The OE750 Spectrometer is designed for laboratory use with extremely high accuracy and a wide analytical wavelength range of 119–766 nm.
Gọi (+84) 828 31 08 99 để được tư vấn.
Technical Description
Cutting-Edge Technology
CMOS Sensor + Jet-Stream System: Optimized for sensitivity and analysis speed, suitable for all complex alloy types.
Auto Profiling Spectral Calibration: Ensures stability and precision, even with non-homogeneous samples.
Next-Generation Spark Source: Optimized sample excitation, covering a wide range of alloys, including iron, steel, aluminum, copper, titanium, and nickel.
Multi-Element Analysis with High Sensitivity
Detects 35+ elements (depending on alloy type), including Carbon (C) and Sulfur (S) with ultra-low detection limits (as low as 2 ppm).
Gas Element Analysis (O, H, N): Essential for specialized alloys such as titanium and stainless steel.
High-Resolution Multi-CMOS Optics: Covers the full spectral range with precision across all alloy bases (Fe, Al, Cu, Ni, Ti, Mg, etc.).
Smart & Flexible Design
3D Open Sample Holder: Securely analyzes irregularly shaped samples (curved, deformed, or small) without complex preparation.
ExTope Connect: Real-time data sharing via Cloud Server, enabling remote result management and seamless integration with ERP/QC systems.
Global Database & Standards Compliance
Includes GRADE Database: Over 350,000 alloy grades from 70 countries, cross-referenced with DIN/EN, ASTM, AISI, JIS, GOST standards.
15 Million Alloy Names: Automatically identifies materials and provides quick lookup support for manufacturing and quality control.
Applications
Alloy Classification & Identification
High-Precision Alloy Composition Analysis
Accurately analyzes alloy compositions, including iron, steel, stainless steel, aluminum, copper, nickel, titanium, magnesium, cobalt, lead, tin, and zinc, with high sensitivity (detection from 10 ppm).
Identifies alloying elements, impurities, trace elements (H, O, N), and tramp elements with ultra-low detection limits (LOD).
Comprehensive Material Analysis
Iron/Steel/Stainless Steel (Fe): Precise nitrogen (N) measurement from 10 ppm, ensuring compliance with quality standards.
Aluminum Alloys (Al): Analyzes alloy composition and impurities, optimized for aerospace and automotive industries.
Copper Alloys (Cu): Covers bronze, brass, Cu-Ni, and various technical copper alloys.
Nickel Alloys (Ni): High-accuracy analysis (N detection at 20 ppm), suitable for heavy industrial applications.
Titanium Alloys (Ti): Covers pure Ti, Ti-6Al-4V, Ti-8Mn, including gas analysis for H, O, and N.
Advanced Technology & Applications
Supports analysis of treatment elements and residual impurities in metallurgical processes.
Complies with international standards for metallurgy, material production, and quality inspection.
Specifications
Overview
Size
425 mm x 760 mm x 535mm (WxDxH)
Power supply
100 - 240 V AC (50/60 Hz)
Mass
88kg
Power consumption
Max 430W
Standby power consumption
45W (50W Source on)
Argon gas
Purity
Min 4.8
Inlet pressure
3 Bar
Optical system
Optical system
According to the Paschen-Runge Mounting principle
Direct light transmission to the optical chamber.
Analysis wavelength range
119 – 670 nm (expandable to 766 nm)
Sensor
Multi-CMOS sensor (4096 pixels per chip) with optimized Pixel resolution.
Contrast
Focal length
400 mm
Groove density
Vacuum system
The pump has a capacity of 700w, low noise, low heat generation and no pump maintenance required.
Connected via Shut-off- valve, easy to maintain and replace optical window
Plasma generator
High Energy Electric Spark (HEPS) technique for better sample combustion
Set parameters using software
Frequency: 80 – 1000 Hz
Voltage: 250 - 500 V
Sample clamp set
The sample clamping set has a 3-dimensional open structure, can hold samples of various sizes.
Jet-Stream-electrode structure for working on small samples and samples with complex shapes. Optimized Argon consumption is lowest.
Multi-adjustable sample clamp
The cover plate can be changed for different models.
