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

Z-200
Handheld LIBS Analyser

The Z-200 is the most portable, high-performance LIBS analyser ever created. Its advanced technology includes on-board argon purge to deliver quantitative results; laser burst surface cleaning to eliminate grinding or surface prep; laser rastering for improved precision. Its Android-based operating system is as friendly and intuitive as a Smartphone, and it supports numerous analytical Apps for a variety of sample types.

The Z is the ONLY handheld LIBS with an integrated, user-replaceable argon purge. As any OES user will attest to, operating in an argon purge environment delivers 10x or more intensities, thus yielding far superior precision and limits of detection compared to air-based LIBS.

In fact, a major reason why the Z-200 can precisely analyse fine distinctions in aluminium alloys, and stainless, iron base and nickel superalloys, is due to the precision advantage from argon purge. Also available are larger belt-mounted canisters (4x the volume). Users may also connect the Z to industry standard stationary argon tanks with our optional package of bridge regulator and tubing.

​The Z features novel cleaning mode to eliminate the need for grinding or surface prep – a critical requirement and something no other handheld laser unit offers. Cleaning mode fires the laser at 50 Hz (50 shots/second). After 0.2 sec 10 laser blasts have obliterated surface contamination, then the Z takes data from the cleaned surface. The Z delivers the same answer whether the surface is clean or dirty!
Key Features
  • The ONLY LIBS that offers Dual-Burn Operation
  • Lightest, Fastest LIBS Analyzer
  • No Sample Grinding!
  • Beam Rastering
  • On-board Camera, WiFi, Bluetooth and GPS
  • Lowest Service Costs

Specs & Applications
  • NDT/PMI
  • Scrap/Recycling
  • GeoChem
  • General Materials Analysis