Planetary transmission
Match the transmission to ratio, load, backlash and packaging requirements.
RESEARCH & TECHNOLOGY
Engineering motion. Validating the design.
Built on precision manufacturing experience, bringing transmission, motors, drives and sensing together in one motion system.
01 / TRANSMISSION & INTEGRATION
Transmission at the core. Integration in every detail.
Precision planetary gearboxes and integrated robotic joint modules form two parallel product lines. From a transmission unit to a complete joint, application requirements guide each element.
Motor integration
Coordinate power and structure around output, duty cycle and thermal requirements.
Drive interfaces
Define power, communication and command interfaces for system integration.
Encoder feedback
Review encoder configuration, feedback and mounting against control requirements.
02 / LABORATORIES & VALIDATION
Dedicated facilities for development and validation.
The Robotic Joint Laboratory, Noise Laboratory and Gearbox Test Center support product development, validation and improvement.
Test scope and acceptance criteria are defined for each product and application.
FACILITY 01
Robotic Joint Laboratory
Supporting prototype validation, assembly evaluation and improvements for joint integration and system applications.
Review mechanical transmission, motor, driver and encoder together, from component fits to module assembly.
- Integration
- Assembly evaluation
- Prototype validation
FACILITY 02
Noise Laboratory
Evaluating sound during transmission operation to inform structural, assembly and process improvements.
Define evaluation conditions around speed, load and mounting, giving sound comparisons a consistent basis.
- Operating conditions
- Sound behaviour
- Improvement feedback
FACILITY 03
Gearbox Test Center
Supporting gearbox functional validation and transmission assessment against product and application requirements.
Define validation around transmission and assembly requirements, connecting gearbox behaviour with selection and acceptance criteria.
- Transmission assessment
- Functional validation
- Selection support
03 / ENGINEERING TO PRODUCTION
Carry engineering requirements into production.
Engineering collaboration connects structural improvements, material and process selection, prototype validation and production introduction—linking component requirements with module assembly, inspection and delivery.
- 01
Requirements review
Define the product and delivery requirements through load, speed, space, duty cycle and interfaces.
- 02
Design & process
Review materials, mating dimensions and machining routes for a manufacturable design.
- 03
Module integration
Coordinate transmission, motor, drive and feedback across components, assembly and system interfaces.
- 04
Prototype validation
Agree product-specific checks such as dimensions, backlash, noise and operating current, with defined test and acceptance conditions.
- 05
Production introduction
Align drawing revisions, assembly processes, inspection requirements and delivery plans for production.
ENGINEER YOUR NEXT MOVE
Start with a real requirement.
Share your operating conditions, drawings or selection requirements to discuss the next step.