Mobile Metal Analyzers

SPECTROTEST

The arc/spark mobile metal analyzer for precise analysis without compromise

Overview

No compromise: high resolution optical system for probably widest element range (even N, Li, Na), all elements necessary for a complete metal analysis on the spot are available
Unique new iCAL 2.0 one sample standardization helps maintain the same standardization – regardless of most temperature shifts and saves on average 30 minutes per day
Flexible point-and-shoot analysis with various quick to change sample probes, battery powered operation – up to 800 measurements on a single charge

The SPECTROTEST is a mobile arc spark spectrometer ideal for many applications in the metal producing, processing, and recycling industries. This mobile metal analyzer flaunts its superior performance especially when exact metal analysis is required, when materials are difficult to identify or when there is a large number of samples to be tested.

The new readout system and iCAL 2.0 diagnostics software upgraded the SPECTROTEST and allows users perform a single-sample standardization (in less than 5 minutes) at the start of the day’s testing and the iCAL diagnostics now helps to maintain the same standardization, regardless of most temperature shifts.

The complex arc spark spectrometer design offers many ergonomic advantages for safe and fatigue-free onsite operation. The light, thin probe is quickly converted between arc excitation and spark excitation (arc spark OES). A probe with an integrated UV optic is available for special measuring applications; it can also be utilized with arc excitation.

This arc spark spectrometer is even able to identify low alloy steel with the carbon content during the rapid arc excitation mode. In spark mode, the SPECTROTEST’s analysis of carbon phosphorous and sulfur are potential applications in addition to the identification of duplex steels using the nitrogen content.

The SPECTROTEST also offers the option of automated operation for high sample volumes. For this purpose, the instrument has an automation interface with TCP-IP connection. With this approach the sample throughput can be significantly increased.