Advanced blood bank refrigerator with high‑definition LCD touchscreen, designed to store blood components at a stable 4 °C ±1 °C, suitable for blood banks, transfusion services, operating‑theatre stock‑rooms, and hospital‑war‑side transfusion units. The series includes models HXC‑149T (2 drawers, 60 blood bags), HXC‑279T (5 drawers, 135 bags), HXC‑429T (5 drawers, 195 bags), HXC‑629T (6 drawers, 312 bags), and HXC‑1369T (12 drawers, 624 bags of 450 ml each), combining robust microprocessor control, inverter‑based refrigeration, and an intuitive touch‑driven operator interface that lets technicians monitor temperature, events, alarms, and run history in real time on the cabinet itself.
A dual‑control architecture of six high‑precision sensors plus a mechanical thermostat keeps the internal chamber within 4 °C ±1 °C even under fluctuating supply voltage or frequent door‑opening, ensuring that red‑cell‑rich products and other components remain within transfusion‑approval temperature bands. The high‑definition touchscreen displays temperature‑trend graphs, operating status, event logs, and a clear alarm history, enabling rapid fault diagnosis and routine checks without external PC or logger connection. The interface supports quick configuration menus, stock‑entry/exit workflow views, and status‑message windows that guide staff through normal operation and troubleshooting.
The refrigeration plant uses a high‑quality, energy‑efficient inverter compressor together with variable‑speed fan motors, delivering fast cooldown, uniform internal temperatures, lower power consumption, and quiet operation, which is important for high‑traffic corridors, ICUs, and operating‑suite areas. The cabinet integrates multiple safety alarms for high/low temperature, power‑failure, door‑ajar, sensor‑error, and low‑battery conditions, which trigger local audible buzzers, flashing‑light warnings, and remote‑contact outputs; an internal backup battery powers the alarm‑and‑monitoring system during main‑power interruptions. A built‑in printer module (optional) generates automatic logs of temperature, door‑open events, and bag‑movement records that can be linked to LIS, HIS, or blood‑management software.
Diferenciais
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Advanced blood bank refrigerator featuring a high‑definition LCD touchscreen for 4 °C ±1 °C blood‑component storage.
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Model line: HXC‑149T (2 drawers, 60 × 450 ml bags), HXC‑279T (5 drawers, 135 bags), HXC‑429T (5 drawers, 195 bags), HXC‑629T (6 drawers, 312 bags), HXC‑1369T (12 drawers, 624 bags).
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Power supply 220–240 V / 50–60 Hz (230 V / 50 Hz on some models), with CE/MDR/UL certification.
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Dual‑control system with six high‑precision sensors plus mechanical thermostat to maintain 4 °C ±1 °C accurately.
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Inverter‑type refrigeration system with variable‑speed fans for fast, uniform cooling, low energy use, and low noise.
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Large‑format touchscreen showing temperature‑trend graphs, cabinet operating status, event logs, and alarm records.
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Comprehensive alarm package (high/low temperature, power‑failure, door‑ajar, sensor‑error, low‑battery) with buzzer, flashing‑light, and remote‑contact outputs.
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Internal backup battery to keep the alarm and basic monitoring running during power‑out interruptions.
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Standard USB port for exporting temperature‑logger files and event‑history dumps.
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Internal drawer‑based layout for neat organisation of blood‑bags plus efficient use of cabinet volume.
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Ready for integration into hospital‑wide blood‑management, barcode‑tracking, and RFID‑based chain‑of‑custody workflows.
Aplicaciones
This advanced blood bank refrigerator with touchscreen is ideal for central blood banks, transfusion‑medicine departments, operating‑theatre satellite‑stocks, and intensive‑care blood‑holds where secure, traceable storage of red‑cell concentrates, fresh‑frozen plasma, and other components is required under tightly controlled 4 °C conditions. The combination of local‑touch‑screen control, multiple alarms, and IoT‑ready logging helps streamline quality‑management audits, comply with transfusion‑safety regulations, and validate cold‑chain performance across day‑to‑day operations.
The unit is also well‑suited to hospitals that want to digitise their blood‑bank front‑end, using the touchscreen as an on‑cabinet operator station for input, withdrawal, and statistical reporting while feeding the same data into central blood‑inventory platforms; this approach supports just‑in‑time stocking, reduces expiry‑related wastage, and standardises handling and distribution procedures across wards and theatres
