
Product Details
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Basic Info.
Model NO.
HGH series 15/20/25/30/35/45
Corrosion Resistance
Medium Corrosion Resistance
Length
Square
Material
Steel
Profile Type
Hollow Profile
Surface Treatment
Polished
Linear Guideway Type
Ball Type Linear Guide
MOQ
1PCS
Type of Sliders
Rectangular Slider and Flange Slider
Delivery Way
Shipment by Express or Vassel, Railway
Transport Package
Cardboard Box
Specification
HGH-CA15 HGH-CA20 HGH-CA25HGH-CA35 HGH-CA45
Trademark
ZGCD
Origin
Lishui, Zhejiang, China
Production Capacity
12
Product Description
HG Series – Ball Screw Linear Guide
The HG series linear guide is a four-row single-circular arc contact type linear guide with an optimized structural design for ultra-heavy load precision linear motion. Compared to other linear guides, it offers improved load capacity and rigidity; it features equal load capacity in all directions and self-aligning capabilities, which can compensate for assembly errors on the mounting surface, achieving high precision requirements. The concepts of high speed, high load capacity, high rigidity, and high precision have become the trend for future industrial product development worldwide. The four-row ultra-heavy load linear guide is developed based on this philosophy.
The HG series linear guide is a four-row single-circular arc contact type linear guide with an optimized structural design for ultra-heavy load precision linear motion. Compared to other linear guides, it offers improved load capacity and rigidity; it features equal load capacity in all directions and self-aligning capabilities, which can compensate for assembly errors on the mounting surface, achieving high precision requirements. The concepts of high speed, high load capacity, high rigidity, and high precision have become the trend for future industrial product development worldwide. The four-row ultra-heavy load linear guide is developed based on this philosophy.
Advantages and characteristics of linear guides:
1. High positioning accuracy: Using rolling friction with a low coefficient of friction, achieving micron-level precision.
2. Less wear, maintaining accuracy over the long term: Rolling friction results in minimal wear, allowing the machine to maintain high precision for a long time.
3. Suitable for high-speed motion, reducing driving power: With low friction, it is suitable for high-speed operation, reducing power consumption.

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