Homag PROFI BMG512/74/15/F/A CNC Woodworking Machines - Image 1
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Homag PROFI BMG512/74/15/F/A CNC Woodworking Machines

Manufacturer
Homag
Model
PROFI BMG512/74/15/F/A
Type
CNC Woodworking Machines
Year
2014
Category
Woodworking machines
Sub-category
Processing machines
0
Price: Upon request

Description

Travel speed

35m/80m/25m/min
C-axis: 360°
A-axis: +/-100°
Z stroke: 600mm

Workpiece length range

2450mm/17400mm
Max. workpiece width: 1900mm
Max. workpiece thickness (incl. clamping devices): 300mm

Main spindle power

15kW
Speed: 24000rpm
Tool holder: HSK-F63
Saw blade diameter: 350mm

Second spindle power

18.5kW
Speed: 24000rpm
Tool holder: HSK-F63

Tool positions

18/2x10

Total system dimensions X/Y

approx. 19000mm/6300mm
Control: Homag

A CNC dual spindle woodworking machining system Homag is available.

Including underfloor milling unit Homag, 3xtool changers, pickup position, clamping platforms, vacuum clamps, workpiece lifter, laser and additional units.

Documentation available.

AI Description

Beta

Capabilities

The Homag PROFI BMG512 is a high-performance dual-spindle CNC woodworking center designed for precision machining of large wood components. With two powerful 15kW and 18.5kW spindles operating at 24,000 rpm, this machine handles complex operations including drilling, milling, and sawing in a single setup. The 360° C-axis and ±100° A-axis provide exceptional versatility for angled cuts and multi-directional machining. It accommodates workpieces up to 17.4 meters long and 1.9 meters wide, making it ideal for edge banding, mortising, profiling, and specialized joinery.

Industries & Uses

Manufacturers of kitchen cabinets, fitted furniture, doors, and architectural woodwork rely on machines like this to increase production speed while maintaining tight tolerances. The dual-spindle configuration eliminates repositioning time, reducing cycle times significantly. It's equally valuable for custom fabricators and mid-sized woodworking shops seeking to expand capacity and improve consistency.

What to Check When Buying

When inspecting a used unit, request complete maintenance records and verify spindle runout and tool changer functionality—these are the most critical wear points. Check the table surface for flatness, inspect the linear guides for smooth operation, and confirm all servo motors and encoders respond properly. Ask about tool holder condition and whether the machine has been regularly serviced. Request a test run to assess noise levels and any unusual vibration, which can indicate bearing wear.

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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