Diverse Linear Guideway Customization Capabilities-Hiwin HG Series Linear Rails|linear guide|HG Series|Linear Rails

We possess advanced capabilities in the design and manufacturing of a wide variety of linear guideway types—ranging from standard ball-type models to high-precision, complex curved guideways. Our solutions are engineered to meet diverse requirements in load capacity, spatial constraints, and motion configurations.

1. Standard Ball-Type / Roller-Type Guideways

Designed for general-purpose linear motion in mechanical systems, available in multiple load and precision grades to support high rigidity and smooth operation.

2. Wide-Rail / Low-Profile Guideways

Ideal for systems with limited installation space or low center-of-gravity requirements. Enhances system compactness and running stability.

3. Miniature Guideways (Width 5mm–15mm)

Tailored for use in medical devices, precision instruments, and automated optical systems. Available in stainless steel and corrosion-resistant surface treatments.

4. Curved Guideways (Ring, Arc, Ellipse, S-Shape, etc.)

Customizable radii, pitch, and open or closed-loop structures
Precision manufacturing via wire cutting + CNC surface grinding + high-precision jig assembly calibration
Exceptional consistency with low runout—arc runout controlled within ±10 μm

5. Dual-Bearing Rails / V-Type / T-Type / Dual-Guidance Tracks

Engineered for applications with unique travel paths or high lateral-force resistance
Integrated structure designs offering guidance, positioning, and load-bearing in one solution

Advanced Surface Treatments & Material Customization

To meet the needs of complex and specialized applications, we offer a wide range of surface finishing and material customization services, including but not limited to:

DLC Hard Coating: Enhances surface hardness and reduces friction for longer service life
Anti-Corrosion Nickel Plating: Suitable for high-humidity or marine environments
Nitriding / Low-Temperature Tempering: Improves fatigue resistance and reduces deformation
Custom Metallurgical Formulations: Designed to withstand extreme temperatures, impact, and vibration conditions

We go beyond the traditional focus on “hard” material properties by also considering machinability, heat treatment stability, and fitment compatibility to optimize the overall system performance.