Performance Features
Below pattern: capable of meeting the testing requirements for various shaped samples
Collimators and Filters: Electrically switchable between various collimators and filters, catering to diverse testing methods applications.
Mobile Platform: Precise manual moving platform for easy location of test points
High-resolution detector: Enhances analysis accuracy
Next-generation high-voltage power supplies and X-ray tubes: stable and reliable performance, with a power up to 50W for enhanced testing efficiency.
Technical Specifications
Element analysis range spans from sulfur (S) to uranium (U)
The analytical detection limit can reach 1 ppm.
The analysis content typically ranges from 1ppm to 99.99%.
Multiple selectable analysis and identification models
Interdependent matrix effect correction model
Multivariate Nonlinear Regression Program
Temperature range is from 15℃ to 30℃.
Power: AC 220V 5V, recommended to configure an AC purification and voltage stabilizing power supply
Energy Resolution: 1605 eV
Dimensions: 550416333mm
Sample cavity size: 46-0298-98mm
Weight: 45 kg

The RoHS Directive and the WEEE Directive regulate 102 categories of products subject to restrictions on hazardous substances and waste recovery management, with the first seven categories being China's main exported electrical products. ROHS detectors, including ROHS testing equipment, cover large household appliances, small household appliances, information and communication equipment, consumer products, lighting equipment, electrical and electronic tools, toys, leisure and sports equipment, and equipment (excluding those implanted or infected), monitoring and control instruments, and vending machines.

Technical Advantages
Hardware
Our GC system, featuring electronic flow control (EFC) and electronic pressure control (EPC)
Filament, with high electron emission efficiency, up to 350μA.
Four-bar mass analyzer with pre-filters, effectively reducing contamination to the four-bar during the sample measurement process.
Sensitivity provided by an electron multiplier with a high-energy conversion dynode.
Imported mechanical pumps and molecular pumps form an excellent vacuum system, ensuring high stability and reliability of the system.
Equipped with full capacity vacuum gauge, real-time monitoring of vacuum conditions.
A comprehensive protection system ensures the critical components of the system are safeguarded during abnormal conditions, thereby extending the lifespan of the instrument.
Our RF power source digital compensation technology enables all mass range mass spectrometry peaks to achieve high sensitivity and resolution.
Software
Workstation software can simultaneously control a gas chromatograph, an autosampler, and a mass spectrometer, achieving data collection and transmission through a high-speed network card.
Supports full scan (FULL SCAN) and selective ion scan (SIM) modes.
Achievable FULL SCAN and SIM scan.
Supports manual and automatic tuning;
Real-time display of total ion current chromatogram and mass spectrum.
Rapid extraction of ions and full-scan spectral mapping available.
Data processing software can automatically search for target compounds in the NIST 2021 spectral library based on the mass spectrum of a sample and display the search results. The search results show the actual retention time, molecular structure, and standard spectrum of each compound, confirming the standard and actual abundance ratios of ions for users to accurately identify and quantitatively analyze.
Application Areas
1. Industrial Fields: Textile, Electronic Appliances, Plastics, Cosmetics
2. Food Safety: Pesticide Residues, Flavors and Fragrances, Additives, Packaging Materials
3. Environmental Protection: Air, Water Quality, Soil, Solid Waste
4. Biotechnology: Pharmaceutical factory, drug testing
5. Petrochemicals: Refineries, Chemical Plants

The X-ray Fluorescence Spectrometer (XRF) utilizes the XRF detection principle for rapid, accurate, and non-destructive analysis of various elemental compositions.
The instrument's primary feature is the use of an intelligent vacuum system, which provides excellent excitation effects on light elements such as Si, P, S, Al, and Mg. By employing XRF technology, it can analyze key elements like high-content Cr, Ni, and Mo, significantly reducing testing time and greatly enhancing detection and operational efficiency in the smelting process control.
Additionally, it is widely used in alloy analysis, full element analysis, and harmful element detection applications.
Short delivery time: Dealers deliver to customers' doorsteps as per their requirements, with a very short delivery cycle.
Rapid installation: Our technicians will be on-site for debugging and installation within a short time, until the customer is satisfied.
Short maintenance cycle: After receiving the customer's fault information, the after-sales staff responds within 2 hours, and the company's technical staff will provide on-site service within 48 hours; (Excluding remote areas and legal holidays)
Service Personalization: Gain a deep understanding of each customer's needs, tailor-made testing equipment to meet their specific requirements, satisfying users' personalized needs.
Low maintenance costs: Free product after-sales technical training and application support, regular new technology training and workshops, plus on-site technical assistance as per customer's actual needs.