In the manufacturing of linear guideways, precision control is the key to delivering high-performance motion systems. As a core enterprise in the guideway production industry, we uphold the philosophy that "precision defines quality." Relying on advanced equipment and systematic processes, we have established a highly efficient and stable system for precision machining and quality control of guideways.

一. High-Standard Definitions of Guideway Accuracy

We treat the geometric precision and surface quality of guideways as primary control targets throughout the entire production process. Our system focuses on five critical accuracy parameters:

• Straightness Tolerance
       Typically controlled within 3 μm/m, with precision-grade guideways reaching as low as 1 μm/m.

• Flatness and Side Perpendicularity
       Ensures consistent alignment and smooth movement when paired with sliders.

• Surface Waviness and Roughness
       Controlled to Ra ≤ 0.2 μm, exceeding common industry standards for smoother motion and longer wear life.

• Symmetry and Centerline Tolerance
       Affects load distribution and dynamic stability of the entire guideway system.

• Mounting Hole Positional Accuracy
       Guarantees quick and precise positioning during system integration and replacement.

Every guideway undergoes full geometric inspection and assembly verification before shipment to ensure seamless integration and performance consistency from the factory floor to the final application.

二. End-to-End Precision Machining System

1) Advanced High-Precision Equipment

We utilize a full suite of imported precision machinery from Germany, Switzerland, and Japan, including CNC guideway grinders, double-sided milling machines, and laser length measurement systems. These enable micron-level control throughout the manufacturing process:

• CNC      high-precision grinding machines ensure      consistent straightness and flatness of guideway surfaces

• Three-axis      automated measurement platforms provide      real-time dimensional feedback

• Temperature-controlled      machining environment (maintained at      20 ± 1°C) minimizes thermal deformation effects and enhances machining      consistency

2) Multi-Stage Machining & Stress Relief Processes

Our manufacturing workflow follows a “rough-to-finish separation, multi-stage tempering” methodology:

• Post-rough      machining intermediate aging process to release internal stresses

• Secondary      grinding and dimensional inspection prior  to finish machining

• Post-finish      low-temperature stabilization treatment  to ensure long-term dimensional integrity

This "stepwise stress relief + high-precision correction" approach effectively prevents deformation due to residual stress accumulation, delivering superior stability and precision in the final product.