HGW 30 HC | ASE | Linear Guideway Block
HGW 30 HC | ASE | Linear Guideway Block - Image 2

HGW 30 HC | ASE | Linear Guideway Block

₨8,500.00

The HGW 30 HC Linear Guide Way Block is a premium heavy-duty linear motion component designed to deliver exceptional precision, smooth operation, and high load capacity in demanding industrial applications. Its extended wide-flange design provides superior rigidity and stability, making it an excellent choice for CNC machines, automation systems, robotics, and other precision equipment that require accurate and reliable linear movement.

Manufactured from high-quality hardened bearing steel, the HGW 30 HC features a four-row recirculating ball bearing system that ensures low-friction movement and equal load capacity in radial, reverse radial, and lateral directions. The self-aligning design compensates for minor mounting inaccuracies, reducing installation time while maintaining consistent performance and extended service life. Compatible with HGR30 linear guide rails, this guide block is engineered for high-speed, high-precision applications.

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Description

Key Features

  • Heavy-duty flange-type linear guide block
  • Compatible with HGR30 linear guide rails
  • High load capacity with superior rigidity
  • Smooth, low-friction linear motion
  • Four-row recirculating ball bearing design
  • Self-aligning for improved installation accuracy
  • Hardened steel construction for long service life
  • High precision with low noise and vibration
  • Suitable for high-speed industrial applications

Applications

The HGW 30 HC Linear Guide Way Block is widely used in:

  • CNC machining centers and routers
  • Industrial automation systems
  • Robotics and automated production lines
  • Laser cutting and engraving machines
  • Packaging and printing machinery
  • Material handling equipment
  • Precision inspection systems
  • Woodworking and metalworking machinery

Our HGW 30 HC Linear Guide Way Block is manufactured to meet demanding industrial standards, offering outstanding durability, precision, and dependable performance. Whether used in new machine construction or replacement applications, it provides smooth linear motion, reduced maintenance, and long-lasting operational reliability for a wide range of industrial environments.