The ThermoStar Homeothermic Blanket System (Cat No.: RWD-69026) is an advanced, dual-channel temperature maintenance and monitoring device designed for precise, real-time thermal regulation of small laboratory animals during surgical, anesthetic, and experimental procedures. This system includes the ThermoStar temperature controller and the 69024 high-temperature-resistant silica gel heating pad (9.0 × 17.0 cm), providing accurate, independent temperature control for animal models such as rats and mice.
Specifications
Touchscreen Interface:
4.3-inch color LCD touch screen for intuitive operation, real-time temperature display, and system status monitoring.
Dual-Channel Independent Control:
Simultaneously monitors and controls two heating channels, allowing independent temperature management for two animals or setups.
Real-Time Monitoring and Safety:
Continuous measurement and display of both heating pad and probe temperatures. Independent circuit control for the heating pad and temperature probe ensures double safety protection.
Temperature Control:
Fast temperature rise, high precision control, settable range 20–45°C (resolution 0.1°C), maximum 50°C, switchable between Celsius and Fahrenheit.
Status and Alarms:
Visual progress bar and status indicators (IDLE, WARNING, STANDBY, WORKING). Configurable alarms for high/low temperature limits (±1°C), probe and pad errors, and customizable sound/indicator alerts for enhanced safety.
Heating Pad (69024):
High-temperature resistant silica gel pad, 9.0 × 17.0 cm, easy to clean, suitable for a variety of experimental platforms.
High-Sensitivity Probe:
Temperature probe with 1.5 mm diameter, 30 mm rod length, and 150 cm cable, optimized for accurate core temperature measurement in small animals.
Power and Dimensions:
Universal power supply (100–240 V, 50/60 Hz). Control unit size: 205 × 148 × 80 mm; weight: 1.3 kg.
Applications
Maintenance of normothermia in rodents and other small animals during anesthesia, surgery, and recovery
Preclinical research, physiology, pharmacology, and neuroscience studies requiring precise animal temperature regulation
