Oxydise Engineering · Cambridge, UK

Five generations. Built on what came before.

Designed in Cambridge, informed by research and refined through real customer use.

Excellent 4.8 out of 5 Trustpilot
5
Product generations, and counting
20 years
Engineering experience behind the designs
100,000+
Session hours feeding back into the products
Medical oxygen
Supplier experience informing the systems
“We specify the way clinics do: start from the use, not the price list. Sometimes that is a soft-shell, not a hard-shell. Sometimes it is 1.5 ATA, not 2.0. Occasionally it is starting smaller and upgrading when the use case grows.”
How every specification conversation starts
How we work

The loop nobody else closes.

Some companies sell equipment. Some read the research. Others listen to customers. Our development process brings all three together and feeds each insight into the next product.

The Oxydise engineering loop Science informs engineering, engineering is corrected by real use, and every insight returns to the next product generation. Science Mechanism research and evidence Engineering Cambridge design and build Real use Labs, homes and 1,000+ rentals The next generation every insight returns to the product
  1. 01

    Science first

    We work with researchers who study how these technologies act on the body, so the next generation is shaped by evidence rather than fashion.

  2. 02

    Engineering that has done it before

    Cambridge product engineers and experienced medical oxygen suppliers help turn those requirements into dependable equipment.

  3. 03

    Corrected by real use

    Feedback from our wellness labs, homes and more than a thousand rentals is logged, reviewed and carried into the next generation.

Iteration, not imitation

Five generations, and counting.

We do not wait for the market to improve. Each generation exists because customers, engineers and researchers showed us something the previous one could do better.

Generation 1

The starting point

A proven chamber platform, specified and safety-tested for UK homes and everyday use.

Generation 2

Quieter, because it had to be

Generation 1 was louder than it should have been. Customers told us. This generation answered it.

Generation 3

Easier to live with

Entry, interior space and controls refined around how people use sessions at home.

Generation 4

Safety, built in

Air-break support integrated into the equipment to make appropriate routines easier to follow.

Generation 5

Duty-cycle proven

Refined for repeated multi-user use across wellness labs, clinics and clubs.

Generation 6

In development

Our next soft-shell, built on what the first five generations taught us.

These summaries are the short version. We keep a fuller changelog of amendments across five generations and the customer feedback behind them.

Ask to see the changelog
What we measure

Where we disagree with the market.

Specification sheets are easy to copy. Judgement is not. These are the calls we make when the evidence and setting point somewhere more considered.

The market says

“PVHO certified. Job done.”

We say

The sieve beds help determine what you breathe.

Certification matters, and our chambers carry appropriate conformity marks. We also consider the component that supports oxygen purity through sustained use.

The market says

“More pressure means a better chamber.”

We say

Pressure follows the setting, not the brochure.

We match pressure to suitability, the operating model and the intended use. If the responsible route is 1.5 ATA, that is the recommendation we will make.

The market says

“More watts means a better Red Light bed.”

We say

Light is considered as a dose, not a volume control.

Wavelength, exposure and programme design are considered together rather than reduced to one headline irradiance figure.

The market says

“One wavelength fits every use.”

We say

Wavelength is part of the product.

Different wavelengths behave differently in tissue. Configurable programmes allow combinations to reflect the intended use and the available evidence.

The market says

“Air breaks are only an operator detail.”

We say

Where appropriate, air breaks belong in the system.

When a protocol includes an air break, the equipment can support that routine rather than leaving every step to memory.

The year-three question

The component nobody mentions.

Every chamber can perform well on the day it is delivered. The more useful question is what supports oxygen purity after years of regular use. Part of that answer sits in the zeolite sieve beds inside the oxygen concentrator—the component that separates oxygen from the air around it.

We consider the source and duty cycle of those components and measure purity over time, not only on day one. When comparing equipment, it is worth asking who supplies the sieve beds and how performance will be checked as the system ages.

The people behind the iterations

Built with people who have done it before.

Manufacturing

Medical oxygen experience

Input from a supplier of large-scale medical oxygen systems informs the oxygen technology inside our equipment.

Engineering

Cambridge product engineers

Product engineers with twenty years of experience support development from concept and materials through testing and certification.

Science

Professor Glen Jeffery

Professor Jeffery’s research on red and near-infrared light helps inform how we consider wavelength and dose in Red Light equipment.

Coming next

The best soft-shell we have made.

Generation 6 brings together what the first five generations, more than a thousand rentals and over 100,000 session hours have taught us about comfort, reliability and daily use.

Where an improvement can be applied safely to an earlier generation, OxyCare helps registered owners understand whether that update is relevant to their system.

Be first to know
100,000+ hours
of real session experience informing the design
1,000+ rentals
providing practical feedback
6th generation
of continuous product iteration
See it running

Stand next to the engineering.

Visit an Oxydise Wellness Lab, bring another manufacturer’s specification sheet and ask us the difficult questions. We can show you the equipment, explain the choices and share the changelog.