Tappa Medical Warming Unit
PANDA HUGGER is a convective blower system for patient warming.
PANDA HUGGER patient warming systems, with their wide selection of warming blankets in various sizes and dimensions, offer numerous advantages for effectively counteracting unwanted hypothermia. The perforated surface of the disposable warming blankets makes contact with the patient’s body, thus optimally transferring heat.
Description
Advantages at a glance
- User-friendly design
- Rapid temperature attainment
- Four temperatures to choose from: room temperature, 32°C, 38°C, 43°C
- Uniform heat distribution thanks to a consistent pattern of perforations across the entire patient side of the ceiling.
- Two airflow settings
- Compatible with all PANDA HUGGER blankets
- The OLED display enables optimal monitoring from different viewing angles.
- Records of duration, temperature deviations, calibration, operating hours, and error messages are automatically recorded in the background.
- Acoustic/visual alarm settings for failure to reach the selected temperature and exceeding the set temperature level.
- Self-activating protective function in case of sustained overtemperature
- Low power consumption
- Low noise
- 0.2μm filtration efficiency
How it works
The warm air from the blower is evenly distributed throughout the heating blanket and thus delivered to the patient. This makes it possible to maintain or raise the body temperature.
Wide product range
All disposable thermal blankets are available in various sizes and versions to meet all surgical and patient requirements. They are sterile and individually wrapped.
The upper and lower body systems maximize heat transfer and distribution to the patient.
These underlay sheets are characterized by complete, unrestricted patient access. They can be laid out before the patient arrives and are therefore immediately available. Furthermore, they are very versatile and can be used for supine, prone, and lateral positioning.
All blankets are made from soft, latex-free, durable, radiolucent materials.








