CNC Precision Internal Grinding Machine IGM2TNCⅢ-4

SERIES line-up

IGM2TNCⅢ・IGM2TNCⅢ-3・IGM2TNCⅢ-4  

Concept

IGM2TNCIII : Max. swivel 15 deg. for workspindle base in 1000mm long workpiece IGM2TNCIII-3 or 4 : Max. workpiece length 1000 - 2000mm Large size internal grinder (need to discuss specification)  

Feature

  • A maximum of 8 continuous processes can be executed using conversational software. The reverse position of the table and the infeed start position can be configured either through a teaching method or direct key input.
  • Workpiece length adjustments are achieved by shifting the work spindle base to the left or right. Additionally, interrupt dressing, cycle stop, and infeed return can be performed during the cycle.
  • Face grinding for long workpieces is supported with an optional feature.

Uses of CNC Precision Internal Grinding Machine IGM2TNCⅢ-4

 
  • The CNC Precision Internal Grinding Machine IGM2TNCⅢ-4 is a versatile and highly precise machine designed for a range of grinding applications. Its advanced features and high accuracy make it suitable for industries requiring fine finishes and tight tolerances. Below are its key uses:

    1. High-Precision Internal Grinding

    • Ideal for grinding the internal surfaces of components, such as bores and cylinders, with exceptional precision.
    • Commonly used in the production of automotive parts, aerospace components, and industrial machinery.

    2. Complex Shape Grinding

    • Capable of grinding complex geometries, including tapered and stepped surfaces, thanks to its CNC control and multi-axis capabilities.
    • Widely used for molds, dies, and tools with intricate shapes.

    3. Custom Workpiece Adaptability

    • Suitable for workpieces of various lengths and diameters, making it versatile for different industries.
    • Workpiece length adjustments are facilitated by shifting the workspindle base, accommodating diverse project requirements.

    4. Precision Grinding of Long Components

    • With optional features, the machine can perform face grinding on long workpieces, making it ideal for shafts and other elongated components.

    5. Efficient Production Cycles

    • Supports processes like interrupt dressing, cycle stop, and infeed return during operations, enhancing efficiency and reducing downtime.
    • Enables seamless transitions and adjustments, allowing for continuous multi-step operations without compromising quality.

    6. Tooling and Die Manufacturing

    • Used in the creation of high-precision tools and dies that require flawless surface finishes and strict dimensional tolerances.

    7. Versatile Material Compatibility

    • Suitable for grinding a range of materials, including hardened steels, ceramics, and other challenging materials often used in precision engineering.

    8. Prototyping and Small-Batch Production

    • Its precision and flexibility make it perfect for prototyping and producing small batches of customized components.
    This machine’s combination of advanced CNC control, customizable configurations, and high precision ensures its utility across demanding applications in industries like automotive, aerospace, energy, and heavy machinery manufacturing.