Vebotec 500 OES Metal Analyzer Spectrometer

Summary

Upgraded CMOS Full-Spectrum Technology Featuring a fully optimized optical architecture, the system is upgraded with a next-generation, high-efficiency CMOS sensor. It not only retains the full-spectrum scanning capabilities of traditional CCDs but also achieves ultra-low detection limits and superior stability for critical non-metallic and trace elements, including Carbon (C), Sulfur (S), Phosphorus (P), Boron (B), Arsenic (As), and Nitrogen (N).

Advanced Light Source & Optical Design Equipped with an innovative excitation light source and a high-resolution optical structure, its optical performance stands at the forefront of the industry among similar products.

Industrial-Grade Robust Design Built with a rugged and durable chassis, the instrument features high-level protection for its core internal components. It requires minimal routine maintenance and easily withstands harsh, demanding industrial environments. 

Highly Efficient Quality Control Designed with an ultra-intuitive user interface, the system allows floor operators to get up to speed quickly. The entire testing process typically takes only a few dozen seconds, delivering precise and stable results. It is the ideal solution for both incoming raw material inspection (IQC) and outgoing finished product quality assurance and control (QA/QC).

Compliance & Standards Assurance The equipment fully complies with multiple international and domestic safety standards and quality management regulations, seamlessly assisting enterprises in passing various quality system certifications.

Application

The Vebotec 500 Arc/Spark Optical Emission Spectrometer (OES) is widely utilized across various sectors, including metal smelting, foundry, machining, aerospace, automotive manufacturing, and third-party testing laboratories. Powered by advanced 4th-generation spark discharge technology and a high-efficiency CMOS full-spectrum optical architecture, this instrument delivers fast, precise, and comprehensive quantitative elemental analysis for a diverse range of solid metal matrices, including Iron (Fe), Aluminum (Al), Copper (Cu), Nickel (Ni), Magnesium (Mg), and more.

Steel Plants Where needs high accuracy or elements like C, N, Cr, S, P etc.

Testing Laboratories: Commercial testing laboratories, Universities and colleges

Pure metal applications purity Al, Pb, Zn, Cu etc. – most industrial users

Regulatory compliance Very low LODs to control Pb, Cd, As etc.

Foundries which need a quick analysis near the furnace

Manufacturing Facilities

Warehouse material identification

Base: Fe, Cu, Al, Ni, Co, Mg, Ti, Zn, Pb, Sn, Ag, Mn, Cr etc

Features

1.Superior Performance Optical System Features a classic Paschen-Runge structure with full-spectrum coverage, an upgraded Multi-CMOS readout system, and a vacuum constant-temperature chamber to achieve ultra-low detection limits and exceptional reproducibility.

2.Intelligent Digital Excitation Light Source Combines fully digital intelligent DDD composite technology, compact semiconductor control, and HEPS capability to ensure superior stability, reliability, and highly adjustable parameters for diverse matrices.

3. Intelligent Sample Inspire Stand Adopts an open electrode frame with adjustable sample clamping to accommodate various sizes and shapes, featuring direct laser light path transmission and panoramic video recognition safety monitoring.

4. Intelligent Integrated Gas Channel Block Integrates smart argon flow management and a special injection technology to eliminate plasma drift, paired with pulsed argon purging for highly efficient dust removal and enhanced long-term stability.

5. Intelligent Vacuum Measurement and Control Employs a fully program-controlled vacuum system with a dual-level standby setting and multi-level oil filters to safely isolate optical components and optimize pump running time.

6. Lens Cleaning Device Features an easily disassemblable single lens design and a stainless steel vacuum valve, utilizing a cross mechanism device to protect the optical system effectively during maintenance.

7. Computer and Read-out System Driven by high-performance DSP and ARM processors for dual-screen synchronous display, real-time monitoring of all parameters (temperature, vacuum, pressure), and secure remote IoT data transmission.

8. Friendly Analysis Software Designed to international standards and pre-loaded with comprehensive factory calibration curves derived from 10+ reference standards, allowing flexible on-site curve range expansion and interference elimination.

9. Other Features & Comprehensive Advantages This versatile instrument features full-spectrum technology supporting customizable elemental analysis across a wide range of metal matrices—including Fe, Al, Cu, Ni, Ti, and Mg bases—with precise detection for critical elements like C, P, S, and N. Designed for maximum efficiency, it achieves rapid, comprehensive testing within 20 seconds, utilizing an optimized, cost-saving argon circuit and a compact vacuum chamber that reaches the target vacuum level twice as fast as standard spectrometers. Furthermore, it incorporates intelligent automated systems for optical path calibration, line scanning, drift correction, and electrode purging, all backed by long-lasting tungsten electrodes, a protective solid absorption trap, and 100% original imported core components to guarantee premium product quality and stability.

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