LED Phototherapy Unit
I REX 40 Led Phototherapy machine is a whole new way of treating jaundice in neonatal . I REX 40 helps caretakers and physicians to regulate the light needed for treatment, using an inbuilt Light meter.
In this compact, sleek design, lies a sophisticated and powerful Phototherapy unit capable of treating very severe cases of hyperbilirubinemia. I REX 40 uses specially designed Hi Bright blue LEDs, which emit light in 450-470 nm spectrum with peak absorption at 458 nm.
New born infants are especially at high risk of developing hyperbilirubinemia. It is especially more acute in preborn babies. LED Phototherapy is the clinically proven & technically superior method of treating jaundice in infants. I REX 40 brings the high efficiency of well calibrated LED Phototherapy Unit for treating jaundice in neonatal . This specially designed budget mode, is designed to operate within the AAP parameters** of treating severe cases of jaundice in neonates, optimally and economically.
By ensuring strict adherence to clinical guidelines, I REX 40 ensures faster treatment through uniform light distribution and optimal wavelength and irradiance strength.
One of the key features of I REX 40 is that it is fitted with 24 specially calibrated Blue LED lamps. The intensity can be controlled through a microprocessor controlled electronic.
Attending caretakers’ needs are also taken care with the provision of three white LED lamps for observation. This helps reduce the strain on the eyes while attending to the patients.
Operating I REX 40 is an ease, with its simple user friendly mechanisms. It is compact and can be used in a variety of places. Its ergonomic Y shaped wheel base slips easily under most warmers or bassinets.
Being LED based, there are no unwanted wavelengths such as Ultraviolet and infra red rays, which helps in avoiding skin rashes and weight loss – something that is common in conventional phototherapy.
* Assuming commercial rate of Rs. 7/- per electricity unit (kWh)
** American Academy of Pediatrics: Management of Hyperbilirubinemia in newborn infants 35 or more weeks of gestation. Pediatrics 2004: 297-316
Should be greater than 30μ W/ cm2 per nm
Light should cover Maximum surface area
I REX 40 PERFORMANCE
35μ W/ cm2 per nm
50 x 30 cms
|light sourse||- High Bright blue LED|
|Wavelength||- 450-470 nm|
|Spectral Irradiance||- 15 -70μ W/ cm2 nm (at 30 cm height)|
|Effective Surface Area||- 50 x 30 cm|
|24 Blue LED lamps for treatment|
|3 White LED lamps for observation|
|In built light meter with probe for monitoring actual light intensity.|
|Patient Temperature monitoring with alarm facility in case of hyper/hypothermia. A temperature sensor probe comes as part of the package|
|LED user control for controlling the intensity and for monitoring the patient treatment time. It also displays the patient temperature|
|Electric Supply||- 229-240V, 50/60 Hz|
|Max Rating||- 3A, 220-240W, 50/60 Hz|
|Fuse||- 2A, 220-240W, 50/60 Hz|
|Light Unit||- 35.5 x 26 x 9 cms|
|Height||- 110 – 170 cms|
|Clearance of base||- 7.5 cms|
|Light unit tilt adjustment||- +/- 180⁰|
|Operating Temperature||- 15⁰ C to 40⁰C|
|Humidity||- 0% to 95% non condensing|
|High Temperature Cutoff||- 85⁰C|