Online Component Analyzer

This instrument adopts integrated infrared and acoustic spectrum multimodal technology, and is deployed in belt conveying scenarios. It supports the rapid online analysis of full elements and industrial parameters during coal belt transportation, and is applicable to raw material incoming inspection, coal blending process control, and end-product quality monitoring. It helps enterprises shorten detection time and achieve efficient, accurate and intelligent upgrading. The system features dustproof, waterproof and anti-electromagnetic interference performance, enabling unattended automatic detection. It allows continuous online material detection without sample preparation. Equipped with laser ranging and vision guidance, it dynamically adapts to irregular samples with non-contact measurement. It delivers high-frequency analysis at 10 times per second with an error of less than 3%. Data can be directly connected to the central control system to form an intelligent closed loop of the production line. With industrial-grade dustproof and shockproof design, it greatly reduces operation and maintenance costs. It features no radiation, no chemical reagents and no solid waste pollution, fully meeting the requirements of green production.

Cabinet-type Element Analyzer

This instrument adopts Laser-Induced Breakdown Spectroscopy (LIBS) technology, and is suitable for the rapid composition analysis of various metallurgical slags in the iron and steel smelting process. It requires no complex sample preparation and can accurately detect the contents of oxides such as CaO, SiO₂, Al₂O₃, MgO, TiO₂ and Cr₂O₃ in slag within 30 seconds, enabling rapid determination of slag composition. Radiation-free and easy to maintain, the instrument improves analysis efficiency, optimizes production processes and reduces the reject rate. It is applicable to rapid slag composition inspection at the furnace front and the entire slagging process of smelting, helping iron and steel enterprises shorten smelting time and achieve high-efficiency, high-precision and intelligent steelmaking upgrading. The system is built with gas purging and extractive chamber dust removal, and is equipped with functions including automatic laser focusing, one-touch operation and detection point path planning. It can realize high-precision detection of material composition rapidly without any sample pretreatment.

Bench-top Element Analyzer

Multimodal Laser-Induced Element Analyzer (Bench-top Model), customized for bulk material detection. Equipped with multimodal intelligent analysis technology and a 1064nm solid-state laser light source, it completes full-element qualitative and quantitative analysis within 60 seconds. It requires no complex sample preparation, featuring slight damage, zero radiation, stable performance and easy maintenance. It is applicable to various imported and exported raw materials such as iron ore, coal and rare earths. It can efficiently complete composition detection and sorting identification, providing reliable data support for process control, customs supervision and trade settlement.

AI Teaching Instrument

The laser spectrum AI material composition detection teaching instrument adopts an open optical path and visual algorithm modeling software, focusing on the integration of AI teaching and practical ability training, enabling students to truly understand optical principles as well as master and apply AI technologies. Through 3D visual optical path teaching combined with easy-to-understand explanations, it helps students thoroughly grasp physical principles, algorithm principles and the internal logic of data. Equipped with industrial-grade real equipment, it allows students to view authentic spectral data and access real spectral data containing background signals, noise fluctuations and sample differences, directly exposing them to core AI research challenges in industrial and scientific research fields. It clearly presents the formation process of "algorithms + AI", making abstract AI principles tangible and understandable, and cultivating students' solid hands-on AI practical capabilities.

High-precision Element Analyzer

Relying on the core technology of time-resolved laser spectroscopy, this product focuses on the testing demands of the military industry. It realizes three core applications: rapid testing of trace explosives, non-destructive performance evaluation of propellants, and in-situ composition and performance detection of military materials. It can accurately analyze key parameters such as detonation velocity, detonation pressure and detonation heat of explosives at the nanogram to microgram level. No actual detonation is required, ensuring safety and zero risks, with detection efficiency reaching the minute level. Meanwhile, through spectroscopic modeling inversion, it quickly obtains core indicators of propellants including specific impulse and burning rate, reducing costs and accelerating the formula research and development process. It can also perform rapid analysis of in-situ elements, purity and strength properties of various military metal parts, meeting the requirements of incoming quality inspection and process control. The whole machine features no radiation, no explosion hazard and no consumables required. Safe, environmentally friendly and reliable, it is perfectly suitable for rapid detection and quality control in special scenarios involving explosives, propellants and military sensitive materials.

Handheld Element Analyzer

This portable handheld composition analyzer is equipped with an ARM architecture chip and Linux system, featuring lightweight design and easy portability. Adopting a Class 3B laser source combined with fast cleaning technology, it delivers radiation-free operation. It accurately determines metal composition within 1 second, serving as an efficient tool for rapid on-site identification of various alloy grades. It ensures the accurate use of raw materials in every production link and eliminates material application errors. On-site material analysis of parts can be conducted anytime at the work site, effectively preventing non-conforming products from being released. It enables 100% full inspection to replace sampling inspection, supporting quality control and material mixing prevention. Test data is generated instantly and transmitted within seconds, providing reliable assurance for industrial quality control and metal trading.

Optical Path Module (Lens Type)

This device is tailor-made for industrial inspection scenarios with excellent core optical parameters. It features a standard focal length of 100 mm to achieve stable focusing performance and ensure the consistency and repeatability of inspection data. Compliant with the requirements of low power consumption and high stability in industrial sites, it supports long-term continuous operation. The interface adopts the universal SMA-905 standard, which can be directly connected to mainstream industrial optical fibers without additional adaptation or modification. With a compact size of 149×100×190 mm and a lightweight design of 2.2 kg, it meets the space constraints of cabinet installation and production line deployment, while enabling flexible mounting and mobile application. It can be quickly integrated into various industrial inspection systems, providing customers with highly adaptable and reliable optical detection support.

Spectrometer

This spectral detection platform is equipped with a high-resolution CMOS detection core and adopts a high-sensitivity CMOS linear array detector, achieving an ultra-high spectral resolution of ≤0.1 nm, which enables accurate fine spectral line identification and high-precision material spectral analysis. The device covers a wide spectral range of 190–1100 nm. Benefiting from optimized optical path design and low stray light performance, it maintains a high signal-to-noise ratio and delivers stable and reliable detection performance even in low-light and complex optical field environments. It comes standard with a TEC cooling system that effectively suppresses thermal noise and baseline drift, ensuring excellent spectral line stability during long-term continuous operation, making it suitable for scientific research and industrial online monitoring scenarios. Featuring a compact and lightweight overall structure, it is equipped with rich interfaces including USB2.0/Type‑B and digital I/O, allowing easy integration into various instrument platforms such as LIBS, Raman, LED testing, and absorption spectroscopy systems. Adopting a high-reliability industrial design, the product offers good repeatability, outstanding stability and comprehensive structural protection. It is widely applied in teaching experiments, scientific research projects, industrial online detection, professional spectral test benches and other fields.

Laser

This 1064 nm laser delivers a single pulse energy of up to 300 mJ with powerful energy output. It can efficiently ablate high-hardness, low-sensitivity and special-shaped difficult-to-measure materials, acquiring high-brightness and high signal-to-noise ratio spectral signals. Equipped with an energy closed-loop feedback system, it achieves energy stability of RMS ≤ 1% @ 1 h / 10 Hz with low pulse output fluctuation, greatly improving the data accuracy and repeatability for LIBS quantitative analysis, traceability detection and industrial online monitoring. The device features outstanding environmental adaptability, operating stably over a wide temperature range of -30 ℃ to +50 ℃. Built with precise temperature control and anti-vibration structure, it is well suited for complex industrial and outdoor scenarios such as vehicle-mounted applications, mining areas and production lines. It adopts an integrated design of power supply and laser, requiring no complicated commissioning. With reliable structure and easy maintenance, it is highly compatible with portable and online LIBS equipment. The overall structure is compact and lightweight, with dimensions of 245×132×96 mm and a weight of only 3.5 kg, perfectly meeting the requirements of narrow working spaces and portable installation. Standard high-efficiency air cooling eliminates the need for an external water cooling system. It maintains stable performance under long-term continuous operation at 10 Hz, avoiding hidden risks such as water leakage and blockage associated with water cooling. It delivers lower overall cost as well as safer and more reliable operation.