Oxybaby

Oxybaby with all accessories: case with charger, needles, filters, pads and O2 sensor

Exact control on each packaging

Portable and wireless analyzer for the preventive control of the conservation time of packaged foods under modified atmosphere (MAP). The ideal instrument for fast and accurate measurements next to the vacuum packaging machine.

  • External dimensions: 187 x 106 x 91 mm.
  • Weight: 600 gr
  • Cordless operation using rechargeable batteries
  • Measurement range: 0-100%
  • Sampling: Automatic using a needle with integrated pump
  • Response time: Max. 10 sec.
  • Calibration easy: 2-point calibration
  • Disconnection: Automatic after 2 min. inactive
  • Screen: Digital with backlit
  • Analyze gases: O2 in N2 or Ar. / O2 and / or CO2 in: N2 or Ar.
  • O2 measurement mode: Electrochemical cell
  • CO2 measurement mode: IR absorption
  • Fast and accurate sampling
  • Minimum sample gas requirement for smallest packs
  • Values O2:0,01%
  • Long lifetime of O2 sensor (approx. 2 years, depending on use)
  • Simple one hand operation
  • Integrated needle cover to protect the user
  • Easy to clean
  • Charging device and mains adaptor
  • Spare needles
  • Spare filters
  • Sensor O2
  • Rubber seals
  • Case dimensions (HxWxD): approx. 325x385x115 mm (12.79×15.16×4.53 inch)
  • Case weight: approx. 1.7 kg
zermat oxybaby

Advantages of choosing our digital vacuum gauge

Companies that have trusted Zermat

Since 1979, our vacuum packaging machines have been the trusted partner for supermarkets, manufacturers, and major food companies that demand the best from their production lines.

Discover the leading companies that have trusted us.

Frequently asked questions about the Oxybaby analyzer

What is an Oxybaby vacuum analyzer?

Oxybaby is a portable analyzer for gas control in vacuum packaging and modified atmosphere packaging (MAP). It quickly measures residual oxygen (O₂) and, depending on the model, also CO₂ by needle sampling through a septum.

Key benefits: use directly on the production line, results in seconds, traceability (date, time, batch, operator), low sample volume, and simple calibration with reference gases.

It depends on usage, environmental conditions, and calibration. In typical applications, an electrochemical sensor provides an indicative service life of 12–24 months. The CO₂ sensor (if applicable) usually lasts longer.

How to extend its service life:

  • Calibrate with reference gases according to your quality plan.

  • Avoid prolonged exposure to extreme concentrations or contaminants.

  • Store the instrument under the recommended conditions and keep filters clean.

  • Replace needles, filters, and septa as required.

End-of-life signs include a slower response, needing recalibration more often, or unusual drift. 

The gases inside the pack determine food safety, sensory quality, and shelf life: high O₂ accelerates oxidation (rancidity, color loss) and promotes the growth of aerobic microflora, so measuring oxygen confirms the effectiveness of the vacuum and the seal; in MAP, CO₂ helps inhibit sensitive flora and, in combined processes, CO₂ readings help detect leaks or process deviations; in addition, taking measurements by batch and shift improves process consistency by enabling timely adjustments to vacuum level, cycle times, or sealing jaws, while O₂/CO₂ records provide evidence for audits and support HACCP, BRC, and IFS.

Request more information

One of our specialized advisors will contact you to resolve everything you need.

Should we phone you? If you need further information, an advisor will contact with you. Let us know your phone number. Leave us your phone number.

More information
Enviando