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Over the years, our company has been committed to resource integration and costoptimization, striving to deliver products that end-users can trust with confidence. Weare dedicated to providing distributors at all levels with profitable, competitive, andcost-effective high-quality products.

Professional. Reliable. Trustworthy.

Screened And Covered
For All Your Needs

Cutting & Rough
Machining

Cut guide rail profiles and slider blanks, rough mill raceways and mounting reference surfaces.

Heat
Treatment

Quench and temper workpieces to improve hardness and wear resistance.

Precision
Grinding

Finely grind raceways and ball circulation holes of rails and sliders for high precision.

Accessory
Fabrication

Stamp and mold end caps, retainers and wiper seals; classify steel balls by size.

Cutting & Rough
Machining

Cut guide rail profiles and slider blanks, rough mill raceways and mounting reference surfaces.

Heat
Treatment

Quench and temper workpieces to improve hardness and wear resistance.

Precision
Grinding

Finely grind raceways and ball circulation holes of rails and sliders for high precision.

Accessory
Fabrication

Stamp and mold end caps, retainers and wiper seals; classify steel balls by size.

Got a Q? We got an A for that.

Have Some Questions
About Our Linear guideways.

What is the difference between ball and roller linear sliders, how to choose?

Ball sliders suit light load, high speed & low noise applications like automation and 3D printers. Roller sliders feature high rigidity, heavy load capacity and impact resistance for CNC machines and woodworking equipment.

What is the difference between ball and roller linear sliders, how to choose?

Ball sliders suit light load, high speed & low noise applications like automation and 3D printers. Roller sliders feature high rigidity, heavy load capacity and impact resistance for CNC machines and woodworking equipment.

What is the difference between ball and roller linear sliders, how to choose?

Ball sliders suit light load, high speed & low noise applications like automation and 3D printers. Roller sliders feature high rigidity, heavy load capacity and impact resistance for CNC machines and woodworking equipment.

What is the difference between ball and roller linear sliders, how to choose?

Ball sliders suit light load, high speed & low noise applications like automation and 3D printers. Roller sliders feature high rigidity, heavy load capacity and impact resistance for CNC machines and woodworking equipment.

What is the difference between ball and roller linear sliders, how to choose?

Ball sliders suit light load, high speed & low noise applications like automation and 3D printers. Roller sliders feature high rigidity, heavy load capacity and impact resistance for CNC machines and woodworking equipment.

What is the difference between ball and roller linear sliders, how to choose?

Ball sliders suit light load, high speed & low noise applications like automation and 3D printers. Roller sliders feature high rigidity, heavy load capacity and impact resistance for CNC machines and woodworking equipment.

What is the difference between ball and roller linear sliders, how to choose?

Ball sliders suit light load, high speed & low noise applications like automation and 3D printers. Roller sliders feature high rigidity, heavy load capacity and impact resistance for CNC machines and woodworking equipment.

What is the difference between ball and roller linear sliders, how to choose?

Ball sliders suit light load, high speed & low noise applications like automation and 3D printers. Roller sliders feature high rigidity, heavy load capacity and impact resistance for CNC machines and woodworking equipment.

What is the difference between ball and roller linear sliders, how to choose?

Ball sliders suit light load, high speed & low noise applications like automation and 3D printers. Roller sliders feature high rigidity, heavy load capacity and impact resistance for CNC machines and woodworking equipment.