Inverted Metallurgical Microscope
ECLIPSE MA200
Inverted Metallurgical Microscope
ECLIPSE MA100N
More Information
More Information
Inverted Metallurgical Microscope
ECLIPSE MA200
Inverted Metallurgical Microscope
ECLIPSE MA100N
More Information
More Information
Assuring you our best, always

MV331/351
Laser Radar 

The Nikon Laser Radar is the only solution available that provides automated, non-contact measurement capability for large-volume applications of up to 50-meter radius. The new generation of metrology instruments precisely measures large-scale geometry without requiring photogrammetry targets, laser tracker spherically mounted retroflectors or probes. This revolutionary measuring instrument is suited for repetitive, complex, hard-to-reach, delicate and labour-intensive inspection tasks in automotive, aerospace, renewable energy and many other large-scale applications.

Key benefits
  • Repeatable measurements – Measuring the exact same points on every part without human interaction enables better process control
  • Automated measurements - Completely automated inspections dramatically reduce inspection time required to perform measurements of large parts
  • Improved safety – Parts are measured without an operator standing on the part or ladder to hold a target/probe
  • Inspecting new materials - Contactless measurements inspect uncured carbon fibre and other delicate surfaces without damaging risk
  • Optimized measuring uptime – Create and prove out inspection plans completely offline using CAD
  • Seamless integration with today‘s manufacturing processes – In-process inspection using Laser Radars on robots and integrated on large machining tools
Applications
  • Fast inspection of aircraft parts.
  • Automotive inline and next-to-the-line CMM
  • Ideal for composite inspection
  • Measuring antennae in a single inspection run
  • Solar mirror inspection to increase output
  • Verifying space telescopes’ sensitive hardware
  • Measuring heated surfaces near blast furnaces
  • Optimizing wind turbine geometry

Specs & Applications
  • Wavelength: Measurement laser (infrared):  1,550 nm Pointing laser (red): Wavelength 700nm
  • Power: Measurement laser (infrared): < 10 mW; Pointing laser (red):< 1.0 mW
  • IEC Class: Measurement laser (infrared): Class 1 ; Pointing laser (red):Class 2
  • Measurement accuracy (2 Sigma): 10 μm + 2.5µm/m
  • Maximum data rate: 4000 pts/sec 
  • Working range MV331: 2-30m; MV351: 2-50m
Please contact us for more information