Engineered for Precision and Performance
We develop precision polymer gear systems engineered for reliable motion, low-noise operation and long service life. Combining advanced materials, gear design expertise and precision manufacturing, we help customers optimise performance in demanding applications where accuracy and durability are critical.
Our solutions support industrial equipment, security systems, sensing technologies and specialised mechanisms where smooth, dependable operation is essential.
Built for performance. Engineered for reliability.
How we make it
- Advanced CAD and gear design optimisation
- Moldflow simulation and finite element analysis (FEA)
- Precision injection moulding
- Gear metrology and dimensional validation
- Functional testing and performance verification
- Continuous process improvement through research-led development
Recent investments
Recent investment in equipment, testing capability and automation continues to strengthen Carclo's expertise in precision gear technologies:
- Enhanced gear measurement and inspection capability
- Advanced moulding technology for improved consistency
- Automation supporting higher precision and repeatability
- Investment in simulation and engineering software
- Continuous development of polymer gear design expertise
Materials
The performance of polymer gears depends on careful material selection. We work with a broad range of engineering polymers and specialist compounds selected to optimise wear resistance, strength, dimensional stability and noise performance.
Our expertise includes POM, polyamides, PEEK and internally lubricated materials tailored to demanding operating environments.
Typical programmes
Projects range from concept development and gear optimisation through to full production manufacture. Programmes commonly include design simulation, material evaluation, performance testing, wear studies and validation to meet specific application requirements.
Why it matters
Precision gear performance directly impacts system reliability, efficiency and user experience.
- Advanced engineering expertise
Research-led design and optimisation to improve gear performance and durability. - Integrated manufacturing capability
Design, tooling, moulding and validation managed within a single manufacturing environment. - Low-noise performance
Solutions engineered to minimise vibration and transmission error. - Quality without compromise
Rigorous dimensional validation and functional testing throughout production.
Trusted engineering. Proven performance. Delivering precision gear solutions for customers operating in demanding industrial and safety-critical environments.
