Lasair Pro 310
Standard handheld for ISO 5-8 aerospace cleanroom audits, HVAC validation and AS9100 certification. Fast-charging lithium battery, 5,000-location memory.
Trusted for 45+ years — from NASA’s Pioneer Venus (1978) to more than 100 instruments sold to the aerospace industry in 2024. Particle Measuring Systems keeps satellites, spacecraft and precision optics perfectly clean — officially distributed in Vietnam by Techmaster.
“Solution hub for particle measurement in aerospace, space, satellite and defense cleanrooms Vietnam — Lasair Pro, Lasair III, IsoAir Pro, HandiLaz Mini II, NanoAir 10, Chem 20.”
From ISO 5 cleanroom certification for satellite assembly to large-scale facility monitoring for defense plants — Techmaster recommends the optimal configuration for your project.
Lightweight rechargeable handhelds — built for HVAC validation, ISO 14644 spot-checks, aerospace cleanroom certification, and routine MIL-STD and AS9100 audits.
Standard handheld for ISO 5-8 aerospace cleanroom audits, HVAC validation and AS9100 certification. Fast-charging lithium battery, 5,000-location memory.
50 LPM handheld — twice as fast as the 310 version. Ideal for auditing multiple satellite-assembly cleanrooms or large test areas in a single shift.
100 LPM flow — classify an entire aerospace plant in one shift. Built for large-scale space projects, spacecraft manufacturing and satellite-integration hangars.
Fixed or trolley, sensitivity from 0.1 µm — required for precision-optics cleanrooms, space lithography, space telescope lenses and satellite sensors.
The highest 0.1 µm-sensitivity particle counter — the standard for precision optics, satellite sensors and telescope mirrors. The modern upgrade of the same counter line used on NASA’s 1978 Pioneer Venus.
6 measurement channels (0.3, 0.5, 1.0, 5.0, 10 µm) for satellite assembly rooms, propulsion labs and aerospace electronics. Balances sensitivity and cost for 90% of applications.
50 LPM flow (vs the standard 28.3 LPM) — cuts sampling time by 40% for large-volume hangars and space integration rooms, sampling 20+ locations per ISO 14644-1.
Integrates with FacilityPro FMS — continuous aerospace cleanroom monitoring, real-time alarms, and audit trails for AS9100 and CMMI Level 5 qualification.
Fixed counter with Ethernet connectivity for hangars and space facilities with existing cabling. Integrates with FMS via TCP/IP, OPC UA, BACnet — the standard for new aerospace plant builds.
Wireless for aerospace cleanrooms — no cabling required, flexible deployment across large hangars and facilities, AES-encrypted 2.4 GHz meeting defense security requirements.
Entry-level option for aerospace cleanroom projects on tighter budgets. Still delivers PMS reliability, audit trail and ISO 14644 compliance at optimized cost.
A lightweight compact unit for mobile audits, and an ultra-high-sensitivity 10 nm CPC for R&D, prototyping and aerospace precision optics.
10 nm-sensitivity particle counter for satellite-prototype R&D, space optical lithography and high-end sensors. The only one on the market — the reference standard for NASA-class space projects.
The lightest handheld at an economical price for fast audits of defense cleanrooms and aerospace R&D. Under 1 kg, 8-hour battery, XML/PDF report output for compliance.
AMC (Airborne Molecular Contamination) monitoring for aerospace DUV/EUV lithography, optics sensors and laser manufacturing — catches every ammonia, acid and sulfate molecule at ppt level.
Particle measurement in liquids — spacecraft hydraulic fluid, fuel systems and coolant, sensor calibration liquid and chemical baths for optics.
20 nm particle counter in chemical liquids — the standard for aerospace optics photoresist, sensor wet chemistry and calibration liquids critical to satellite manufacturing.
Liquid particle sampler for aerospace hydraulic, fuel and lubricant per ISO 4406. Detects wear particles early and extends hydraulic-system life.
UPW ultrapure-water particle counting for aerospace lens cleaning, optics sensor rinse and wafer-level testing. The same technology used for 7nm semiconductors.
Each ISO 14644 class has its own particle limits — choosing the right counter up front meets MIL-STD-1246, AS9100 and NASA standards.
Satellite manufacturing, telescope lenses, high-end sensors, payload integration. Requires continuous 0.1 µm detection and real-time monitoring.
Spacecraft integration, test prototypes, R&D laboratory. Balances 0.3 µm sensitivity and cost for the production line.
Defense manufacturing, aerospace electronics assembly, hangar testing. Lower requirements — prioritizes economy and high sensor density.
PMS FMS systems trusted from NASA’s 1978 Pioneer Venus to modern space plants — audit trail, real-time alarms, automated reporting for ISO 14644, AS9100 and MIL-STD.
Techmaster Vietnam engineers provide free configuration consulting, on-site demos, and turnkey FMS proposals for satellite cleanrooms, aerospace hangars, defense facilities and space R&D.