Einblick in den Innenraum einer kompakten Fräsmaschine

Compact Gantry Milling Machine

Our bestseller – proven since 2004 - continuously optimized!

CNC Milling Machine

with an acceleration of up to 197"/sec².

The ENDURA® 700LINEAR is a state-of-the-art 5-axis milling machine in compact gantry design with linear motor drive technology and 5 CNC-controlled simultaneous axes. The machine tool is particularly suitable for the efficient 5-sided finishing of workpieces made of plastics, composite materials (CFRP, GFRP), model building block materials (Ureol) and aluminum, 



as well as for the HSC machining of cast iron and steel materials. The compact 5-axis milling machine ENDURA® 700LINEAR is characterized by high structural rigidity, features maximum dynamics and achieves highest accuracies. These properties result in optimum motion control and maximum productivity. 


Despite its compact design and small footprint, the 5-axis milling machine provides a large machining area. The machine tool can also be set up without a foundation. With an acceleration of up to 197"/sec² , the FOOKE ENDURA® 700LINEAR is one of the most advanced high-speed milling machines.


Kompakt- Portalfräsmaschine ENDURA® 700LINEAR

Advantages at a glance.

  • Large machining area
  • x= 59”/87”/157”/217", y= 79”/110”/138”, z= 47”/ 59”
  • Feed rates: 3,544 ipm
  • Small footprint
  • Linear motors in x, y, z axis
  • Torque motors in C & A axis
  • Fully enclosed w/folding covers
  • Direct measuring systems in all axes (X, Y, Z, C and A).
  • Suitable Milling heads: #4, 11 and 15
  • Perfect for plastics, CFRP/GFRP, block material, aluminum and steel
  • ATC w/68+ tools
  • Tool measurement probe
  • Part measurement probe
  • Vibration sensing system
  • Range of materials: plastics, CFRP/GFRP, modeling block material, aluminum, cast iron, steel


Compact Gantry Milling Machine

Compact gantry milling machine with large machining area and small footprint.

Traverse paths

X-axis:  59.1" / 86.6" / 216.5"

Y-axis: 78.7" / 110.2" / 137.8"

Z-axis: 47.2" / 59.1"


Feed rates

X-axis:  0.197"/min - 3,543.3"/min

Y-axis:  0.197"/min - 3,543.3"/min

Z-axis:  0.197"/min - 3,543.3"/min


Acceleration up to 196.9"/sec2


Position accuracy

X-axis: 0.0006"

Y-axis: 0.0006"

Z-axis: 0.0006"


Position scatter

X-axis:  0.0004"

Y-axis:  0.0004"

Z-axis:  0.0004"

Inherently rigid compact machine with closed machine bed

Wear-free, highly dynamic linear motors in all linear axes (X, Y and Z)

Direct measuring systems in all axes (X, Y, Z, C and A)

Safety systems and brakes in all linear axes (X, Y and Z)

Drive units consistently protected by bellows


Automatic tool changing systems

Minimum quantity spray dosing system

Coolant systems (wet operation)

Tool measuring systems

Workpiece measuring systems

Chips and dust disposal systems

Plane cover / Sound insulation enclosure


Features, technology and equipment:

  • Highly dynamic GANTRY high-bed tool milling machine in compact design:
    Portal moving in X-direction.
  • Design of the machine:
    Machine bed made of solid cast iron, side walls (X-axis), cross slide and gantry
    (Y axis) as welded steel construction, walking beam (Z axis) made of cast iron.
  • No foundation required:
    Due to the inherently rigid machine bed, a standard industrial floor, approx. 11,8" thick, steel-reinforced, is sufficient for the installation; a special foundation, is not required. The machine is set up and aligned by fixators bolted to the hall floor.
  • Drive technology of linear axes:
    Water-cooled linear motors in the linear axes (X, Y and Z), X axis designed as a GANTRY axis pair.


  • Direct measuring systems:
    The linear and rotary axes are equipped with direct measuring systems.
  • Z-axis weight compensation:
    Highly dynamic pneumatic cylinders support the Z-axis drive.
  • Direct measuring systems:
    The linear and rotary axes are equipped with direct measuring systems.
  • Linear axes guides:
    The linear axes are equipped with hardened and ground, backlash-free pre-tensioned guide elements.
  • Thermal decoupling:
    Coating and cladding of relevant structural components with suitable insulation material and sheet metal. Negative influences of external temperature fluctuations on the positioning accuracy of the machine are significantly reduced through thermal decoupling.


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