static load vs dynamic load two axes system
CGM Two Axes System: Precision and High Load Capacity in a Compact Design
In the field of mechanical engineering, the pursuit of precision and load capacity has been an ongoing endeavor. To provide outstanding load-bearing capabilities within limited installation space, CGM is proud to introduce an innovative dual-axis system—the CGM Two Axes System. This system, with mechanical modules for the X and Z axes, enhances the performance of robotic arms, achieving a balance between high precision and load capacity.
Technical Highlights:
1. High Precision and Repeat Accuracy
The CGM Two Axes System, designed with meticulous attention to detail and benefiting from years of engineering expertise, ensures outstanding repeat accuracy of just ±0.04. This guarantees exceptional positional accuracy across various working conditions, making it suitable for applications with stringent precision requirements.
2. Robust Load Capacity
The load-bearing capacity of a robotic arm is crucial in real-world applications. Leveraging advanced Cam Follower Bearing technology, the CGM Two Axes System significantly boosts its load capacity. With a grabbing range of a 300mm radius, the system effortlessly handles objects weighing up to 20KG, ensuring stability and reliability in practical operations.
3. High-Speed Motion and Maximum Velocity
To meet the demands of high-speed motion, the system employs an AC servo motor with a power rating of 400W. Achieving a maximum velocity of 1500/s, the robotic arm can swiftly and accurately execute tasks even in rapidly changing work environments.
4. Accurate Calculation of Static Load and Dynamic Response
The engineering team conducted in-depth static load calculations to ensure product stability and prevent issues arising from excessive deformation or rupture. Through finite element system analysis of dynamic response, vibration interference, impact, and other mechanical factors, the system complies with RoHS standards, making it RoHS Compliant Products.
5. EtherCAT Bus Communication
To facilitate faster and more reliable communication, the CGM Two Axes System supports EtherCAT bus communication. This enables efficient collaboration with other devices, enhancing overall operational efficiency.
Conclusion
The CGM Two Axes System is a robotic arm platform that integrates static and dynamic design principles. Through the clever application of Cam Follower Bearing technology, it achieves comprehensive advantages in high load, adaptability, and resistance to wear and corrosion. With exceptional performance in high-speed motion, precision, and repeat positioning, it provides a reliable solution for various industrial applications.
For more information about the CGM Two Axes System, please visit our official website: www.linearguider.com. We are committed to providing more advanced and reliable solutions for your industrial automation needs.





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