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High-precision flexible machine design
Technical Introduction

Flexible manufacturing technology,  which takes process design as the guide and CNC technology as the core, is the advanced production technology that is automated to complete the enterprise multi-species, multi-batch processing and manufacturing, assembly, testing and other processes . It is  born for the diversity of customer products, compatible with the co-linear production  and one line  production of multiple specifications.


Highlights: to meet the needs of a variety of small batch production automation and reduce the input cost of production equipment.


Technical features
Precision transmission system
High-precision transmission systems, such as precision gears, linear guides, etc., are used to achieve precise position control and motion control.
Adaptive control algorithms
Adaptive control algorithms are used to adjust and optimize the mechanical system in real time to adapt to different working conditions and changes.
Flexible connection structure
Flexible materials or flexible connectors are used to connect between mechanical components to accommodate complex motion and deformation requirements and provide greater freedom and flexibility.
Simulation and emulation techniques
Using computer-aided design and simulation software, the mechanical system is virtually modeled and simulated to verify the performance and feasibility of the design scheme and optimize it.
Sensor and feedback control
High-precision sensors are used to monitor parameters such as position, force, and deformation of the mechanical system in real time, and the feedback control system is used to achieve precise control and adjustment.