Industrial CNC Machine Directory

Starrag Heckert X80

$800,000 - $1,200,000 Updated 2026-03-19
01

Key Specifications

X Travel

1,100 mm (43.3 in)

Y Travel

1,000 mm (39.4 in)

Z Travel

1,100 mm (43.3 in)

Max Spindle

10,000 RPM

Spindle Taper

HSK-A100

Tool Capacity

80 (expandable to 300)

02

Overview

The Starrag Heckert X80 is a 5-axis horizontal machining center built around an 800 mm pallet, offering full simultaneous 5-axis capability for large aerospace, energy, and heavy industrial components. The X80 represents the heavy-duty end of the Heckert X-series, integrating the fifth axis directly into the table while providing the pallet load capacity and spindle authority needed for demanding titanium and Inconel applications.

Axis travels of 1,100 x 1,000 x 1,100 mm (43.3 x 39.4 x 43.3 in) provide a substantial work envelope for large contoured components. The spindle delivers 10,000 RPM with 50 kW (67 hp) continuous power and 600 Nm of torque through an HSK-A100 taper, with optional high-torque configurations reaching 800 Nm for aggressive roughing in titanium and steel. The integrated A/B-axis trunnion provides +/-110 degrees of swivel with continuous C-axis rotation.

Two 800 x 800 mm pallets come standard, each supporting workpieces up to 1,800 kg (3,968 lb). Tool magazine capacity starts at 80 tools, expandable to 300. Rapid traverse reaches 50 m/min on all linear axes. Roller guideways on all axes ensure the rigidity needed for accurate 5-axis contouring under heavy cutting loads.

The X80 runs on Siemens SINUMERIK 840D sl with advanced 5-axis kinematic transformation and volumetric compensation. Positioning accuracy of +/-0.006 mm and repeatability of +/-0.003 mm meet aerospace structural requirements. Built in Chemnitz, Germany, the X80 competes with large-format 5-axis HMCs from Grob, Makino, and Mitsui Seiki. New machines typically price between $800,000 and $1,200,000.

03

Full Specifications

Parameter Value
X-Axis Travel 1,100 mm (43.3 in)
Y-Axis Travel 1,000 mm (39.4 in)
Z-Axis Travel 1,100 mm (43.3 in)
Max Spindle Speed 10,000 RPM
Spindle Taper HSK-A100
Spindle Motor Power 50 kW (67 hp)
Spindle Torque 600 Nm (443 ft-lb)
Pallet Size 800 x 800 mm (31.5 x 31.5 in)
Number Of Pallets 2 (expandable via pallet pool)
Pallet Load Capacity 1,800 kg (3,968 lb)
A B Axis Swivel +/-110 deg
C Axis 360 deg continuous
Number Of Axes 5 (simultaneous)
Tool Capacity 80 (expandable to 300)
Rapid Traverse Rate 50 m/min (1,969 ipm)
Positioning Accuracy +/-0.006 mm
Repeatability +/-0.003 mm
CNC Control Siemens SINUMERIK 840D sl
Machine Weight 24,000 kg (52,911 lb)

Specifications sourced from starrag.com — verified 2026-03-28

04

Strengths & Limitations

Strengths

  • Full 5-axis simultaneous capability on an 800 mm pallet platform handles large aerospace structural components that smaller 5-axis machines cannot accommodate
  • 50 kW HSK-A100 spindle with 600 Nm torque provides the cutting authority needed for titanium and Inconel 5-axis machining
  • 1,100 x 1,000 x 1,100 mm travel offers a large work envelope for 5-axis parts requiring extensive tool access from multiple angles
  • 1,800 kg pallet load capacity handles heavy fixtures and large titanium forgings common in aerospace structural applications
  • Roller guideways deliver the rigidity needed for accurate 5-axis contouring under the heavy cutting loads typical of hard metal machining
  • IPS pallet pool integration enables production-scale 5-axis manufacturing with automated part exchange

Limitations

  • At $800K-$1.2M, the X80 requires substantial capital investment with a narrower dealer network than mainstream 5-axis brands
  • 24,000 kg machine weight requires significant foundation preparation and rigging capability
  • Siemens-only control platform limits appeal for shops running Heidenhain or Fanuc on existing 5-axis equipment
  • +/-110 degree swivel range is slightly less than the X50 and X70, though still sufficient for most aerospace geometries
05

Best For

Aerospace tier 1 suppliers machining large titanium structural components, bulkheads, and frames requiring 5-axis access and HSK-A100 rigidity Energy sector manufacturers producing large turbine blades, impellers, and combustion components requiring simultaneous 5-axis contouring Defense contractors machining large precision housings and structural components in demanding materials Production facilities requiring FMS-integrated heavy-duty 5-axis machining through pallet pool systems Shops machining large Inconel and titanium aerospace components where horizontal chip evacuation significantly improves tool life
06

Frequently Asked Questions

01 How does the X80 compare to the Makino a81nx-5XR?

Both are large-format 5-axis HMCs targeting aerospace production. The X80 uses roller guideways and Siemens 840D sl, emphasizing rigidity and European build quality. The Makino uses its proprietary Professional 6 control, box guideways, and offers exceptional spindle technology. Makino has a stronger presence in North American aerospace, while the X80 excels in European facilities and IPS pallet pool integration. Both deliver aerospace-grade accuracy.

02 What spindle options are available on the X80?

The standard spindle delivers 10,000 RPM with 600 Nm torque through HSK-A100. A high-torque option increases to approximately 800 Nm for aggressive roughing in titanium forgings. A high-speed option at 14,000 RPM trades torque for speed in aluminum-intensive applications. All variants include thermal compensation for dimensional stability during long 5-axis production runs.

03 Can the X80 machine titanium forgings effectively?

Yes, the X80 is well-suited for titanium machining. The 50 kW HSK-A100 spindle provides the torque and rigidity needed for titanium roughing, while roller guideways maintain accuracy under heavy cutting loads. The horizontal orientation provides superior chip evacuation critical for titanium machining. Through-spindle coolant up to 70 bar further supports titanium cutting performance.

04 What is the advantage of the table-integrated 5th axis?

Integrating the 5th axis into the table rather than the spindle head maximizes spindle rigidity and eliminates the compliance issues associated with head-swivel architectures. The table-table kinematics provide a more rigid cutting platform, particularly important when machining titanium and Inconel where cutting forces are high. The trade-off is a reduced swivel range compared to some head-swivel designs.

07

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