Lugsicher, Originating from the beautiful industrial city of Leipzig in Germany. Quoting advanced German technology and stable product performance,Based on the unique requirements of Chinese manufacturing enterprises and accumulated over 15 years of experience in the packaging and logistics industry,We have helped numerous domestic and foreign enterprises achieve stable operation in fields such as laser marking, visual inspection, smoke treatment, intelligent production systems, and production of safety products.

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Laser headspace residual oxygen measurement system

Luose LROM110 laser headspace residual oxygenMeasurement system (online version) for ampoules orResidual sterile preparations packaged in penicillin bottlesMaintain oxygen content for non-destructive and non-invasive purposesOnline testing to confirm packaging seal integrity inspection (CCIT)

Technical principle: Aseptic formulation packaging using vacuum freeze-drying or nitrogen filling processes is a typical exampleThe composition of the headspace gas inside the bottle is different from that of the background gas - airPackaging forms with significant differences, if the bottle leaks, the gas composition in the headspace tends toApproaching the background gas, this allows for analysis of the oxygen concentration in the headspace gasTo distinguish between qualified products and leaked products.

*Non destructive non-destructive testing based on tunable laser absorption spectroscopy technology
*Low power consumption
*Small size, easy to integrate
*Maximum detection speed of 600 bottles per minute
*No need to blow nitrogen gas

Technical Details
The laser headspace residual oxygen measurement system is a technology based on tunable laser absorption spectroscopy (TDLAS) for detecting specific gas content in the top space of containers, and is also the most widely used spectral absorption technology that can achieve high detection sensitivity.
The frequency of the laser matches that of the target molecule
laser diode
The amount of absorbed laser depends on the concentration of target molecules in the sky
detector

Select a laser that matches the frequency of the target detection gas molecules. When the laser passes through the headspace gas of the container to be detected, the target gas molecules absorb photons and produce electronic transitions, forming energy absorption of the laser spectrum. The higher the gas concentration, the stronger the spectral absorption. By analyzing the absorption of the laser spectrum, the content of the target gas can be calculated.
Technical Specifications
gas detection laser wavelength laser power
O₂ 760nm <5mW
Headspace height detection speed Startup time
≥8mm Maximum 600 bottles/minute <2min
communication interface external interface Testing bottle specifications
Ethernet, USART 1 input port, 4 output ports, 24V 2R~50R
calibration temperature range Electrical parameters
Matching calibration bottle 0℃~50℃ 220V 50/60Hz
Accessories and Accessories software
Power adapter, power cord, data cable Real time data display, historical data traceability, data PDF format export

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