Volumetric Accuracy Inspection and Compensation Solution 2026/09/29

Introductions

Domestic five-axis machine tools require high-end controllers with simultaneous motion capability to process complex parts such as turbine blades. However, these controllers are dominated by international suppliers, leading to high costs, long lead times, strict controls, and high maintenance expenses. This limits the competitiveness of domestic machines, making local development of five-axis control systems essential to break the bottleneck.

Technical Advantages and Features

• Five-axis Simultaneous Motion Control: Five-Axis Tool Center Point (TCP) Motion Control Technology. Equipped with Feedforward Acceleration / Deceleration Control (FACC) and feedforward functions to reduce tracking error. Supports five-axis machine configurations including table-table type (TT), head-head type (HH), and hybrid type (HT).
• Enhanced Positioning and Accuracy: Features five-axis kinematic chain configuration and rotary axis error measurement, enhancing machine positioning accuracy and repeatability of machine tools. 0.1 μm interpolation enhances five-axis simultaneous machining accuracy.
• Supports Multiple Machining Processes & Improves Efficiency: Supports six types of tilted-surface guided machining (Euler angles, RPY, three-point, two-vector, projection angle, and tool-axis-defined plane). Equipped with built-in trochoidal cutting function to improve machining efficiency.

Industrial Applications and Business Opportunities

• Industry Applications
  • Semiconductor, automotive, aerospace, consumer electronics, and medical device manufacturing industries.
  • Intelligent Factory.
• Application Examples
  • Successfully implemented in leading domestic machine tool manufacturers, this technology breaks the monopoly of international five-axis control systems and reduces controller costs by over 50%.
  • During the pandemic, it supported emergency production of anti-counterfeit mask steel rollers, completing 10 models and 28 units in 6 days (vs. 30 days), demonstrating system reliability and enhancing the competitiveness of domestic machine tools.