Haier Biomedical Platelet Incubator with Agitator

The Haier Biomedical Platelet Incubator with Agitator is an advanced storage system designed to maintain optimal platelet viability and functionality after collection.

Combining precise semiconductor temperature control, integrated oscillation, and multi-alarm protection, the HXZ Series ensures safe, stable, and traceable platelet storage for hospitals, blood banks, and research institutions.

Available in two capacities — HXZ-149 (149 L) and HXZ-1369 (1369 L) — this series integrates energy-efficient components, reliable agitation, and intelligent safety features that conform to international standards for platelet preservation.

Key Features

1. Precise Temperature Control

• Maintains a stable temperature at 22°C ±1°C, ideal for platelet storage.
• Semiconductor temperature control with PID algorithm ensures precise thermal regulation and rapid recovery.
• Internal air circulation guarantees uniform temperature distribution throughout the chamber.

2. Reliable Agitation System

• Integrated platelet agitator provides continuous, uniform oscillation for optimal gas exchange and platelet vitality.
• Equipped with oscillation alarm and calibration mechanism to ensure consistent performance and sample safety.

3. Data Traceability and Safety Monitoring

• Advanced digital control system with real-time temperature monitoring and data recording.
• Supports data traceability for quality management and compliance with blood storage regulations.
• Optional remote alarm output for continuous status monitoring.

4. Multiple Safety Alarms

• Comprehensive protection via multiple alarms, including:
  • High / Low temperature alarm
  • Power failure alarm
  • Sensor failure alarm
  • Door ajar alarm
  • Low battery alarm
  • Oscillating motor abnormal alarm
  • Remote alarm interface
• Ensures uninterrupted operation and rapid response to abnormalities.

5. Energy-Efficient Semiconductor Cooling

• Utilizes semiconductor cooling technology with a PID control algorithm to reduce energy consumption by 30% compared to conventional compressor systems.
• Environmentally friendly design with lower noise and vibration levels.

6. Quiet and Stable Operation

• Driven by a semiconductor EBM oscillating motor, delivering low-noise, low-vibration performance ideal for clinical and laboratory environments.
• Ensures smooth and reliable agitation cycles without mechanical stress on platelets.

7. Superior Insulation and Temperature Retention

• 60 mm thick high-density foam insulation provides exceptional thermal stability.
• In the event of a power failure at 25°C ambient temperature (empty load), temperature increases from 22°C to 24°C in over 4 hours, ensuring sample integrity.

8. UV Disinfection System

• Integrated ultraviolet sterilization lamp maintains a clean, contamination-free environment for long-term platelet safety.
• Periodic UV disinfection cycles reduce the risk of microbial contamination.

Technical Specifications

Applications

• Blood Banks & Transfusion Centers: Platelet storage and agitation under controlled conditions.
• Hospitals & Clinics: Secure and traceable platelet preservation for patient transfusion.
• Biopharmaceutical Facilities: Controlled platelet handling for testing and development.
• Research Laboratories: Temperature-stable storage for blood component studies.

Unique Advantages

• Integrated incubator and agitator for streamlined platelet management.
• Energy-saving semiconductor control with 30% lower power consumption.
• Comprehensive multi-alarm system for maximum sample safety.
• UV sterilization maintains a contamination-free chamber.
• High insulation and temperature stability extend safe storage duration during power interruptions.
• Designed to meet international blood storage standards (22°C ±1°C).

The Haier Biomedical Platelet Incubator with Agitator (HXZ Series) combines cutting-edge semiconductor temperature regulation, intelligent oscillation, and robust alarm systems to provide a secure and efficient environment for platelet storage.

Its energy-saving design, quiet operation, and traceable data monitoring make it the preferred choice for hospitals, blood banks, and research centers that demand the highest standards in platelet preservation and safety.