X-MET5000
X-MET5000 is a versatile tool appreciated by inspection companies that provide a wide range of screening such as Positive Material Identification (PMI), flow accelerated corrosion testing, RoHS screening or even soil analysis.

  • Precise point and shoot analysis
  • Routine Identification in seconds
  • 304/321 separation or Grade CPTi/Ti-7 in less than 5 seconds

Extensive and open grade library

The X-MET5000 allows easy editing of the grade libraries, including the addition of new alloys and naming of alloys. It has an integrated grade library containing:

  • Nickel Alloys
  • Stainless Steels
  • Cobalt Alloy
  • Low Alloy Steel
  • Tool Steels
  • Copper Alloys
  • Titanium Alloys
  • Zirconium Alloys
  • Aluminum Alloys (heavy alloying elements)

The X-MET5000 is capable of storing thousands of grade identifications and it is easy to add new elements or to create a unique library.

Three modes of operation

  • Assay and Grade library ID
  • Direct spectral identification
  • PASS/FAIL

Easy and reliable

  • Short learning curve
  • Minimal training is required
  • Easy data storage and reporting
  • PDA based technology for flexibility and simplicity
  • CE, cCSAus certified
  • The PentaPIN™ detector provides faster analysis and lower detection limits for all elements

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ARC-MET8000
Oxford Instruments understands the increasing importance of the need to analyse key elements in metals.  Materials verification, PMI and scrap sorting are all areas where high standards are demanded by end-users, quality control systems and safety procedures.

Precision and performance has to be second to none.  That is why ARC-MET8000 has been designed to identify all the key elements in metals, including carbon and other light elements.  Recognizing that carbon identification is of primary concern in all material identification is of primary concern to all material verification functions, especially welding, ARC-MET8000 has the unique capability of measuring carbon in both air and argon modes.

ARC-MET8000 mobile, battery operated OES analyser for alloy analysis, offers:

  • Fast analysis and sorting of ferrous and non-ferrous metals i.e. low alloy steels, SS, tool steels, low alloy (white) cast iron.  Includes alloys Al, Ti, Ni, Co, Cu, Zn and Mg.
  • Carbon analysis in air from low alloy steel
  • Superior analytical quality with IP54 (NEMA 3) Protection Rating
  • Ease of use
  • Repeatable results for Carbon, Sulphur, Phosphorous and Boron
  • Expandable assay models
  • Rugged design
  • Convenient mobility
  • Versatility - Easy interchange between ARGON or AIR
  • Battery Operation

For more information on Oxford Instruments see www.oxford-instruments.com

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Testmaster Pro
TEST-MASTER PRO is a robust, mobile spectrometer for precise analysis, quick grade ID and sorting of metallic samples. It is optimised for continuous operation, and is ideally suited for heavy industrial and fully automated applications.

The TEST-MASTER PRO exhibits the unique capability to produce precise carbon analysis with a surprisingly short 4 second test.

A software controlled digital high frequency power source produces a controlled spark in argon or a direct-current arc in air.

Current, voltage, frequency and inductance can be separately monitored and adjusted to optimise the most efficient parameters for the particular application.

Frequencies and voltages up to 500 Hz / 500 V as well as an arc current of up to 6 amps allow the trouble-free excitation. An added advantage is that even grey cast iron excitation in spark-mode is possible.

Speed of analysis, precision and user-friendliness were the most important factors in the development of the TEST-MASTER PRO.

The Multi-CCD-Optic’s readout system uses DSP technology (Digital Signal Processing). The 14 CCD-detectors each have a dedicated processor, evaluated the data from the complete wavelength range in microseconds.

Cooling within the case of the instrument has been revolutionised, the TEST-MASTER PRO is equipped with a secondary cooling-circuit with heat exchanger. The conventional cooling fan arrangement and air-convection found in most instruments becomes redundant. Heat is dispelled via a specially designed jacket, efficiently cooling the instrument without moving parts.

Additionally the TEST-MASTER PRO´s housing is hermetically sealed so that dust particles or other impurities can’t get into the instrument case causing instrument failure.

Features include:

  • Heat exchanger for cooling
  • Rapid sorting including carbon determination
  • Light weight sample probe
  • High performance
  • Input via Touch-Screen
  • Automation

For more information on Oxford Instruments see www.oxford-instruments.com

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