Tombstones

Significantly increased Machine Running Time

Horizontal machining centers do not achieve optimal performance unless combined with the suitable tombstones in combination with the right clamping devices. Due to the enormous range of clamping options and loading densities the machine running times are increased significantly. SCHUNK tombstones also offers optimal accessibility and machining of your workpieces.

VERO-S tombstones

  • VERO-S interface
  • Stable hollow body design
  • Rectangularity to base plate of 0.01 mm to 200 mm
  • Standardized pallet sizes
  • Two interfaces integrated as standard for positioning on the machine table

Hybrid tombstones

  • Excellent damping characteristics
  • Extensive design freedom regarding shape and sizes
  • Low thermal conductivity
  • Lower cost manufacturing than pure mineral casting
  • Lighter than steel or gray cast tombstones

Tombstones with Clamping Devices

  • Preconfigured tombstones
  • Stable hollow body design
  • Rectangularity to base plate of 0.01 mm to 200 mm
  • Standardized pallet sizes
  • Two interfaces integrated as standard for positioning on the machine table

Double Angled Tombstones

  • Stable hollow body design
  • Finely milled clamping surfaces
  • Rectangularity to base plate of 0.01 mm to 200 mm
  • Clamping surfaces blank or with bore hole grid
  • Standardized pallet sizes

Triangle Tombstones

  • Stable hollow body design
  • Finely milled clamping surfaces
  • Rectangularity to base plate of 0.01 mm to 200 mm
  • Clamping surfaces blank or with bore hole grid
  • Standardized pallet sizes

Cube Tombstones

  • Stable hollow body design
  • Finely milled clamping surfaces
  • Rectangularity to base plate of 0.01 mm to 200 mm
  • Clamping surfaces blank or with bore hole grid
  • Standardized pallet sizes

Octangle Tombstones

  • Stable hollow body design
  • Finely milled clamping surfaces
  • Rectangularity to base plate of 0.01 mm to 200 mm
  • Clamping surfaces blank or with bore hole grid
  • Standardized pallet sizes