SupNIR-2700 series is infrared analyzing equipment; it uses Holographic digital grating and high sensitivity InGaAs detector (TEC constant temperature cooling). The sample is analysis is based on the diffuse reflection model, and the wavelength range covers 1000-2500 nm. With help of computer software called RIMP, particles, flakes, powder samples, chemical components are rapidly detected while not affecting their chemical and physical composition. To carry out a test, all that is needed is to place the sample on the tray then click the ‘measure’ button and the system will automatically perform the analysis. It is widely used in feed production, grain and oil processing, breeding research, and other fields.

FPI technology has developed a new generation of EXPEC-3500 (type A) portable in-situ mass spectrometry analysis instrument, useful for onsite testing and analysis. Based on low heat capacity gas chromatography (LTM-GC) and hyperbolic ion trap technology, the product has been designed comprehensively according to the characteristics of various target substances, such as pollutants in the presence of a complex matrix and large concentration span. The device strictly meets the standards and requirements of onsite pollution analysis, so as to improve its pollutant detection sensitivity. At the same time, the software is of a new age design, simple interface, easy to operate, and with a user-friendly human-computer interaction.

ICP-5000 is an ICP-OES developed product by Focused Photonics (Hangzhou), Inc. It is an achievement based on many years of extensive research and development of optical spectrum analyzing equipment. ICP-5000 has a rich spectral library with more than 50,000 optical spectrum lines available for selection and has a synchronous measuring ability to analyze 72 elements simultaneously. Via a new approach of industrial design, ICP-5000 also includes an optimized design of a two-dimensional spectroscopic system of middle ladder grating, an automatic fixed RF power supply, a custom-made anti overflow CCD and full-automatic spectrum acquisition system, an argon gas logic controller as well as a light chamber temperature control system. All in all, this makes ICP-5000 have properties of high resolution, large dynamic range, high stability and low limit of detection.

M4000 Metals Analyzer creatively combined with world leading argon circulation technology enables the analysis of Fe, Al, Cu and other bases
materials. It is an ideal solution to fast and accurate quantitative analysis near the furnace, metal material quality control and scientific research.

EXPEC-3200 adopts high-temperature heat tracing sample transmission and high-temperature FID detection technology to measure total hydrocarbons, methane, benzene series and other components (detection limit reaches ppb-level), effectively avoiding high boiling point and high concentration sample loss. The main function of EXPEC-3200 is to monitor gas leakage.

Inductively Coupled Plasma Mass Spectrometry or ICP-MS is an analytical technique used for element determination. It combines a high temperature ICP (Inductively Coupled Plasma) source with a mass spectrometer. The ICP source converts the atoms of the elements in the sample to ions. These ions are then separated and detected by the mass spectrometer.

EXPEC 1810 is a high precision and fast response thermographic camera for body temperature detection adopts far infrared absorption technology. It can be operated as remote distance for non-contact detection for 3~15 meters. The device can visualize the body temperature as an image, and measure the individual’s temperature at multiple points over a specific area. 

FPI technology has developed a new generation of EXPEC-3500 (type A) portable in-situ mass spectrometry analysis instrument, useful for onsite testing and analysis. Based on low heat capacity gas chromatography (LTM-GC) and hyperbolic ion trap technology, the product has been designed comprehensively according to the characteristics of various target substances, such as pollutants in the presence of a complex matrix and large concentration span. The device strictly meets the standards and requirements of onsite pollution analysis, so as to improve its pollutant detection sensitivity. At the same time, the software is of a new age design, simple interface, easy to operate, and with a user-friendly human-computer interaction.

EXPEC-3100 portable VOC detection system is an explosion-proof designed emergency monitoring equipment, with FID and PID to monitor the most toxic and harmful gases in explosive hazardous area.

EXPEC-3100 has compact design, light weight and easy operation, which can be used for rapid and accurate analysis on-site.