Home use concentrator operate on the same principle as a portable oxygen concentrators, pressure swing adsorption. The atmosphere contains around 21% oxygen; the remainder is nitrogen and a mixture of other gases. An internal air compressor forces this air through a system of chemical filters known as a molecular sieve. This filter is made up of silicate granules called Zeolite which attract (via molecular bond adsorption) nitrogen molecules onto their surfaces more strongly than they attract oxygen molecules – this sieves the nitrogen out of the air, concentrating the oxygen. Part of the oxygen produced is delivered to the patient; part is fed back into the sieves (at greatly reduced pressure) to flush away the accumulated nitrogen, preparing the granule surfaces for the next cycle. Through this process, the system is capable of producing medical-grade oxygen of up to 90% consistently. The latest models can be powered from mains electricity supply, 12v DC (car/boat/aircraft), and battery packs, freeing the patient from relying on using cylinders or other current solutions that put a restriction on time, weight, and size…

Application:
Analysis of water, fat, muscle, bone, protein, high accuracy verified by hospital, PC connection, body system sport equipment.
Working Principle:
Body composition analyzer is an instrument that analyzing body composition by measuring bio-electrical impedance.

Max. Flow: 5L/min
Oxygen density: 93±3% (V/V)
Power consumption: ≤ 480W
Noise: ≤52dB (A)
Continuous Working Time: 15,000 hours
With Oxygen Nebulization

Oxygen flow: 1-4 LPM at each flow, total 8 LPM
Oxygen purity: 93%土3%
Low oxygen alarm: N0
Optional Nebulize: 4-way splitter
Power consumption: <540W
Output pressure: 0.05-0.07Mpa
Operation noise(dB): <55dB(A)
Net weight: 42.3 lbs (19.2 kg)
Operating temp: 5t –40t
Dimensions (L x W x H): 43 x 32 x 62 cm
Equip. Classification: Class II Type B
Power Supply: AC 220V t 22V/50Hz

An oxygen concentrator is a medical device which is designed to deliver a concentrated flow of oxygen to a patient. The air from an oxygen concentrator has a higher concentration of oxygen than the surrounding ambient air, but the device does not rely on the use of oxygen tanks. There are a number of reasons to use an oxygen concentrator with a patient, and these devices are subject to varying degrees of regulation, depending on where they are being used.

• Improved survival rates for respiratory conditions
• Improved mental attentiveness
• Increases stamina
• Cancelling the need of carrying bulky oxygen tanks

Electronically operated device that separates oxygen from room air. It provides high concentration of oxygen directly to you through a nasal cannula. Clinical studies have documented that oxygen concentrators are therapeutically equivalent to other types of oxygen delivery systems.