German Spike direct reading spectrometer SPECTRLAB SThe true revolution in high-end metal analysis

• Obtain high-precision results within 20 seconds (e.g. low-alloy steel)

• Reduce the workload of regular maintenance (spark table cleaning) by 8 times
• The average detection limit of elements in low-alloy steel has been improved by 2 times, and the average detection limit of elements in pure aluminum has been improved by 5 times
• The footprint of the instrument has been reduced by 27%

• Standardizing the entire system with a single standard sample can save 30 minutes of work time per day

As a leader in innovative arc/spark technology, SPECTRO has been dedicated to developing the world's leading emission spectrometers for over 40 years. Today, Spike Corporation has perfectly introduced CMOS detector technology, completely changing the direction and future of high-end arc/spark analysis technology. Among all similar analyzers, the analysis speed provided by SPECTRLAB S is beyond imagination, with element detection limits as low as the limit. At the same time, it can also provide ultra long normal operation time and very forward-looking flexibility.

The SPECTRLAB S has the world's first CMOS based detector recording system, which is highly suitable for high-end metal analysis. From trace elements to multi matrix applications, it provides extremely fast, highly accurate, and exceptionally flexible technological choices.

The speed of sample analysis is an important symbol of the progressiveness of the instrument. The introduction of SPECTROLAB S fully meets the speed demand of the metal analysis market. For example, when detecting low-alloy steel, it can provide highly accurate measurements in 20 seconds or less!

From the perspective of technical indicators and actual usage effects, SPECTRLAB S is currently the preferred high-performance spectrometer for metal smelters. For metal reprocessing manufacturers, automotive and aerospace manufacturers, as well as manufacturers of finished and semi-finished products, electronic products, semiconductors, etc., her solutions are equally outstanding.