Butler 8Mtr CNC Elga Mill

Butler Elgamill CNC Travelling Column Bed Type Mill x 5000mm
T slotted Table 8,000mm x 1030mm
Column travel X 6200mm TBC
Ram travel Y 1250mm TBC
Vertical travel of Head Z 1950mm TBC
Spindle speeds Various and a Max of RPM TBC
Spindle Taper 50
Spindle drive motor HP TBC
Power feeds Horizontal and Vertical 6 – 500 mm/min
Rapid power traverse to all motions 2,000mm/min
Complete With:
Heidenhain CNC Control
Manual Indexing Head
Machine Data:
Machine weight 20,000kg

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SKU: 6236 Categories: ,

Description

Butler 8Mtr CNC Elga Mill

The Butler 8Mtr CNC Elga Mill is a substantial, industrial-grade CNC bed-type milling machine designed to handle large, complex machining tasks with efficiency and precision. Part of the renowned Elgamill family — a versatile platform celebrated in heavy engineering for its robust construction and wide application potential — this machine delivers reliable performance for demanding workshops and production environments.

Built to support large workpieces across extended table lengths, the Elga Mill’s generous X-axis capacity makes it especially suited to machining long components such as beams, frames, shafts, mould bases, and structural parts. The rigid bed and travelling column design ensure stability during heavy cuts and prolonged operations, minimising deflection and maximising accuracy throughout the machining cycle.

Equipped with CNC control, this Butler Elga Mill enables programmable movement and automated machining strategies, improving repeatability and productivity compared to traditional manual bed mills. Large-format CNC bed mills like this are ideal for fabrication shops, maintenance departments, and precision engineering businesses that require versatile milling capability across a broad range of part sizes and geometries.

Whether you’re preparing for high-volume production or tackling large bespoke projects, the Butler 8Mtr CNC Elga Mill offers a commanding presence on the shop floor — combining traditional heavy-duty milling robustness with the flexibility of modern CNC control.

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