Square Block HGH25CA Guide Block Linear Ball Bearing , Linear Slide Bearings 

The HGH25CA Linear Guide Block is part of a professional-grade linear rail system built to provide smooth, precise, and low-friction linear movement. It features a square-type block design that allows for greater load capacity and rigidity, making it suitable for demanding environments and high-precision applications.

Product Specifications:

• Model: HGH25CA

• Type: Square block linear guide carriage

• Dimensions: 23mm height × 48mm width × 40mm length

• Structure: Four-row recirculating ball bearing design

• Material: High-quality bearing steel with corrosion-resistant treatment

• Compatibility: Designed for 25mm linear guide rails (HG/HIWIN-compatible)

Key Features

• High load capacity in all directions (radial, reverse radial, and lateral)

• Smooth and silent operation due to precision-ground raceways

• High rigidity thanks to the square-block profile

• Preloaded design for zero backlash and greater accuracy

• Easy installation and maintenance with standard mounting holes

• Interchangeable with global brands like HIWIN, PMI, THK (same dimensions)

Ideal Applications

The HGH25CA square linear block is engineered for a broad range of mechanical and industrial uses, including:

• CNC milling and engraving machines

• 3D printing and additive manufacturing platforms

• Precision robotics and pick-and-place systems

• Automated assembly lines and inspection systems

• Packaging machinery and factory automation equipment

Its compact size and heavy-duty construction make it ideal for space-constrained systems that still demand high accuracy and durability.

Market Demand & Reliability

As automation continues to grow across manufacturing sectors, the demand for reliable and precise linear motion components is at an all-time high. The HGH25CA meets this demand with industrial-grade reliability, a cost-effective price point, and wide compatibility with existing systems.

Its robust design ensures long service life, even in 24/7 operation cycles, reducing downtime and maximizing productivity.