SPECTRLAB high-precision direct reading spectrometer

NegotiableUpdate on 08/18

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Overview

Detailed information Product model: SPECTRLABM12 Origin: Germany SPECTRLABGood performance guidance for metal analysis New standard for future scientific research and process control SPECTRLABSpark direct reading spectrometer Stability and analysis functions integrated in one

Product Details

Details

Product model: SPECTRLAB M12
Origin: Germany
The excellent performance of SPECTRLAB guides the new standards for future research and process control in metal analysis
The stability and analysis functions of the SPECTRLAB spark direct reading spectrometer are integrated into one. PMT/CCD dual detector The optical system and CCD optical system have set new standards for scientific research and process/quality control. Spike Corporation's continuous research and development innovation for over 30 years has established a high position for direct reading spectrometers. The research and development achievements are constantly accumulating and improving, and the direct reading spectrometer created is a better solution for metal smelting plants and high difficulty analysis applications. Nowadays, with the increasing demand for analysis speed and accuracy, SPECTRLAB is a better choice
Establish a new standard for optical system technology
In 2007, SPECTRLAB created the 'hybrid' PMT/CCD dual detection optical system, setting a new milestone for the optical technology of direct reading spectrometers. Since then, Spike Company has never stopped improving two technologies to new heights.
Two Creative Optical System Technologies
Both the third-generation 'hybrid' dual detection optical system and CCD optical system have creatively provided good optical analysis performance for the metal industry. The dual detector optical system meets the strict requirements for stability and high precision in personalized research laboratories.
SPECTRLAB is suitable for detecting new materials, trace elements, inclusions, high-purity metals, and precious metals.
The full CCD optical system combines stability and fast analysis. The convenient iCAL intelligent standardization greatly shortens the instrument calibration time. These performances are required for process control before the furnace or quality inspection of raw materials entering and leaving the factory.
The measurement technology of carbon element content in ductile iron using SPECTRLAB has good performance in measuring carbon elements in cast iron, and is equipped with a dual detector optical system or a full CCD optical system.
SPECTRLAB offers two optical system designs for high-performance spark direct reading spectrometers. The dual detector module realizes the 'hybrid power' - analog electronic technology detector photomultiplier tube (PMT) and digital technology charge coupled detector (CCD) - presenting accurate multi-element measurement. Suitable for scientific research and detection of new materials, trace elements, inclusions, high-purity metals, and precious metal analysis. The full CCD module achieves fast, accurate, and flexible analysis performance. Suitable for rapid analysis of multiple matrices and elements. Provide excellent analytical results for pre furnace process control and finished product quality control.

Flexible element selection

Abandoning the time-consuming and expensive hardware channel expansion methods of the past. Most SPECTRLAB users will not need to add hardware settings to add element channels in the future. The optional software extension settings allow users to even create work curves without preparing standards.

sensitivity

Thanks to dynamic background correction technology, the detection limit of SPECTROLAB has reached a relatively new level and can measure trace element content at the parts per million (PPM) level.

Speed measurement
A high-performance plasma generator light source combined with independent dynamic pre ignition control can shorten the analysis time of the sample and instantly switch to the excitation measurement stage. Increase the number of sample tests per unit time.
stability
Metal production enterprises cannot tolerate unreliable analytical data. Traditional vacuum technology and gas flow flushing, sealed self circulating optical systems ensure maximum transmission stability, including far ultraviolet light. Software dynamically controls online drift correction. Choose better analytical and reference spectral lines to ensure measurement stability.
Better user experience
Follow intuition to operate
The 64 bit Spark Analyzer Pro software presents a simple user interface. Construct an operating interface with simple and easy to understand self explanatory button icons. By simple learning, one can master the familiar functions of these ergonomic designs. Only authorized users can operate complex task modules such as method establishment and parameter settings.
Flexible instrument configuration
When the analysis scope needs to be expanded or new element analysis needs to be added, traditional spectrometers require the addition of detectors in hardware - time-consuming and expensive. For SPECTRLAB, the CCD detector can read out the full spectrum of the relevant elements. Adding channels only requires software debugging.
Intelligent standardization that is simple and cost-effective
The traditional standardization process even requires a large number of standardized samples for each substrate, while the intelligent standardization function of the full CCD optical system only requires two standardized samples to complete the standardization process for all substrates in ten minutes.
Hardware self diagnosis, maintenance reminder, remote connection.
Further enhance the hardware self diagnostic function and maintain reminder functions through logging and monitoring. From the pressure and temperature of the optical system to the voltage of the circuit, everything is under control. The remote online login function selected provides users with a way to solve instrument failures.