Witt-Gasetechnik Oxybeam gas analyser

Monday, 07 May, 2018 | Supplied by: Niche Gas Products


Witt-Gasetechnik’s Oxybeam gas analyser uses a laser beam to determine the oxygen content without damaging the packaging.

The sole requirement is to have a small viewing window into the interior of the packaging, which is the case with most shells, deep-drawn forms or tubular bags.

The product is laid under the sensor and the measurements are commenced via the touch screen. The result is available after about 4 s. The compact tabletop analyser shows the measured residual oxygen content to an accuracy of 0.1% absolute.

The analyser measures precisely how much laser light is absorbed in the packaging and so determines the oxygen content. In contrast to other light-based systems, it requires no separate reflecting surface that has to be glued inside the package or printed on the inside of the film.

As the laser leaves the packaging undamaged and does not consume any protective gas during its use, repeated tests on a package as part of a long-term observation are possible.

Oxybeam works with a class 1 infrared laser that does not require eye protection, due to its 760 nm wavelength. The product in the packaging as a whole does not even get warm as the laser power is less than 0.5 mW. The sensor measures the oxygen content over the full range from 0.1 to 100%. The headspace of the packaging should be around 16 to 80 mm. All measurements by the device can naturally be stored and exported for evaluation and archiving. Calibration is performed once per year.

Online: www.nichegas.com.au
Phone: 03 9484 1490
Related Products

Marel Revo FiberFlex patty shaping and processing

Marel's Revo FiberFlex is a burger patty forming and processing system.

ifm Hygienic Flow Meter with IO-Link

The ifm Hygienic Flow Meter with IO-Link is an example of technology in the food industry that...

Aplex SiER-G1101M Modbus Gateway

The Aplex SiER-G1101M, an Industrial 1-port RS-232/422/485 Modbus Gateway, is digitising the...


  • All content Copyright © 2024 Westwick-Farrow Pty Ltd