Precision Surface Grinding Machine PSG-GX series

SERIES line-up

Concept

Feature

• • • Optimized T-Shaped Frame Design:
      • Minimizes overhang for improved structural stability.
      • Incorporates a V-V slideway system, ensuring exceptional straightness in longitudinal movement.
    • Spacious Table Loading Area:
      • The column traveling design provides an open and accessible table, accommodating large workpieces with ease.
    • Enhanced Load Capacity and Process Stability:
      • Features a double-layer cylinder system that eliminates overhangs in the work area, even during the table’s full stroke.
      • Ensures a stable grinding process, even under high loads.
    • Simplified Operation with Modern Controller:
      • Equipped with a new controller and touch panel featuring a colored LCD, making operation intuitive and efficient.
    • Automated Grinding Cycles for Hard Materials:
      • Includes a standard table dresser with an automatic dress compensation function for precise grinding, even on tough materials.
    • Increased Infeed with High Rigidity:
      • High-rigidity construction allows for the use of sharp grinding wheels, enabling higher infeed rates for faster and more efficient grinding.

Uses of the Precision Surface Grinding Machine PSG-GX Series

• The Precision Surface Grinding Machine PSG-GX Series is a state-of-the-art machine designed for high-precision and high-efficiency grinding processes. Its cutting-edge technology and robust design make it a versatile tool across various industries. Below are the primary uses of the PSG-GX series:

  1. Precision Tool Manufacturing

  • Purpose: The PSG-GX series is widely used in the manufacturing of high-precision tools such as cutting dies, punches, and specialized machinery parts.
  • Benefit: Its micro-level accuracy ensures tools are manufactured with exact specifications, enhancing their performance and longevity.

  2. Mold and Die Making

  • Purpose: Creating intricate molds and dies for the automotive, electronics, and plastic industries.
  • Benefit: The machine offers excellent surface finishes and dimensional accuracy, ensuring mold components fit perfectly.

  3. Aerospace Components

  • Purpose: The aerospace industry demands exceptionally tight tolerances and smooth finishes for components like turbine blades, shafts, and casings.
  • Benefit: The PSG-GX series excels in meeting these stringent standards while maintaining efficiency.

  4. Semiconductor and Electronics Industry

  • Purpose: Grinding delicate components like silicon wafers, precision connectors, and circuit board parts.
  • Benefit: The machine minimizes surface roughness, enabling flawless integration of components in microelectronic device

  5. Medical Device Manufacturing

  • Purpose: Producing surgical tools, prosthetic components, and other precision instruments.
  • Benefit: Its ability to grind materials like stainless steel and titanium with high accuracy ensures safety and effectiveness in medical applications.

  6. Automotive Industry

  • Purpose: Fabricating precision parts like gears, engine components, and transmission parts.
  • Benefit: It reduces wear and tear by ensuring superior surface finishes and tight tolerances.

  7. Industrial Equipment Manufacturing

  • Purpose: Producing components for heavy machinery, compressors, and industrial robots.
  • Benefit: The PSG-GX series delivers consistency, even for complex geometries, ensuring reliable machinery performance.

  8. Research and Development

  • Purpose: Prototyping and testing new designs in materials science and engineering.
  • Benefit: The flexibility of the machine allows researchers to experiment with various materials and configurations.

  9. Custom Part Fabrication

  • Purpose: Grinding custom-designed parts for unique applications.
  • Benefit: Its advanced controls and customization options accommodate diverse design requirements.

  10. Maintenance and Repair

  • Purpose: Refurbishing worn-out parts for industrial machinery or tools.
  • Benefit: The PSG-GX series restores components to near-original conditions, extending their service life.