Performance advantages:
Two configurations:Dual detector optical system or full CCD optical system
SPECTRLAB offers two innovative optical system designs for high-performance spark direct reading spectrometers. The dual detector module realizes the advantages of "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 metals The full CCD module achieves fast, accurate, and super flexible analysis performance. Especially suitable for applications in rapid analysis and multi matrix, multi-element analysis. Provide excellent analytical results for pre furnace process control, finished product quality control, and finished product quality control.
Super 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 standard samples.
Ultra high sensitivity
Benefiting from new technologies such as dynamic background correction, the detection limit has reached a new level. SPECTRLAB can accurately determine trace element content at the one percent (PPM) level.
Ultra high speed measurement
The design of SPECTRLAB is to seize every opportunity to meet the speed requirements of metal analysis. For example, the high-energy plasma generator light source combined with innovative dynamic pre control can shorten the analysis time of high-quality samples. Therefore, it instantly switches to the excitation measurement stage. Increase the number of sample tests per unit time. Ultra short analysis times can be achieved in many applications.
Super stability
Metal production enterprises cannot tolerate unreliable analytical data. The unpredictable analysis results constantly create waste products. Returning takes time and money. SPECTRLAB ensures instrument stability. Beyond traditional vacuum technology and gas flow impulses, the sealed self circulating optical system achieves transmission stability including far ultraviolet light. Software dynamically controls online drift correction. The designer selects analysis spectral lines and reference spectral lines to ensure stable measurement.
Reduce operating costs
Spike's innovative ICAL intelligent standardization technology reduces sample consumption and instrument calibration time. The UV-PLUS self circulating purification system avoids expensive maintenance and repair costs for vacuum systems. The rearrangement of instrument component positions, recent hardware self diagnostic systems, and other improvements have made maintenance more convenient. More importantly, it greatly prevents the huge production chain losses caused by sudden instrument failures and shutdowns. SPECTRLAB reduces the operating cost of direct reading spectrometers to a new level.
Excellent usability
Even operators without experience in using spectrometers can easily get started with the operating interface of SPECTROLAB. Replacing the previous multi dialogue window, the simple and exquisite toolbar buttons make the operator unable to put it down. Compared to the previous complex methods of developing software, understanding application guidance is like tailoring it specifically for this purpose.
Easy to maintain and repair
In SPECTRLAB, the main electronic components - including the readout system, circuit board, and power supply - are placed in a top isolated area. The temperature control of optical systems has become easy and stable. Simultaneously, maintenance work is more convenient.
Establish a new standard for optical system technology
In 2007, SPECTRLAB created the pioneering technology of the "hybrid" PMT/CCD dual detector optical system, setting a new milestone for the optical technology of direct reading spectrometers.
Two Creative Optical System Technologies
Both the third-generation hybrid dual detector optical system and the full CCD optical system creatively provide excellent optical analysis performance for the metal industry. The dual detector optical system meets the strict requirements of personalized research laboratories for flexibility, stability, and high precision. Make it particularly suitable for detecting new materials, trace analysis, inclusions, high-purity metals, and precious metals.
The full CCD optical system combines astonishing importance, stability, and rapid analysis. Convenient ICAL intelligent standardization shortens instrument calibration time. These performances are exactly what are needed for process control before the furnace or quality inspection of raw materials entering and leaving the factory. Moreover, the carbon content determination technology of SPECTRLAB in ductile iron has gradually replaced infrared carbon sulfur analyzers. US Certificate Number: 8976350, B2

Direct reading spectrometerFull spectrum technology innovation

1. Quick reading system:
Provide high-speed and more flexible data transmission function. Lay the foundation for the excellent analytical performance of SPECTRLAB. Users can filter the "only needed" detector units to read signals for fast measurement speed. For scientific research and analysis of unknown materials. The readout system provides a full wavelength range spectral line scan image. The single spark measurement (SSE) technology of PMT photomultiplier tube detector system has achieved the accuracy of sandwich analysis. Provide effective application support for precise determination of steel quality.
2. Innovative argon gas supply system:
The design of argon flow direction in the spark stage of the full CCD optical system significantly improves the ability of argon gas flow to clean metal dust, ensuring good excitation conditions are achieved. At the same time, the new spark table design of SPECTRLAB reduces the consumption of argon gas. It also optimizes the position of the argon gas distribution module. Only one copper tube is connected to the spark table and the air circuit unit, reducing the possibility of air leakage in the air circuit.
3. Powerful plasma generator light source and ignition unit:
Durable high-energy plasma generator provides super stable energy release for sample excitation output. Digitized control of plasma environment achieves excellent resolution, high fidelity signal output, and accelerated excitation process. To avoid interference from high-voltage signals, the light source generator and ignition board are located near the spark table. The excitation system creates an ideal plasma environment, providing assurance for analytical performance.
4. Low cost inert gas optical system environment, self circulating purification:
SPECTRLAB utilizes an improved version of UV-PLUS technology and an argon sealed self circulating purification system. Using specialized long-lasting filtration and purification tubes. Replaced the expensive argon flushing method. At the same time, it avoids the possibility of external argon gas contaminating the optical system. Thus providing necessary conditions for optical measurement.
５. Optimization design of spark table:
The spark table design of SPECTROLAB effectively reduces the consumption of argon gas and the deposition of metal dust on the spark table. The system monitors the number of measurements and metal evaporation, and the intelligent hardware diagnostic function sets maintenance reminders for the spark table based on calculations.
Superior user experience
Follow intuition: The all-new 64 bit SPARK ANALYZER PRO software system presents a revolutionary and concise user interface. The operation interface is composed of simple and easy to understand self release button icons. By learning simple dirt, one can master the familiar functions that the human body needs to learn to design. Only authorized users can operate complex task modules such as method establishment and parameter settings.
Super flexible instrument configuration:
When the analysis scope needs to be expanded or new elements need to be added, traditional spectrometers require additional detectors in hardware - time-consuming and expensive. For SPECTRLAB, the CCD detector can read all relevant element channels with only software debugging. This is another manifestation of the flexibility of SPECTRLAB configuration.
Simplified and cost reducing intelligent standardization:
The traditional standardization process even requires a large number of standardized samples for each substrate. The intelligent standardization function of the full CCD optical system configuration only requires two standardized samples, and the standardization process of all substrates can be completed in ten minutes. Therefore, colleagues who aim to improve the efficiency of instrument use can reduce the cost of standard sample consumption.
Efficient hardware self diagnosis, maintenance reminder, remote connection:
SPECTROLAB further enhances the hardware self diagnostic function. Activate maintenance reminder function through logging and monitoring functions. From optical system pressure, temperature to circuit voltage, everything is under control. The optional remote online login function provides users with a way to solve instrument failures.