Spike Spark Direct Reading Spectrometer

【Spike Spark Direct Reading Spectrometer】Basic description

Instrument name:Spike Spark Direct Reading Spectrometer

Instrument model:SPECTROMAXx

Manufacturer: Spike GmbH, Germany

Distributor: Beijing Zhuoxin Boao Instrument Co., Ltd

Product Description: How to TranslateSPCTROMAXxThe Spike direct reading spectrometer is a highly successful model of direct reading spectrometer developed by the German company Spike. It may also be a successful spark direct reading spectrometer currently available in the market. The sixth generation currently launchedSPCTROMAXxThe direct reading spectrometer will continue to improve analytical performance and reduce operating costs.

Scope of application of Spike direct reading spectrometer

Metal industry（SPECTROMAXxApplication range of full spectrum direct reading spectrometer

Analysis of Metal Material Composition

Pre furnace analysis and process control

Quality control and composition analysis of finished products

Mixing and sorting of metal materials

Identification and confirmation of metal materials

Identification and confirmation of metal material grades

Advantages of Spike Direct Reading Spectrometer

1Based on the design concept of operation *,SPCTROMAXxSpark direct reading spectrometer provides low maintenance requirements, high reliability, and easy operation.SPCTROMAXxHe is an expert in rapid analysis of all elements. Suitable for various substrates in foundries, metal processing enterprises, inspection of incoming and outgoing metal materials, as well as applications in automotive and machinery manufacturing enterprises.

2、Spikedirect reading spectrometerProvide three configuration options: different wavelength ranges and different combinations of element programs. All important elements in metals can be detected, including trace amountsC﹑P﹑SandNElements. Multiple working curves can be set for dozens of elements in ten different substrates (including iron-based, aluminum based, copper based, nickel based, chromium based, titanium based, magnesium based, zinc based, tin based, and lead based). It covers quantitative analysis of various non-metallic and metallic elements in common metals.

3、Spikedirect reading spectrometerThe assurance of analytical accuracy begins with the innovative plasma generator light source exciting the sample. The fully digital control mode ensures accurate setting of the energy output of the light source. The reproducibility of excitation conditions and the accuracy of analysis results are greatly improved, while the measurement time is shorter.

4Upgraded proprietary versionICALA standardized system can effectively calibrate instruments, drift, and changes in light intensity.ICALStandardization has replaced the calibration process of multiple standard samples in traditional spectrometers with a single standard, which can save time for standardization each time30More than minutes. new versionICALStandard samples can be prepared by grinding or lathe according to different substrate configurations of the instrument.

5The comprehensive hardware self diagnostic system displays and records the real-time operation status of the spectrometer. Any malfunction can be identified, locked, and displayed in the instrument structure diagram on the computer screen. Regular control of sample testing can be set and automatically executed in the self diagnostic system.

6The reduction of internal volume combined with optimization of argon gas flow has reduced the consumption of argon gas by half, while also reducing the deposition of dust in the spark table. The new argon gas saving mode greatly reduces the consumption of argon gas. The argon gas in the long-term standby state is turned off. Before the instrument resumes operation, argon gas will automatically flush the spark table. Low dust deposition greatly reduces the cleaning work of the spark table. Optical lenses can be quickly replaced without the need for tools.

The sample holder can move in all directions and is equipped with a safety grounding circuit to ensure fast sample switching. Various irregular large-sized workpieces can be easily tested. Fixtures are used for small sample analysis. Optional small sample analysis working curve.

Introduction to Performance Characteristics of Spike Direct Reading Spectrometer ：

1Excitation light source:

Fully digitized（DDD）Plasma light source, no need for auxiliary gaps, capable of completing single substrate and multi substrate analysis tasks

Time limit and cooling method of spark table:

Open spark table, suitable for various shapes and sizes(Reanalyzable30Kg)The sample analysis can be equipped with various small sample analysis fixtures (fine can be analyzed)0.8mmfilament,Thin analyzable0.1mmThin film), the spark table can complete at least30Ten thousand excitations, air cooling

2Incident light mode:

Direct lighting+1Root optical fiber for daylighting and light guidance

Number of optical systems:2One, one designed specifically for ultraviolet light, one designed specifically for visible light

3Number of gratings and engraved lines:

Two holographic gratings with engraved lines of3600，2400article/mm

4Constant temperature control of the light chamber:

The temperature stable Roland circular structure requires a constant temperature in the light chamber35±0.5°C, automatic tracing

5Large channel capacity and analysis substrate,program:

Full spectrum reception, analysis of all elements within the effective wavelength range, no additional cost for analysis channels, capable of completing multi matrix and multi program analysis, no need to add hardware for future additions, convenient and flexible

6Working curve:

In Germany, durable working curves are prefabricated using standard samples, and users do not need to spend a lot of money and time on site to make the working curves. The manufacturer also randomly provides instrument drift correction standard samples

7Analysis software and data management software:

Windows XPOperating software, user-friendly interface, simple operation, data management software realizes the reproduction, storage, transmission, and printing of data