Compact high-speed milling machine - Today's Medical Developments

2022-06-25 04:12:11 By : Mr. Wiikk Wiikk

The Datron neo compact CNC milling machine offers simple operation and post-processing.

The Datron neo compact CNC milling machine offers simple operation and post-processing. An integrated camera and 3D touch probe speed job setup by using automatic recognition of the workpiece location, drawn by the operator directly onto a touch screen. The interface guides users through milling like a smartphone or tablet app.

An ergonomic design allows operators to load a workpiece from a position above the machining table, while the height and angle of the workpiece are automatically set up at the operating terminal. Enclosure design gives the operator an unobstructed view of and access to the machining area. The machine’s small footprint enables it to fit through a standard doorway and installation can be completed in a few hours.

The Datron neo mills a variety of materials up to 20" x 16.5" x 9" with a 40,000rpm spindle and 24-station automatic tool changer.

Datron Dynamics Inc. www.datron.com

Machine construction: Gantry design, polymer cast concrete frame, aluminum table

Drive system: Brushless, digital servo drives; direct-drive ball screws for each axis

Floor space w/o terminal: 805mm x 1,290mm x 1,880mm (32" x 51" x 74")

Traverse path: 520mm x 420mm x 220mm (20" x 16.5" x 9")

Machining area: 500mm x 400mm (19.5" x 16")

Machining speed: Up to 28m/min (1,102ipm)

Spindle: 2kW up to 40,000rpm

Tool magazine with tool-length sensor: 24-station with direct shank tool holder

Control system/software: DATRON next

Power requirement: 3 x 400VAC/16A

Air supply: 7 bar to 10 bar (100psi to 145psi)

Ambient temperature: 18°C to 30°C (65°F to 86°F)

Datron vacuum module clamping plates offer clamping force and ease of use. Two vacuum plates, designed for Datron neo, operate separately via connectors recessed in the worktable. Each plate is subdivided into 10 segments that can be activated individually, depending on part size.