Please update your browser:

Your web browser Internet Explorer 11 is outdated and no longer supported.

The display of content and functionality is not guaranteed.

 DMG MORI Technology Excellence: Automotive

DMG MORI Automotive Excellence

Integral portfolio in milling and turning – DMG MORI offers optimum solutions for flexible and efficient production in the automotive sector.

Under the motto "A full Automotive Technology Integration" we present complete solutions or integral modular systems comprising high-performance machine tools, integral technologies, automation solutions and intelligent software. This guarantees our customers in the automotive industry top availability and maximum process reliability.

Automotive Excellence by DMG MORI

Automotive at a glance:

 DMG MORI Technology Excellence: Automotive
  • More than 1,500 DMG MORI machines annually for the automotive industry
  • Everything from a single source: Turning, Milling, ULTRASONIC, LASERTEC Shape, Additive Manufacturing and Automation
  • CTV of the 3rd Generation with 85 Nm torqueDRIVE turret
  • CTX beta 1250 CS, unique machine concept for crankshaft production
  • MULTISPRINT, multi-spindle automatic lathes for SWISS-TYPE machining up to 180 mm turning length
  • DMU 200 Gantry ​​​​​​​and DMU 340 Gantry with up to 0.5 g acceleration

Applications and Machines

Electric motor housing
Cylinder block
Crankshaft
Wheel hub
Gearbox housing
Gear wheel
Camshaft
Cylinder head
Crankshaft
Drive shaft
Connector
Crankcase
Gearbox housing

Electric motor housing

 Electric motor housing

Electric motor housing

  • Machine: DMU / DMC H monoBLOCK
  • Dimensions: 300 x 500 mm
  • Material: Aluminum

Cylinder block

 Cylinder Block

Cylinder block

  • Machine: NHX Series
  • Dimensions: 500 × 300 ×250 mm
  • Material: Aluminum

Crankshaft

 Crankshaft

Crankshaft

  • Machine: CTX beta 1250 CS
  • Dimensions: ø 150 mm × 420 mm
  • Material: 1.4305

Wheel hub

 Wheel hub

Wheel hub

  • Machine: NRX 2000
  • Dimensions: ø 120 mm × 80 mm
  • Material: S53C (JIS)

Gearbox housing

 Gearbox Housing

ZF 8 HP Gearbox housing

  • Machine: DMC 80 H linear
  • Dimensions: 650 × 355 ×390 mm
  • Material: Aluminum

Gear wheel

 Gear wheel

Gear wheel

  • Machine: CTV Series
  • Dimensions: ø 100 mm × 30 mm
  • Material: 20MnCr5

Camshaft

 Crankshaft

Camshaft

  • Machine: NZX-S 2500
  • Dimensions: ø40 mm × 470 mm
  • Material: GG25

Cylinder head

 Cylinder head

Cylinder head

  • Machine: i-50
  • Dimensions: 410 × 180 ×120 mm
  • Material: Aluminum

Crankshaft

 Crankshaft

Crankshaft

  • Machine: NZX-S 2500
  • Dimensions: ø150 mm × 560 mm
  • Material: GG20

Drive shaft

 Drive shaft

Drive shaft

  • Machine: CTV Series
  • Dimensions: ø 70 mm × 200 mm
  • Material: 20MnCr5

Connector

 Connector

Connector

  • Machine: NRX 2000
  • Dimensions: ø 60 mm × 100 mm
  • Material: alloyed heat-treatable steel

Crankcase

 Cankcase

Crankcase

  • Machine: DMC 80 H linear
  • Dimensions: 500 × 300 ×250 mm
  • Material: Aluminum

Gearbox housing

 Gearbox housing

Gearbox housing

  • Machine: NHX Series
  • Dimensions: 500 × 400 ×200 mm
  • Material: Aluminum

Automotive Excellence of DMG MORI

Rising sales figures in both the traditional North American and European markets as well as in the high-growth market China characterize the automotive sector. Manufacturers and their suppliers in this branch are confronted with the challenge of how to come up with a fast and economical production solution that will give them the edge in this fiercely competitive market: low unit costs, automated processes and a high level of flexibility are the key factors here. As a long-standing competence partner in automobile manufacture DMG MORI sells 1,500 machines a year for the automotive industry and is called upon to meet the high demands with state-of-the-art CNC technologies. The turnkey solutions by the technology leader have long developed into integral modular systems consisting of high-performance machining centers and intelligent software. This guarantees top availability and maximum process reliability.