Coordinate Measuring Machines

  • Complete range of premium bridge, gantry and horizontal arm CMMs
  • High velocities/accelerations for low cycle times
  • Excellent accuracy and repeatability
  • Total solution for probing, scanning and digital inspection

Description

The LK Metrology range of Coordinate Measuring Machines represents the ultimate in CMM technology. Designed and manufactured using only the highest quality materials, they carry a heritage of over 55 years of experience and expertise. LK CMMs deliver the ability to perform dimensional, positional and surface measurements in a single system. Combined with a complete range of contact and non-contact sensors, LK Metrology CMMs provide true multi-sensor capability. Sensors can be quickly changed to combine geometric and surface measurement into a single inspection routine.

Key Benefits

  • Complete range of premium bridge, gantry and horizontal arm CMMs
  • High velocities/accelerations for low cycle times
  • Excellent accuracy and repeatability
  • Total solution for probing, scanning and digital inspection
 

Designed for smooth measurements and long-lasting accuracy – The superior ceramic design, with near-perfect stiffness-to-weight ratio and greater resistance to temperature shifts,  provides consistent performance across all manufacturing environments. Advanced multi-sensor-ready technology optimizes CMM  throughput and provides the opportunity to broaden the application scope to new materials and components as needs change. Innovative work-flows and intuitive software features facilitate complex inspection tasks and boost productivity.

  • Ceramic bridge and spindle provide a thermally stable and ultra-stiff frame for long lasting accuracy.
  • Unique LK air bearings provide a smaller air gap with greater stiffness than standard air bearings to enhance the rigidity of the frame.
  • Granite table with integral dovetail guideway provides the smoothest of drives with high velocity and acceleration.
  • Steel support legs designed on CAD with Finite Element Analysis provide a stable mounting for the ceramic beam and carriage assembly
  • Friction-driven axes remove the uncertainty of belt drives and gear-boxes and provide a hysteresis-free smooth repeatable motion.
  • Superior pneumatic self-leveling vibration isolation for optimum performance in areas subject to high levels of low frequency vibration.
  • Bonded Renishaw scales negate the need for separate scale and mechanical frame thermal compensation, providing confidence in repeatability and accuracy.

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