Fooke Endura 8 - 30/25/11,5/5-28 CNC Portal Milling Machine - Image 1
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Fooke Endura 8 - 30/25/11,5/5-28 CNC Portal Milling Machine

Manufacturer
Fooke
Model
Endura 8 - 30/25/11,5/5-28
Type
CNC Portal Milling Machine
Year
1999
Category
Metal processing machines
Sub-category
Milling machines
Price: Upon request

Specifications

Overview

Walk-in CNC 5-axis large-format portal milling machine Fooke

Travel & Dimensions

Travel X
3000 mm
Travel Y
2500 mm
Travel Z
1150 mm
Bridge height
800 mm
Table dimensions X
3000 mm
Table dimensions Y
2500 mm
Machine dimensions X
approx. 6000 mm
Machine dimensions Y
approx. 6000 mm
Machine dimensions Z
approx. 5200 mm

Spindle & Performance

Spindle power
28 kW
Spindle speed
16000 rpm
Feed rate
15 m/min
Rapid traverse X/Y
20 m/min
Rapid traverse Z
10 m/min

Axes & Tool Holder

Swivel range A
+/-100°
Rotary range C
+/-181.5°
Rotary speed A/C
8 rpm
Tool holder
HSK-63A

Weight & Control

Weight
approx. 50000 kg
Control
Siemens 840D powerline

Documentation

Documentation available

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AI Description

Beta

Capabilities

The Fooke Endura 8 is a large-format CNC portal milling machine built for precision work on substantial components. With 3000×2500mm travel and a powerful 28kW spindle spinning up to 16,000rpm, it excels at machining metal parts ranging from aerospace components and tooling to industrial equipment. The 5-axis capability—including ±100° swivel (A-axis) and ±181.5° rotation (C-axis)—enables complex geometries in single setups, while the rigid portal design ensures excellent surface finish and dimensional accuracy.

Industries & Uses

This machine attracts job shops, contract manufacturers, and in-house production facilities in aerospace, automotive, medical device, and heavy engineering sectors. It's ideal for high-precision milling of large dies, moulds, structural components, and custom parts where accuracy and repeatability matter.

What to Check When Buying

When evaluating a used unit, request full maintenance records and spindle service history—spindle wear directly impacts surface quality and tool life. Inspect the bed and ways for scoring or damage; verify thermal stability with a warm-up cycle. Check axis movement for smooth operation and backlash. Confirm the Siemens 840D control functions properly and that all tool changer and coolant systems operate. Given its 1999 manufacture date, budget for potential servo updates and electrical component refurbishment.

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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