EUROGUSS | G720F

Hall 7A / Booth Number 7A-620

G720F

Logo GROB-WERKE

by GROB-WERKE

Key Facts

  • UNHINDERED CHIP FALL AND OPTIMAL HEAT DISSIPATION Thanks to steep machine bed slants in the work area and optimized axis configuration
  • OUTSTANDING DESIGN FOR MINIMUM QUANTITY LUBRICATION MACHINING Thanks to the A- and B-axis combination in the part and optimized work area design
  • HIGH DYNAMICS AND SHORT CHIP-TO-CHIP TIMES Thanks to optimized and coordinated axis drives

Categories

  • Machining and machining centers for tooling
Product Picture G720F
Product Picture G720F

Key Facts

  • UNHINDERED CHIP FALL AND OPTIMAL HEAT DISSIPATION Thanks to steep machine bed slants in the work area and optimized axis configuration
  • OUTSTANDING DESIGN FOR MINIMUM QUANTITY LUBRICATION MACHINING Thanks to the A- and B-axis combination in the part and optimized work area design
  • HIGH DYNAMICS AND SHORT CHIP-TO-CHIP TIMES Thanks to optimized and coordinated axis drives

Categories

  • Machining and machining centers for tooling
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Product information

Machining center for frame structure and chassis parts as well as battery housings.

The F-Series from GROB guarantees the best conditions for efficient series production of frame structure and chassis parts as well as battery housings. Regardless of which of the two machine concepts you choose, you can use your GROB machine stand-alone or in combination with other machines in an automated production line.Benefit from the PROCESS RELIABILITY, ECONOMICITY and DURABILITY of our machine concept.

With its 5-axis A/B interference circle of 1,500 mm and its high stability, the G720F is a typical representative of the Crossover series for all important components, from the frame structural component, the subframe to the battery housing. The A/B axis combination in the table ensures free chip fall and excellent heat dissipation, which is especially suitable for MQL machining. The axis arrangement of the F series corresponds to GROB's proven machine concept. Modularly designed and standardized machine components guarantee high product quality, dynamics and short chip-to-chip times.

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