CNC Precision surface grinding machine PSG Column CA-iQ series

SERIES line-up

Concept

Feature

• Operate with ease using touch-based icon controls on the screen.

• Input gross and fine grinding allowances along with particle size.
• Automatically generates optimal grinding and dressing conditions.

• Features a V-V-shaped table longitudinal feed for enhanced stability.
• Column design accommodates mounting large workpieces effortlessly.

• Equipped with a double-cylinder system to significantly increase loading weight.
• Ensures stable machining across the full table stroke.

• Supports surface grinding, pitch shaping, contouring, form grinding, and other grinding methods.

• Includes an on-machine measuring device and CCD camera for automatic measurement and grinding cycles without workpiece removal.

• Designed for ultra-precise grinding, ensuring exceptional flatness and surface roughness.

• Functions efficiently as a forming grinder for complex shapes and detailed designs.

Uses of the CNC Precision Surface Grinding Machine PSG Column CA-iQ Series

1. High-Precision Surface Grinding

• Provides exceptional flatness, parallelism, and surface finish, making it ideal for the precision grinding of flat surfaces.
• Used extensively in the production of critical components for industries such as aerospace, automotive, and electronics.

2. Tool and Die Manufacturing

• Perfect for creating molds, dies, and cutting tools with intricate geometries and precise tolerances.
• Supports industries like injection molding, metal stamping, and plastic forming by ensuring high-quality tooling.

3. Contouring and Complex Shape Machining

• Features CNC capabilities to perform contouring and shape machining for intricate part designs.
• Commonly used to manufacture turbine blades, custom machine parts, and precision mechanical components.

4. Large Workpiece Processing

• The column-type design and robust table structure allow for the machining of large, heavy workpieces.
• Ideal for producing oversized parts used in heavy machinery, construction equipment, and industrial tooling.

5. Automated Grinding Operations

• Integrated iQ interactive software simplifies operations with touch-screen controls.
• Automatically creates optimal grinding and dressing conditions by inputting basic data like grinding allowance and particle size.

6. Pitch Shape and Form Grinding

• Excels at pitch shape grinding and form grinding for parts requiring complex profiles and high dimensional accuracy.
• Widely used in industries such as optics and precision engineering.

7. Material Versatility

• Handles a variety of materials, including hardened metals, ceramics, and composites.
• Supports diverse applications in aerospace, medical device manufacturing, and electronic component production.

8. On-Machine Measurement and CCD Camera Integration

• Optional on-machine measuring devices and CCD cameras enable automated measurement and grinding cycles.
• Ensures precision and eliminates the need to remove and inspect the workpiece manually.

9. Exceptional Load Capacity and Stability

• The double-cylinder table system provides increased loading capacity for heavy-duty applications.
• Ensures stable machining with full table stroke capabilities, critical for long workpieces and heavy components.

10. Research and Development Applications

• Ideal for laboratories and R&D departments where prototypes and advanced designs are developed.
• Allows experimentation with new materials and grinding techniques.

11. Hydrostatic Spindles for Ultra-Precision Grinding

• Equipped with hydrostatic spindles to achieve superior flatness and surface roughness for high-precision grinding needs.
• Essential for industries requiring ultra-smooth finishes, such as optics and semiconductors.