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Baby Incubator – NSL BT-500 Bistos (Korea)

1,175,000.00

Product Introduction:

 

 

The Bistos BT-500 is an FDA registered infant incubator, which can precisely control temperature and humidity with low noise providing the best environment for the recovery of neonatal patients. Also, CCD Camera enables remote monitoring of neonate, and in-built SpO2 monitor and weighing scale provide total monitoring of neonate. The unit has ergonomic design.
ncubator Features
Stable / air skin temperature control
Accurate humidity control
Comfortable & soft tilting structure
7″ color TFT LCD display
Powerful lifting structure (included option)
O2 monitoring (included option)
Masimo SpO2 technology (included option)
Incubator Physical characteristics (with standard accessories)
Size 140 x 103 x 141 cm ( H x L x D )
Weight 89 kg
Temperature Control
Air temperature control range 23.0 – 37.0 +/- 0.3 deg C ( Override >39.0 deg C )
Skin temperature control range 35.0 – 37.5 +/- 0.3 deg C ( Override >39.0 deg C )
Peripheral temperature YES (Option)
Humidity Control
Humidity control range 40 – 95% +/- 5 % RH
Measurement range 15 – 99% +/- 5 % RH
Control system Ultrasonic & steam
Water tank Capacity 1,000 ml
Incubator Display
Display panel 7″ TFT COLOR LCD
Trend up to 7 days
Alarm 19 kinds of alarm
Multi-language support YES
Hood
Hood size 39 x 91 x 51 cm ( H x L x D )
Matress size 38 x 73 cm
Matress tilt 12
Air Velocity < 10 cm/s ( at 10cm above the center of mattress )
Warming-up time (from ambient 22 deg C) < 35 min.
Noise level < 45 dBA
Micro air filter particle size 0.3 micron
Micro air filter efficiency 99.8 %
Options that are included in this unit’s pricing:
Fixed Stand(FX)
Dimension 100cm(W) x 81cm(D) x 80cm(H)
Basket 41cm x 42cm, 10kg(Weight Limit)
Lifting Stand(LS)
Dimension 100cm(W) x 81cm(D) x 62cm-82cm(H)
Speed 180mm/min
Basket 41cm x 42cm, 10kg(Weight Limit)
Weighting Scale
Measurement 0-10kgf, 50g
Masimo SpO2
SpO2 1-100%
Pulse rate 25bpm – 240bpm
Accuracy -SpO2 : Nenate 70-100% +/-3 digits
-Pulse rate : 25 -240 +/-3 digits
Monitoring System
External 7″ color TFT LCD
CCD Camera :510 x 492 (Resolution)
Masimo technology display
This unit is priced to provide the full compliment of options as pictured and noted below. If you are interested in a reduced configuration, please give us a call toll free (844-GO2- SEMS) and we will provide revised pricing.

Out of stock

Out of stock

Description

Baby Incubator neonatal intensive care unit, usually shortened NICU (pronounced “Nickyoo”) and also called a newborn intensive care unit, and special care baby unit (SCBU – pronounced “Skiboo”), is a unit of a hospital specialising in the care of ill or premature newborn infants. NICUs were developed in the 1950s and 1960s by paediatricians to provide better temperature support, isolation from infection risk, specialised feeding, and access to specialised equipment and resources.

Infants are cared for in incubators or “open warmers.” Some low birth weight infants need respiratory support ranging from extra oxygen (by head hood or nasal cannula) to continuous positive airway pressure (CPAP) or mechanical ventilation. Public access is limited, and staff and visitors are required to take precautions to reduce transmission of infection.

By the 1970s SCBU’s were an established part of hospitals in the developed world. In Britain, some early units ran community programmes, sending experienced nurses to help care for premature babies at home. But increasingly technological monitoring and therapy meant special care for babies became hospital-based.

By the 1980s, over 90% of births took place in hospital anyway. The emergency dash from home to SCBU with baby in a transport incubator had become a thing of the past, though transport incubators were still needed. Specialist equipment and expertise were not available at every hospital, and strong arguments were made for large, centralised SCBUs. On the downside was the long travelling time for frail babies and for parents. A 1979 study showed that 20% of babies in SCBUs for up to a week were never visited by either parent. Centralised or not, by the 1980s few questioned the role of SCBUs in saving babies. Around 80% of babies born weighing under 1.5kg now survived, compared to around 40% in the 1960s. From 1982 in Britain pædiatricians could train and qualify in the sub-speciality of neonatal medicine. Not only careful nursing, but also new techniques and instruments now played a major role. As in adult intensive care units, the use of monitoring and life support systems became routine. These needed special modification for small babies, whose bodies were tiny and often immature. Adult ventilators, for example, could damage babies lungs and gentler techniques with smaller pressure changes were devised.

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