S3 MiniLab 300 – Benchtop OES
Benchtop OES with CMOS Sensor S3 MiniLab 300
S3 MiniLab 300 Benchtop OES is an affordable low maintenance Optical emission spectrometer for metal analysis with advanced optics and electronic components ensuring complete spectral coverage at best resolution and light efficiency.
- High-resolution CMOS linear image sensor.
- No Blooming effect
- Multi Matrix spectrometer for Iron, Copper, Aluminium, Nickel, Zinc, Led, Tin, Titanium, Cobalt and Magnesium.
- Detect Nitrogen in steel
- MiniLab instruments are ones of the smallest and lightest compact optical emission spectrometers available in their class
- Single Sample Standardization
- 300mm focal length
- Spectral Field: 130 to 700 nm – High Luminosity Holographic grating.
- Stabilized against fluctuations in temperature.
- Special material for drift-free operation.
Ultra Compact Optical Emission Spectrometer
S3 Minilab 300 is the only spectrometer of its class to mount up to 8 high resolution digital detectors with up to 4096 elements to ensure the best spectral resolution (< 10pm).
S3 MiniLab 300 is Spark Emission Spectrometer designed by GNR Italy to celebrate its 30th year of operations. MiniLab Optical Emission Spectrometer are ones of the smallest and lightest compact optical emission spectrometers available on the market with outstanding analytical results in this category.
In 2017 GNR Italy designed the 2nd generation benchtop OES S3 MiniLab 300 system suitable not only for general purpose applications but also for more demanding and heavy-duty applications.
S3 MiniLab 300 is an affordable low maintenance Benchtop OES solution for metal analysis with advanced optical and electronic components ensuring complete spectral coverage at best resolution and light efficiency.
S3 MiniLab 300 Spark Emission Spectrometer combines easiness of use, low maintenance cost, affordable price with the most advanced technological optical and electronic components.
S3 with its extended analytical range from 130 up to 700 nm can cover almost all the analytical requirements of a modern foundry.
The innovative argon purged optic with an argon consumption of only 10 l/day ensure maximum light transparency even in UV region.
The new CMOS based instrument with the possibility to analyze following matrices – Iron, Copper, Aluminium, Nickel, Zinc, Tin, Titanium, Cobalt, Lead, Magnesium with superior analytical performances.
- Multi High Resolution digital CMOS detectors system with up to 8 solid state detectors depending on the application
- Each detectors has up to 4,096 active elements (pixels equivalent).
- Spectral Field: 130 to 700 nm.
- High Luminosity Holographic grating with 3600 grooves per mm.
- Focal length >300 mm optical systems.
- Automatic profiling full optical system
- Argon purged optical chamber with Proprietary Low Consumption Argon device
- Stabilized against fluctuation in temperature
Other Details
- High speed readout with high speed USB interface for fast data processing and controlling the system.
- Spark Frequency: 1 to 1000 Hz (controllable)
- Spark time 10-10000 µs (controllable)
- Power Supply: 110/220 V AC 16 A 1 KW
- Dimensions: W 53 x D 83 x H 46 cm
- Weight: 70Kg
GNR proprietary software MetalLab32 operating in Windows environment is the very functional and easy to use.
Operator can use all the spectrometer’s functions in a flexible way and cover all the requirements.
Some of the most important functions are listed:
- Easy to use Graphic User Interface system
- Analysis – Determination type of alloy (quality name) according to the requested norms (UNI, ISO, DIN, EN, ASTM, JIS, BS, etc.)
- Automatic Standardization
- Standards library
- International norms library
- Quality identification
- Calculation of Carbon equivalence or any other parameter consequent to the analysis
- Printing of the Certificates
- Determination of alloys in accordance to international norms (UNI, ASTM, DIN etc.)
- Network linking and remote control
- Auto diagnosis
With 300mm focal length and extended analytical range from 130 up to 700 nm can cover almost all the analytical requirements
- Iron & Steel and its alloys
- Cast Iron
- Aluminum and its alloys
- Zinc and its alloys
- Copper and its alloys
- Nickel and its alloys
- Cobalt and its alloys
- Titanium and its alloys
- Magnesium and its alloys
- Lead and its alloys
- Tin and its alloys
