Ball Screw Simulation Three-Degree-of-Freedom Platform

Product features：
01. Non-standard Customization Adaptation, Meeting Diverse Scenario Needs
Support in-depth non-standard customization of 3/6-degree-of-freedom platforms. Combined with industry practice experience, design site, scenario and appearance according to customer specific needs, and provide tailor-made solutions for teaching training, scientific research, industrial inspection, VR venues and other scenarios.

02. Modular Product Design, Convenient and Efficient Maintenance
The whole set adopts modular architecture, with core hardware independently R&D and manufactured, simplifying key component structure. Core components can be replaced without complex disassembly, reducing downtime losses, lowering maintenance investment, and improving equipment usability and stability.

03. Rigorous and Reliable Design, Dual Guarantee of Precision and Safety
For high-precision and heavy-load scenarios, relying on mature design experience and technical accumulation, optimize mechanical structure through PRO/E, MATLAB simulation and mechanical calculation, ensuring product precision and load-bearing capacity, and strictly guaranteeing use safety for harsh demand fields.

04. Convenient and Easy to Operate, Compatible with Multiple Communication Modes
Software docking is simple and easy to understand with low threshold. Motion acquisition software supports linear compilation to ensure smooth movement without jamming; provides multiple secondary development interfaces, supporting UDP, TCP/IP, serial port, Wifi and other communication methods to adapt to different linkage needs.

05. Continuous Update and Optimization, Realizing Long-term Value Improvement
Attach importance to technological iteration and upgrading, continuously optimize core algorithms, update upper computer software synchronously, support customer online update, allowing customers to enjoy the latest technical services, improve product value and adapt to industry development and demand changes.

Introduction to core software and hardware：
I. Performance Highlights of Software System
1. High-Speed Communication: EtherCAT bus, fast response and large data transmission, ensuring low latency and high stability for complex scenarios.
2. Precise Control: Use leading domestic parallel algorithms with accurate modeling to improve control precision and efficiency.
3. Stable and Reliable: Software undergoes rigorous testing, stable performance, less failure, simplifying operation and maintenance.

II. Key Parameters of Motor and Driver
1. Brand Compatibility: Compatible with ABB, Panasonic, Yaskawa and other mainstream brands, flexible selection on demand.
2. Power Correlation: Related to load capacity and cost, more cost-effective to select on demand.
3. Speed Function: Core power, directly determining the speed of platform angle and displacement change.

III. Key Technical Parameters of Electric Cylinder
1. Lead Impact: Under the same conditions, the larger the lead, the faster the platform moves, suitable for high-speed scenarios.
2. Stroke Characteristics: Under the same conditions, the larger the stroke, the more flexible the platform pose, with corresponding volume increase.
3. Strength Selection: Select suitable electric cylinders through strength check, ensuring movement rate and stability.