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MPF Series - MINTECH

Edge Finisher

MPF Series

The MPF1000 Multifunction Acrylic Edge Trimmer is a high-precision machine designed for trimming and shaping acrylic sheets with an optical-grade transparent finish. Featuring a 40,000 RPM spindle, automatic feeding, and compatibility with diamond or carbide tools, it excels at 45° bevel trimming, arc edge shaping, and groove milling. With variable frequency speed control, intuitive operation, and a built-in dust extraction system, the MPF1000 ensures reliability, efficiency, and a clean workspace. Suitable for acrylic, polycarbonate (PC), PETG, and other plastic materials, it is the ideal solution for superior edge trimming across various applications.

Visualization

Video

Content

File Formats:

G-code (.gcode, .nc): Machine-ready files for CNC operations.

DXF (.dxf): Standard for 2D designs and CAD drawings.

SVG (.svg), EPS (.eps), AI (.ai): Vector formats for detailed designs.

STEP/IGES (.step, .iges): 3D CAD formats for advanced machining.

CAM Software Compatibility:
Compatible with leading CAM software, including:

EnRoute

VCarve

Vectric Aspire

Fusion 360

Spindle

4kW ATC Oil Cooled

Linear Guide Rails

Hiwin or PMI linear guides.

Servo Motors

  • Brand: Yaskawa, Delta, or Leadshine servo motors.
  • Ensure smooth, accurate motion with high torque and low noise.

Transmission

Brand: TBI or THK ball screws.

Provide precise motion control, essential for accurate routing.

Vacuum Table

  • High-strength vacuum table with multiple zones for efficient material hold-down during cutting.
  • Suitable for various materials like wood, acrylic, aluminum, and composites.

Dust Collection System

  • Integrated dust collection port for a clean working environment and improved machine lifespan.

Vacuum Zones

  • 4 Zones Control for 4x8 ft
  • 6 Zones Control for 5x10 ft
  • Customizable

ATC

  • Automatic Tool Change

applications

45° edge trimming is a machining process used to create a beveled edge at a 45-degree angle on materials like acrylic, polycarbonate (PC), and PETG. This technique is commonly applied to prepare edges for precise bonding or to achieve an aesthetic, polished finish.

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