TM-CNC-1750

Double-Head CNC Drilling and Milling Machine

Description

Double-head CNC machine for holes, T-slots, special-shaped openings and flat engraving in aluminium door and window profiles.

Dual workstations support corner and injection-hole milling.
A CNC control system and electric spindle support programmed profile machining.
Precision ball screws drive the X, Y and Z axes.
The table rotates through 180 degrees for three-side machining in one clamping.

Specifications

Power supply380 V / 50 Hz

Main spindle speed0-18,000 r/min

Working air pressure0.5-0.8 MPa

Working range800 x 300 x 280 mm

Tool holderER25 x 18

Specifications are transcribed from the current catalog. Confirm voltage, configuration and final technical scope in the quotation before ordering.

Direct answer

What is the TM-CNC-1750 aluminium milling & routing machine?

The TM-CNC-1750 is an aluminium milling & routing machine. It is catalogued as a double-head CNC machine for holes, T-slots, special-shaped openings and flat engraving in aluminium door and window profiles.

Information to prepare before requesting a quote

Profile drawings, material and product system.
Required cuts, angles, holes, slots or milling paths.
Workpiece dimensions, target output and local utilities.

TM-CNC-1750 FAQs

What is the TM-CNC-1750 aluminium milling & routing machine?

What profiles or operations is the TM-CNC-1750 designed for?

Dual workstations support corner and injection-hole milling.

What is the working range of the TM-CNC-1750?

Working range: 800 x 300 x 280 mm. Confirm the required profile sections and finished-part dimensions against the final machine configuration.

Which utilities should be checked for the TM-CNC-1750?

Power supply: 380 V / 50 Hz; Working air pressure: 0.5-0.8 MPa. Confirm the site voltage, frequency, compressed-air supply and final installed load in the quotation before preparing the factory connection.

What should a buyer provide when requesting a quotation for the TM-CNC-1750?

Provide profile drawings and material, required operations and angles, minimum and maximum workpiece sizes, target output, local power supply, compressed-air details and any loading, coding or extraction requirements.