Feature:

Cruiser series CMM is a big CNC CMM with high performance. by computer aided design, and by using finite element analysis, dynamic property analysis, full volumetric error compensation etc methods, we make newest generation CMM with good rigidity and stability.

  Cruiser series CMM suit for accurate measuring in production field of big parts or metrology center; it can do parts measuring, shape measuring, reverse engineering, quality control etc tasks.

  Cruiser series CMM use high trestle L shape structure, can both assure the stability, good drives and big measuring room. It has rapid measuring speed, little pitch and yaw to assure the high accuracy of CMM.

  Cruise series CMM’s guide way use flute profile section design, fixing air bearing according to close type static press guide way design, enlarging  rigidity of gas envelope, improving the accuracy of Y axis guide way.

  Cruise series CMM’s worktable, 3 axis guide way and upright post are all granite, having good thermal stability, high rigidity, good staying quality, whole machine having good stability.

  Cruiser series CMM can deploy Renishaw’s all series trigger probe  and  contact scanning probe and LS series laser scanning probe, high accuracy laser point scanning probe to realize quickly scanning of complicated parts(Reverse Engineering)

A. Machine
- Frame CMM MACHINE
- RENISHAW UCC Control System
- Calibrate Ball with Support Base
- User and System Manuals

B. Computer System
-Minimum configuration: Pentium Ⅳ3.0 GHz/512MB RAM/80GB Hard Disk/32MB Graphic Card /17″Color LCD Monitor/ Window’s OS
- HP Color DeskJet printer

C. Software System
-America Rational DMIS(OPEN DMIS) software(for Windows XP)

D. RENISHAW Probe System 
- RTP20 compact probe head
-MH8/MH20i Renishaw Motorized Probe Head
- PH10T(M) automatic probe system
-TP20/TP200 Probe
-SP25 scanning Probe
- Renishaw Probe Styli Kit

Enviroment Request
Power Voltage: 220V
Air Pressure: 0.4-0.5Mpa
Filter Accuracy: 0.3μm
Air Supply: 0.12m3/min
Temperature Range: 18-22℃
Hourly Temperature Cycle: 1℃/h
Thermal Gradient: 1℃/m
Relative Humidity: 55%-65%