock and vibration, ensuring consistent performance in high-motion or mobile applications.

• Versatile Application Scope: Leveraging its robust design, this stepper motor is widely deployed in fields such as biomedicine, automotive parts testing, military/aerospace, outdoor surveillance, and general automation.

• Superior Environmental Resistance: Designed to withstand challenging conditions, this stepper motor offers high durability against 95% humidity, low air pressure, and salt spray corrosion.

• Wide Torque Range: With a holding torque span of 0.1 to 7.5 Nm, this stepper motor is available in various frame sizes (NEMA 11 to 43) to meet diverse power requirements.

• High-Temperature Performance: Engineered for reliability in demanding thermal environments, this stepper motor functions flawlessly at ambient temperatures up to +85°C while also capable of extreme lows down to -60°C.

• Cross-Industry Application: This stepper motor is widely used in demanding fields such as biomedical research, semiconductor manufacturing, environmental simulation testing, and general automation.

• Radiation-Resistant Build: Featuring advanced materials, this stepper motor offers tolerance to radiation exposure up to 10⁶ Gy, ensuring longevity in nuclear or space applications.

• Ultra-Wide Temperature Range: This stepper motor is engineered to operate in extreme cryogenic and high-heat environments, functioning reliably from -196°C to +200°C.

• Versatile Frame Sizes: Available in standard NEMA sizes (11, 17, 23, 34), this stepper motor provides flexible mounting options for various precision-driven systems.

• High-Vacuum Compatibility: Designed for specialized chambers, this stepper motor can withstand vacuum pressures as low as 10⁻⁷ Pa without compromising performance.

• Robust Construction: Manufactured with specialized materials and advanced processes, this stepper motor delivers consistent torque and durability where standard motors fail.

• Flexible Configuration Options: This stepper motor supports integration with optional features such as a safety brake, position feedback, and non-standard shaft designs for application-specific needs.

• Robust Environmental Tolerance: Designed to withstand harsh conditions, this stepper motor offers high durability against 95% humidity, low air pressure, salt spray, vibration, and shock.

• Extended Torque Range: With holding torque spanning 0.12 to 21 N·m, this stepper motor is available in multiple frame sizes (NEMA 11, 17, 22, 34, 43) to suit diverse power requirements.

• Versatile Application Scope: Built for demanding environments, this stepper motor is widely used in industrial automation, testing equipment, and systems requiring consistent performance under extreme conditions.

• Wide-Temperature Operation: This stepper motor is engineered for challenging thermal environments, delivering reliable performance across a broad range from -45°C to +100°C.

• High-Speed Operation: With a rated speed of 3000 rpm, this servo motor ensures precise and efficient motion control for high‑throughput semiconductor equipment.

• Multiple Voltage Options: This servo motor supports winding voltages of 48 VDC, 220 VAC, or 380 VAC, allowing seamless integration into various system architectures.

• Wide Power & Torque Range: Available with rated power from 400W to 3.8kW and holding torque from 1.27 to 15 N·m, this servo motor provides flexible options to meet diverse application requirements.

• Robust Construction: Featuring a stainless steel housing and a specially designed resolver for position feedback, this servo motor delivers reliable performance under harsh conditions where standard motors fail.

Extreme-Environment Compatibility: This servo motor is engineered for ultra-high vacuum (10⁻⁸ Pa), cryogenic temperatures down to -196°C, high temperatures up to +260°C, and radiation exposure up to 10⁶ Gy, making it ideal for semiconductor manufacturing and other demanding applications.

• Precision Feedback Options: Featuring either a resolver or a geared multi-turn absolute encoder, this servo motor delivers unparalleled accuracy and reliable position feedback for mission-critical applications.

• Vacuum Compatibility: Designed for demanding applications, this servo motor operates reliably in vacuum conditions down to 10⁻³ Pa without compromising function or longevity.

• Robust Environmental Tolerance: Built to withstand harsh conditions, this servo motor offers high durability against vibration, shock, and high humidity, ensuring consistent operation in challenging settings.

• Flexible Power Range: With rated power spanning 0.1 kW to 3.8 kW, this servo motor provides versatile options to meet the demands of various extreme-environment applications.

• Extreme-Temperature Operation: This servo motor is engineered for reliable performance across a wide thermal range from -60°C to +120°C, making it suitable for both cryogenic and high-heat environments.

• Wide Environmental Adaptability: Engineered for reliability across different settings, this servo drive operates in standard environments (0–40°C) as well as extreme conditions (-40 to +70°C, 95% humidity, vibration, and shock), ensuring consistent performance when paired with compatible servo motors.

• Flexible Feedback Compatibility: Designed to work with both resolver and multi-turn absolute encoder feedback, this servo drive ensures accurate position, speed, and torque control for KECM and KSSM series servo motors.

• Versatile Power Options: This servo drive supports DC24/48V and AC220/380V inputs, providing flexible power solutions for a wide range of servo motors across different system architectures.

• Diverse Command Modes: In addition to digital communication, this servo drive supports analog voltage control for speed or torque, offering versatile operation modes to suit various servo motor applications.

• Multiple Control Interfaces: Featuring pulse/direction, RS485 (Modbus RTU), EtherCAT, and CANopen, this servo drive enables seamless communication and precise command delivery to connected servo motors.

• Compact & Rigid Design: Featuring an integrated structure and compact footprint, this linear motion stage delivers high rigidity, exceptional repeatability, and fast speed, making it ideal for precision-critical applications.

• High Load Capacity: Despite its compact size, this linear motion stage offers high load capacity, providing stable and accurate motion even under significant payloads.

• Versatile Applications: Widely used in biomedical research, semiconductor manufacturing, environmental simulation testing, in-vacuum processing equipment, and general automation, this linear motion stage meets the rigorous demands of advanced industrial and scientific environments.

• Extreme-Environment Compatibility: This linear motion stage is engineered for ultra-high vacuum (10⁻⁸ Pa), cryogenic temperatures down to -196°C, high temperatures up to +260°C, and radiation exposure up to 10⁶ Gy, ensuring reliable operation in the most demanding conditions.

• Multiple Diameter Options: Available in diameters of 60mm, 100mm, and 160mm, this rotation stage offers flexible sizing to accommodate diverse application requirements.

• Precision & Durability: Featuring a compact structure and high accuracy, this rotation stage provides exceptional repeatability and a long service life, making it ideal for mission-critical operations.

• High Load Capacity: With a load capacity of up to 60 kg, this rotation stage delivers stable and precise rotary motion even under substantial payloads.

• Versatile Applications: Widely used across biomedical research, semiconductor manufacturing, 3C electronics production, automotive testing, in-vacuum processing, military and aerospace, nuclear energy, scientific instrumentation, and general automation, this rotation stage is built to excel in the most demanding sectors.

• Extreme-Environment Compatibility: This rotation stage is engineered for demanding conditions, including vacuum, cryogenic temperatures, high heat, and radiation, ensuring reliable performance in harsh industrial and scientific environments.

• Easy Installation & Maintenance-Free: Designed for user convenience, this electric cylinder offers simple installation and maintenance-free operation, reducing downtime and total cost of ownership.

• Versatile Applications: Widely used in biomedical research, semiconductor manufacturing, consumer electronics (3C) production, automotive parts testing, in-vacuum processing equipment, military and aerospace, nuclear energy facilities, scientific instrumentation, oil drilling, and general automation, this electric cylinder is built to excel across the most demanding sectors.

• Precision Linear Motion: Featuring a built-in ball screw that converts rotary motion into linear motion, this electric cylinder delivers high positioning accuracy and high-speed operation.

• Extreme-Environment Compatibility: This electric cylinder is engineered for demanding conditions, including cryogenic temperatures down to -80°C, high temperatures up to +260°C, vacuum levels as low as 10⁻⁸ Pa, and radiation exposure up to 10⁶ Gy.

• Long-Stroke Capability: With a stroke length of up to 1500 mm, this electric cylinder provides extended linear motion range for applications requiring long travel distances.

• High Rigidity & Durability: Engineered for exceptional rigidity and stability, this planetary gearbox maintains accuracy under heavy loads and harsh operating environments.

• Versatile Application Scope: Widely used in semiconductor manufacturing, biomedical equipment, aerospace, nuclear facilities, and general automation, this planetary gearbox is the ideal choice for extreme-environment motion control systems.

• Enhanced Precision & Control: This planetary gearbox provides superior step resolution and optimal inertia ratios, ensuring precise movements and improved system efficiency.

• Advanced Design & Materials: Utilizing high-quality materials, advanced structural designs, and cutting-edge lubrication technologies, this planetary gearbox delivers reliable performance in the most demanding conditions.

• Torque Multiplication: By effectively increasing motor torque, this planetary gearbox optimizes mechanical transmission systems and enables handling of high-load applications with ease.

• Extreme-Environment Compatibility: This planetary gearbox is engineered to withstand cryogenic temperatures down to -196°C, high temperatures up to +200°C, vacuum levels as low as 10⁻⁷ Pa, and radiation exposure up to 10⁶ Gy.