2018 GF MIKRON HEM 500U VERTICAL MACHINING CENTER

GF MIKRON HEM 500U 2018 GF MIKRON HEM 500U VERTICAL MACHINING CENTER equipment image

Equipment Overview

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OEM
GF
Model
MIKRON HEM 500U
Year of Manufacture
2018
Category
VERTICAL MACHINING CENTERS

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Technical Description

The 2018 GF Machining Solutions Mikron HEM 500U is a 5-axis high-performance vertical machining center manufactured by Georg Fischer Machining Solutions in Switzerland. Designed for precision five-axis milling of complex parts in aerospace, medical, automotive, and mold-making applications, the HEM 500U combines a compact footprint with outstanding dynamic performance and surface finish capability. The machine provides X, Y, and Z linear travels of 19.69, 17.72, and 15.75 inches respectively, with a 500 mm diameter swivel rotary table enabling full simultaneous five-axis contouring. The optional high-speed Step-TEC spindle delivers 36 kW (48 HP) at 40 percent duty cycle with speeds up to 20,000 RPM through an HSK-A63 taper, providing exceptional material removal rates for aluminum and challenging aerospace alloys. The standard spindle operates to 12,000 RPM via an ISO-B40 interface. CNC motion control is provided by the Heidenhain iTNC 530 system (TNC 640 on later builds), offering advanced five-axis interpolation, TCPM, and comprehensive programming flexibility. The machine weighs approximately 5,700 kg (12,566 lbs). The HEM 500U is well regarded for its thermal stability, dynamic accuracy, and suitability for unmanned precision machining in high-value component production.

Technical Attributes

Control System
Mitsubishi M800
Z-Axis Travel
22.12 ''
Max Spindle Speed
12000 RPM
Y-Axis Travel
23.62 ''
Table Size (LxW)
43.3 x 19.68
X-Axis Travel
39.37 ''
Spindle Power
30 HP

Data Accuracy and Verification

Specifications and technical details are compiled from manufacturer documentation, historical records, and third-party industry sources. While care is taken to ensure accuracy, this information is provided for reference purposes only and may contain errors or omissions. Users should independently verify all details before relying on them.

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