Gildemeister GMX 400 CNC Turning- and Milling Center - Image 1
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Gildemeister GMX 400 CNC Turning- and Milling Center

Manufacturer
Gildemeister
Model
GMX 400
Type
CNC Turning- and Milling Center
Year
2004
Category
Metal processing machines
Sub-category
Lathes
Price: Upon request

Specifications

Overview

CNC double-spindle turning and milling center with coolant system and chip conveyor

Machine Specifications

Turning diameter over bed
640 mm
Machining diameter
400 mm
Center distance
1930 mm
Travel X/Z
550 mm / 1585 mm
Travel Y
+/-110 mm
B-axis
+/-120° (interpolating)
C-axis
360°

Main Spindle

Power
36 kW / 45 kW
Speed
4000 rpm
Torque
600 Nm - 730 Nm
Bore
107 mm

Milling Spindle

Speed
12000 rpm
Power
13.2 kW / 22 kW
Torque
100 Nm

Tool System

Tool places
60
Carrier
Turret 12-fold star SW 380

Weight & Dimensions

Machine dimensions X/Y/Z
approx. 9300 mm / 4600 mm / 3100 mm
Weight
approx. 20000 kg

Control System

Control
Siemens Sinumerik 840D powerline

Additional Information

Documentation
Available

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AI Description

Beta

Capabilities

The Gildemeister GMX 400 is a dual-spindle CNC turning and milling center designed for complex metal parts that require both rotating and stationary operations in a single setup. With a 640mm turning diameter and sophisticated axis control—including B-axis (±120°) and full C-axis rotation—this machine handles intricate geometries, undercuts, and multi-sided features that would otherwise need multiple machines or manual repositioning.

Industries & Uses

This equipment serves manufacturers across automotive, aerospace, medical devices, and general precision engineering. Typical jobs include producing crankshafts, pump housings, connector bodies, and custom mechanical components. Small to mid-sized job shops benefit most, as the dual-spindle design reduces setup time and improves throughput compared to traditional single-spindle machines.

What to Check When Buying

When evaluating this used machine, prioritize spindle condition—test runout at operating speed and listen for bearing noise. Request full maintenance records, particularly for the hydraulic systems controlling the B-axis and tool changer. Inspect the bed and slideways for wear using a dial indicator; visible scoring indicates heavy use. Verify coolant system operation and check for leaks in the chip conveyor. Have a CNC programmer review the control system compatibility with your software. A pre-purchase trial run with your typical parts is highly recommended.

This description is AI-generated and is intended as a general guide only. As with all AI-generated content, it may contain inaccuracies. Please verify all details directly with the seller before making a purchasing decision.

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