In this golden autumn in Xiamen, let’s join forces to empower the pharmaceutical industry! The 68th (2026) China National Pharmaceutical Machinery Exposition and 2026 China International Pharmaceutical Machinery Exposition will grandly open from October 27 to 29 at the Xiamen International Expo Center.
Lasensor Photoelectric sincerely invites industry colleagues to visit our booth 8-B54 to jointly explore new directions in clean environment quality control!
At this exhibition, we will showcase our key products:
LPC-S5100 Airborne Particle Counter
LPC-510A Inline Airborne Particle Counter
SWL-2 Real-time Viable Particle Counter
Focusing on pharmaceutical cleanroom monitoring, we empower pharmaceutical companies with GMP compliance and clean environment control.
Booth Guide (Lasensor Booth: 8-B54)
Exhibited Products Introduction
01
LPC-S5100 Airborne Particle Counter
Product Overview:
Based on 30 years of R&D experience in particle counters from the Shanghai Institute of Optics and Fine Mechanics (SIOM), the LPC-S5100 is designed with cutting-edge technology to meet China's GMP regulatory requirements. Featuring a touchscreen display for simple operation, it provides a quick overview of the instrument's status. Its 316L stainless steel enclosure can withstand various disinfectants. All collected data complies with FDA 21 CFR Part 11 regulations.
02
LPC-510A Inline Airborne Particle Counter
Product Overview:
Utilizing the optical scattering principle, the inline airborne particle counter accurately detects and counts suspended particles of different sizes per unit volume of air. Built with an independent optical sensor developed by Shanghai Lasensor, it is an inspection instrument applied in fields such as clean environment cleanliness monitoring and micro-particle counting detection. Featuring compact size, light weight, easy installation, excellent stability, and high measurement accuracy, it is widely used in industries such as cleanroom monitoring, filter media testing, and face mask testing.
03
SWL-2 Real-time Viable Particle Counter
Product Overview:
The SWL-2 Real-time Viable Particle Counter is an ultra-high-sensitivity real-time airborne microbial concentration monitor. Designed with a high-efficiency sampling optical path, it achieves a detection accuracy of a single microbial particle. This product is widely used in sterile environment monitoring occasions such as biopharmaceutical cleanrooms and hospital sterile operating theaters.
Adopting a flow-through gas circuit design, the monitoring process requires no consumables, perfectly achieving unattended, high-sensitivity airborne microbe monitoring. Specific metabolic substances exist in active biological cells; under specific wavelength (405nm) irradiation, microbial metabolites emit fluorescence. By collecting the fluorescent signals, the counting of biological particles is completed.
ABOUT LASENSOR
Shanghai Lasensor Photoelectric Technology Co., Ltd. originated from the scientific research achievements of the Shanghai Institute of Optics and Fine Mechanics (SIOM) team and was incubated in the Jiading CAS-Laser Science Park in 2017. The company is committed to researching and producing accurate, efficient, and real-time measurement tools and diagnostic instruments based on laser detection technology. Currently, it is one of the few global manufacturers capable of providing a full range of 0.1-micron particle counters, matching the counting efficiency of top international particle counters. We are dedicated to providing excellent cost-performance, superior service, and flexible exclusive customization services.
With outstanding performance and reliability, our products are not only deeply trusted in the domestic market but have also been successfully exported overseas, covering Southeast Asian countries including Vietnam, Thailand, Malaysia, and Singapore, as well as expanding to multiple countries such as Italy, Belgium, and New Zealand, winning widespread recognition from international clients. The company looks forward to cooperating with all sectors to become a solid backing for smart cities and intelligent manufacturing.