Description
The UEM u!Warm BIW-206 is a high-performance dual-channel blood & infusion warmer engineered to address the clinical risks of patient hypothermia caused by cold blood transfusions and fluid infusions. Designed for high-demand healthcare settings—including emergency trauma care (massive transfusions), surgical suites, ICUs, dialysis centers and post-operative recovery units—it delivers consistent, precise heating for blood products, dialysis fluids, enteral/parenteral nutrition and medical infusions. With independent dual-channel control, rapid warm-up, layered safety features and user-centric design, the BIW-206 balances versatility and reliability, making it an essential tool for busy hospitals, ambulatory centers and emergency response teams where simultaneous, accurate fluid warming is critical to patient outcomes.
Core Product Advantages
Dual-Channel Versatility for Concurrent Clinical Needs
Equipped with two fully independent heating channels, the BIW-206 operates simultaneously without cross-channel interference—each channel features dedicated temperature controls, real-time monitoring and alarms. This flexibility allows clinicians to: combine channels for high-volume infusions (e.g., massive blood transfusions in trauma care); or use separately for concurrent patient needs (e.g., one channel for blood, one for parenteral nutrition). Each channel maintains ±1.0°C temperature accuracy, ensuring consistent, safe heating for every fluid type, from delicate neonatal nutrition to high-volume dialysis fluids.
Clinical-Grade Precision & Rapid Heating
The microprocessor-controlled system offers a customizable temperature range of 33°C–41°C (91.4°F–105.8°F) in 0.1°C increments, tailored to diverse clinical fluids. A 1.4m flexible warming profile with full-tube wrapping design (compatible with 3.5–7mm OD standard IV tubes) eliminates heat loss, ensuring warmed fluids reach the patient’s vein—not just the device. With a rapid warm-up time of ~2 minutes (from 20°C to 36°C), it meets the time-sensitive demands of emergency trauma care and intraoperative fluid warming, preventing hypothermia and supporting faster patient recovery.
Layered Safety Beyond Global Compliance
Patient and clinician safety is prioritized with comprehensive safeguards: dual overheat protection (software shutdown at 42°C/107.6°F, hardware backup at 43°C/109.4°F) prevents hemolysis and fluid damage; acoustic-visual alarms (audible tone + LED indicators) alert to high/low temperatures (<32°C/89.6°F), sensor malfunctions and system errors—cutting through clinical noise to ensure timely intervention. The device features defibrillation-protected BF-type applied parts (compliant with IEC 60601-1-8 standards), making it safe for use during cardiac resuscitation, and IPX2 splash resistance to withstand accidental fluid spills in ORs and emergency bays. It is CE (0482), RoHS 2011/65/EU and IEC 60601-1 compliant, meeting rigorous global medical device standards.
User-Centric Design for Streamlined Workflows
A large, backlit LED display clearly shows set temperature, actual temperature and heating time for each channel—readable from across the room, even in low-light surgical environments. The BIW-206 works with standard IV tubes (no proprietary disposables required), reducing supply costs and inventory complexity. Weighing 2.3kg (5.1lbs) with a secure infusion stand clamp, it is portable enough to move between bedsides or emergency carts, while its compact dimensions (200x130x250mm) fit seamlessly in space-constrained clinical areas. The 24/7 continuous operation mode ensures reliable performance for long surgeries, extended ICU stays and mass casualty events, with no downtime.
Global Universal Compatibility & Reliability
Equipped with AC 100-240V, 50/60Hz universal power input, the BIW-206 works in any global healthcare setting without additional adapters—ideal for international hospitals and emergency response teams. With a maximum power consumption of 180VA, it balances efficient heating with consistent performance, and the robust build (including durable warming profiles and corrosion-resistant components) ensures long-term reliability in high-demand clinical environments.
| Specification Category | Parameter Details |
| Power Supply | AC 100-240V, 50/60Hz (universal global input) |
| Max Power Consumption | 180VA |
| Temperature Performance | Range: 33°C–41°C (91.4°F–105.8°F); Accuracy: ±1.0°C; Increment: 0.1°C |
| Warm-Up Time | ~2 minutes (20°C → 36°C) |
| Heating Profile | 1.4m flexible length; Compatible with 3.5–7mm OD standard IV tubes; Full-tube wrapping design |
| Channel Configuration | 2 independent channels; No cross-channel interference; Dedicated controls/monitoring/alarms per channel |
| Safety Protection | Dual overheat protection (software: 42°C; hardware: 43°C); BF-type applied parts (defibrillation-protected); IPX2 splash resistance; Class I electric shock protection |
| Alarm System | Acoustic-visual alerts for high/low temperature (<32°C), sensor malfunction, system error |
| Working Mode | 24/7 continuous operation |
| Display | Large LED screen (shows set temperature, actual temperature, heating time per channel) |
| Physical Parameters | Dimensions (W×D×H): 200mm × 130mm × 250mm; Net Weight: 2.3kg (5.1lbs) |
| Mounting Option | Secure infusion stand clamp (portable between clinical settings) |
| Certifications | CE (0482), RoHS 2011/65/EU, IEC 60601-1 compliant |
| Clinical Compatibility | Blood products, dialysis fluids, enteral/parenteral nutrition, medical infusions (adult/pediatric/neonatal) |
| Key Application Scenarios | Emergency trauma care (massive transfusions), surgery, ICU, dialysis, post-operative recovery, critical care |
