Industries We Serve
Our precision gear solutions are designed to meet the unique challenges of these demanding sectors.
Robotics
Our miniature gearboxes for robotic joints and end effectors deliver high torque-to-weight ratios in compact packages, enabling precise movement and control in advanced robotic systems.
Compact planetary gearheads for robotic arm joints and actuators
High-precision gear systems for robotic end effectors and grippers
Low-backlash gear solutions for precise positioning applications
Lightweight composite gear designs for mobile robotic platforms
Industrial Automation
We provide reliable gear systems for automated manufacturing requiring precise positioning and consistent operation in demanding industrial environments
High-durability gear systems for continuous operation environments
Precision indexing mechanisms for automated assembly systems
Custom gear solutions for specialized manufacturing equipment
Noise-reduced gear designs for improved workplace environments
Advanced Technology
Ruggedized gear systems for applications requiring durability in extreme environments and consistent performance, supporting cutting-edge technologies across various sectors.
Extreme environment gear systems for ruggedized applications
High-reliability mechanisms for remote and autonomous systems
Specialized gear solutions for energy and resource exploration
Custom transmission systems for emerging technology applications
Aviation & Aerospace
We specialize in high-reliability gearboxes for mission critical systems with environmental compliance for aerospace applications. Our solutions meet the rigorous demands of aviation where failure is not an option.
Flight control actuator gearboxes with precise backlash control
Environmental testing specifications for extreme operating conditions
Lightweight gear systems optimized for aerospace applications
Reliability analysis and documentation for critical flight components
Medical & Dental Devices
Miniature gears for surgical tools and diagnostic equipment with biocompatible materials and sterilization compatibility, meeting the strict requirements of medical applications.
Micro-gears for minimally invasive surgical instruments
Biocompatible gear systems for implantable medical devices
Precision drive mechanisms for diagnostic and imaging equipment
Sterilization-compatible designs for reusable medical instruments
