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Microprocessor Based Radiant Heat Warmer – Model No: UVW: 100 | UVW Medical
$ 90.85
Product Description Microprocessor Based Radiant Heat Warmer – Model No: UVW: 100 The UVW Microprocessor Based Radiant Heat Warmer – UVW: 100 is a highly advanced and safe neonatal warming system, engineered to provide thermal stability to newborns in delivery rooms, NICUs, and maternity wards. Equipped with intelligent microprocessor-based controls and safety alarms, this device ensures precise and reliable infant care. Built to meet the demanding needs of modern hospitals, this unit integrates digital temperature display, ceramic heating technology, skin temperature probes, and audio/visual alarms to alert healthcare providers of deviations. The UVW 100 is the preferred choice for hospitals seeking affordable, compliant, and efficient radiant infant warmers. Key Features of UVW Radiant Heat Warmer Advanced Ceramic Heater – 600W Output:Provides consistent radiant heat using energy-efficient 600-watt ceramic elements for silent and effective warming. Microprocessor-Based Control System:Offers precision with skin temperature setting range from 32°C to 37°C and display range of 28°C to 40°C, giving complete control to clinicians. Comprehensive Alarm System (Audio/Visual):Ensures safety with five alarms: Power Failure Temperature High Temperature Low Heater Failure Sensor Failure Safety Cutoff System:Heater output can be controlled in 10% incremental steps from 0 to 100%, improving patient safety and customization. Durable Stainless Steel Tray Baby Bed:Hygienic and corrosion-resistant SS tray for securely placing the infant, designed for hospital use. PU Foam Pressure Mattress:Offers soft but supportive cushioning that reduces pressure on newborn skin while maintaining body position. IV Stand (Telescopic):Comes with a telescopic stainless steel IV stand, suitable for fluid management and medication delivery during treatment. Temperature Probe:Equipped with PT100 grade sensor for real-time, reliable temperature monitoring of the newborn. Wheels (100mm PU Sole):Four smooth PU wheels, 2 with brakes and 2 plain, provide effortless movement and secure parking within hospital premises. Upgar Timer (APGAR Monitoring):Allows doctors to time and monitor newborn APGAR scores accurately during the first minutes of life. ✅ Ideal for Neonatal Intensive Care Units (NICUs) Maternity Hospitals Delivery Rooms Government Hospitals & Clinics Private Nursing Homes Pediatric Wards Technical Specifications Specification Details Model UVW: 100 Heater 600W Ceramic Control Microprocessor Based Skin Temp Range 32°C to 37°C Display Range 28°C to 40°C Alarm Types Power Fail, Temp. High/Low, Heater Fail, Sensor Fail Safety Cutoff 0–100% in 10% Steps Mattress PU Foam Pressure Mattress Baby Bed Stainless Steel Tray Wheels 100mm PU (2 Brake 2 Plain) IV Stand Stainless Steel, Telescopic Temp. Probe PT100 Sensor Timer Upgar/APGAR Timer Build Quality Hospital Grade Stainless Steel Brand UVW Medical Warranty 1 Year Manufacturing Warranty Country of Origin India Contact & Ordering For order inquiries, hospital tenders, or bulk dealer requests, reach out to our team: WhatsApp: 91 92664 18500Email: [email protected]: www.uvw.co.in Corporate Office:1st Floor, Plot No: 63, Pocket-M, Sector-5,DSIIDC Industrial Area, Bawana, Delhi-110039, India ✅ Why Choose UVW’s Radiant Warmer UVW 100? Built with precision control and alert systems to ensure complete neonatal safety. Designed by UVW Medical, a trusted manufacturer of hospital and ICU-grade equipment. Preferred by government, private, and institutional healthcare centers. Available in ready stock for immediate delivery across India. Backed by service support, warranty, and expert guidance for setup. Conclusion The UVW Microprocessor Based Radiant Heat Warmer (Model No: 100) is a complete solution for neonatal thermal regulation and infant care. With a blend of technology, safety, and durability, it meets the highest standards of medical performance for newborns in critical environments. Hospitals trust UVW for quality medical infrastructure that saves lives and improves care.






