Labspark 1000 Spark Optical Emission Spectrometer

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Labspark 1000 Spark Optical Emission Spectrometer

Product ID：FGgdzd013

Price: Please inquire PDF Format

Supply Ability:50SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberLabspark 1000

Brand NameGANGYANNAKE

Payment TermsTT，PAYPAL，Alibaba.com Pay

Labspark 1000 Spark Optical Emission Spectrometer
Product Introduction
The Labspark 1000 Spark Optical Emission Spectrometer is a high-performance metal analysis instrument designed for rapid and accurate determination of elemental composition in metallic materials and alloys.
Widely used in metallurgy, casting, mechanical manufacturing, metal processing, and quality control laboratories, the Labspark 1000 provides reliable analysis of various metals including Fe, Al, Cu, Ni, Co, Mg, Ti, Zn, Pb, Sn, Ag, and other alloy elements.
With advanced Single Discharge Analysis (SDA) technology, a fully digital solid-state excitation source, high-resolution optical system, and excellent anti-interference capability, the spark optical emission spectrometer delivers fast analysis speed, low detection limits, stable performance, low operating costs, and easy maintenance.
The instrument is suitable for production process control, furnace-side inspection, incoming material testing, and final product quality verification.

Key Features & Benefits
1. Advanced Digital Spark Excitation System
• Fully digital solid-state spark source.
• Adjustable excitation energy and frequency.
• Suitable for different metal materials and alloy types.
• Provides stable excitation performance.
2. Single Discharge Analysis (SDA) Technology
• Uses advanced single discharge acquisition and analysis technology.
• Improves analytical accuracy and repeatability.
• Enables precise metal composition measurement.
3. High Stability Optical System
• 750mm focal length Paschen-Runge optical system.
• High-performance holographic grating with 2400 lines/mm.
• Optical range from 120-800nm.
• Resolution better than 0.01nm.
4. Advanced Pollution Protection Design
• Integrated lens isolation valve prevents optical chamber contamination.
• Solid-state adsorption trap prevents oil vapor pollution.
• Maintains long-term optical stability.
5. Wide Element Detection Capability
Supports analysis of:
• Common alloy elements: Fe, Al, Cu, Ni, Co, Mg, Ti, Zn, Pb, Sn, Ag.
• Long wavelength elements: Li, Na, K.
• Difficult elements: N, P, S, B, Sb.
6. Intelligent Multi-Channel Measurement
• Automatic synchronous tracing technology.
• Maximum 48 analysis channels.
• Different integration start times for different channels.
• Improves measurement efficiency and accuracy.

Working Principle
The Labspark 1000 Spark Optical Emission Spectrometer works based on the principle of spark optical emission spectroscopy (Spark OES).
During analysis, a high-energy spark discharge is generated between the electrode and metal sample surface. The discharge excites atoms in the sample, causing them to emit characteristic light at specific wavelengths.
The optical system separates the emitted light through a high-resolution diffraction grating. The detector measures the intensity of each characteristic spectral line, and the software calculates the concentration of different elements based on calibration data.
By analyzing the unique spectral fingerprints of elements, the instrument provides rapid and accurate quantitative composition analysis of metals and alloys.

Technical Specifications

Parameter	Specification
Model	Labspark 1000
Instrument Type	Spark Optical Emission Spectrometer
Application	Metal and alloy elemental analysis
Applicable Materials	Fe, Al, Cu, Ni, Co, Mg, Ti, Zn, Pb, Sn, Ag and alloys
Excitation Source	Digital solid-state spark source
Excitation Energy	Adjustable
Excitation Frequency	Adjustable
Analysis Technology	Single Discharge Analysis (SDA)
Optical System	Paschen-Runge mounting
Grating Focal Length	750mm
Grating Type	High-performance holographic grating
Grating Density	2400 lines/mm
Spectral Range	120-800nm
First Order Dispersion	0.55nm/mm
Second Order Dispersion	0.275nm/mm
Resolution	Better than 0.01nm
Maximum Channels	48
Data Conversion	16-bit A/D converter microprocessor
Power Supply	220V single phase, 16A, 2.5KVA
Dimensions (W×D×H)	1390 × 800 × 1170mm
Net Weight	Approx. 400kg

Application Scenarios
Metallurgical Industry
• Metal composition verification.
• Alloy quality control.
• Raw material inspection.
Casting Industry
• Furnace-side analysis.
• Molten metal composition monitoring.
• Casting process control.
Mechanical Manufacturing
• Material identification.
• Component quality inspection.
• Incoming material testing.
Metal Processing Industry
• Alloy grade verification.
• Production process optimization.
• Finished product inspection.
Laboratory Analysis Centers
• Research and development.
• Material science experiments.
• Third-party testing services.

Labspark 1000 Spark OES vs Traditional Metal Analysis Methods

Feature	Labspark 1000 Spark OES	Traditional Metal Analysis Methods
Analysis Speed	Rapid multi-element analysis	Usually slower
Detection Method	Spark optical emission spectroscopy	Chemical or single-element methods
Multi-Element Capability	Up to 48 channels simultaneously	Limited
Sample Preparation	Simple metal surface preparation	Often requires complex preparation
Detection Accuracy	High precision and low detection limits	Depends on method
Element Range	Multiple alloy elements including trace elements	Usually narrower
Industrial Application	Suitable for production control	Mainly laboratory testing

Frequently Asked Questions (FAQ)
Q1: What is the Labspark 1000 Spark Optical Emission Spectrometer used for?
The Labspark 1000 is used for rapid elemental analysis of metals and alloys in metallurgy, casting, manufacturing, and quality control applications.
Q2: Which elements can the Labspark 1000 analyze?
It can analyze Fe, Al, Cu, Ni, Co, Mg, Ti, Zn, Pb, Sn, Ag, and other alloy elements, with capability for elements such as Li, Na, K, N, P, S, B, and Sb.
Q3: What advantages does Spark OES technology provide?
Spark OES provides fast multi-element analysis, high accuracy, low detection limits, and excellent repeatability for metal composition testing.
Q4: What is Single Discharge Analysis (SDA) technology?
SDA technology analyzes individual spark discharge events separately, improving measurement accuracy and stability compared with conventional spark analysis methods.
Q5: How many elements or channels can be measured simultaneously?
The Labspark 1000 supports up to 48 analysis channels for efficient multi-element measurement.
Q6: Is the instrument suitable for production environments?
Yes. Its stable optical system, anti-contamination design, and fast analysis capability make it suitable for industrial production control and furnace-side inspection.
Q7: What types of samples can be tested?
The instrument is mainly designed for solid metal samples and alloy materials after appropriate surface preparation.
Q8: Does the Labspark 1000 require frequent maintenance?
The instrument uses lens isolation valves and solid-state adsorption traps to reduce optical contamination and improve long-term operational stability.

Product Summary
The Labspark 1000 Spark Optical Emission Spectrometer is a professional metal alloy analysis instrument designed for fast, accurate, and reliable elemental testing. Combining advanced SDA technology, high-resolution optical performance, multi-channel detection, and robust industrial design, it provides an ideal solution for metallurgy, casting, mechanical manufacturing, metal processing, and laboratory material analysis applications.

Frequently Asked Questions (FAQ)
Q1: What is the Labspark 1000 Spark Optical Emission Spectrometer used for?
The Labspark 1000 is used for rapid elemental analysis of metals and alloys in metallurgy, casting, manufacturing, and quality control applications.
Q2: Which elements can the Labspark 1000 analyze?
It can analyze Fe, Al, Cu, Ni, Co, Mg, Ti, Zn, Pb, Sn, Ag, and other alloy elements, with capability for elements such as Li, Na, K, N, P, S, B, and Sb.
Q3: What advantages does Spark OES technology provide?
Spark OES provides fast multi-element analysis, high accuracy, low detection limits, and excellent repeatability for metal composition testing.
Q4: What is Single Discharge Analysis (SDA) technology?
SDA technology analyzes individual spark discharge events separately, improving measurement accuracy and stability compared with conventional spark analysis methods.
Q5: How many elements or channels can be measured simultaneously?
The Labspark 1000 supports up to 48 analysis channels for efficient multi-element measurement.
Q6: Is the instrument suitable for production environments?
Yes. Its stable optical system, anti-contamination design, and fast analysis capability make it suitable for industrial production control and furnace-side inspection.
Q7: What types of samples can be tested?
The instrument is mainly designed for solid metal samples and alloy materials after appropriate surface preparation.
Q8: Does the Labspark 1000 require frequent maintenance?
The instrument uses lens isolation valves and solid-state adsorption traps to reduce optical contamination and improve long-term operational stability.