Platelet Incubator LPTI-T2013

Introduction

Platelet Incubator provides a controlled environment with a temperature range of 20℃ to 24℃, ideal for the safe and effective storage of platelets. The microprocessor-based controller ensures stable temperature regulation, essential for maintaining viability. It alerts users in case of a sensor error, allowing prompt action to maintain storage reliability. Our Incubator preserves platelets with controlled temperature and agitation for safe and viable use.

This medical equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Platelet Incubator is used to store blood platelets under controlled temperature and agitation conditions. It is widely applied in hospitals, blood banks, laboratories, research institutes, and universities.

Specifications

Temperature	20℃ to 24℃
Ambient Temperature	10℃ to 32℃
Cooling Method	Forced air cooling
Noise	53 db
Temperature Controller	Microprocessor
Sensor
Refrigerant	R134a
Power Failure Backup	72 H
Drawer Quantity	10 layers
Platelet Bag Quantity	20
Oscillation Frequency	60±5 e/min
Oscillation Amplitude	50±10 mm
Shipping	0.61
Current	1.5 A
Power	4,400 W
Power Consumption	280 W
Power Supply	220V 50Hz
Internal Dimension (W×D×H)	432 × 462 × 728 mm
External Dimension (W×D×H)	520 × 640 × 1305 mm
Packaging Dimensions (W×D×H)	590 × 710 × 1450 mm
Net Weight	85 kg
Gross Weight	108.5 kg

Features

Anti-vibration agitation mechanism

Clear temperature display

Accurate sensor monitoring

Built-in safety features

Visual alarm indicators

FAQs

1. What is the Platelet Incubator used for?

The Platelet Incubator is specifically designed to provide a stable and controlled environment for storing platelets at the required temperature range of 20? to 24?. It ensures platelet viability through regulated cooling and gentle agitation that prevent clumping or degradation. This makes it essential in hospitals, blood banks, and laboratories where safe storage of blood components is critical. The device also supports large-scale storage needs with its multi-drawer design. By preserving platelet quality, it directly contributes to safe transfusion practices in clinical settings.

2. How many shelves are available in the Platelet Incubator model?

The Platelet Incubator is designed with 10 shelves, which provide ample space for organized platelet storage. These shelves are optimized to ensure that platelet bags are evenly distributed, allowing for consistent exposure to controlled temperature and agitation. With this layout, laboratory staff can maximize storage capacity while maintaining proper airflow and agitation across all units. The design minimizes the risk of overcrowding and ensures accessibility during loading and unloading. This structured arrangement makes the Platelet Incubator highly efficient for medium to high-demand storage settings.

3. What is the total bag capacity of the Platelet Incubator ?

The Platelet Incubator has a total storage capacity of 20 platelet bags, each with a 450 ml volume, per run. This capacity is well-suited for hospitals, blood centers, and transfusion services that require medium to large-scale storage solutions. By accommodating multiple platelet bags in a single cycle, the incubator reduces operational workload and optimizes available resources. The system is engineered to maintain consistent environmental conditions across all stored units, regardless of bag position. With its efficient use of space and reliable operation, the Platelet Incubator supports high-demand clinical workflows.

4. What temperature range does the Platelet Incubator maintain?

The Platelet Incubator operates with a microprocessor-based controller and an sensor to maintain a precise temperature range of 20? to 24?. This range is internationally recognized as the optimal storage condition for platelets, ensuring their safety and functionality for transfusion. The controller ensures that even minor fluctuations are detected and corrected automatically, preserving consistent conditions throughout the storage chamber. By maintaining this narrow and critical range, the incubator protects platelets from deterioration or loss of function. The precision and reliability of the Platelet Incubator make it compliant with stringent clinical and laboratory standards.

5. What safety features are provided with the Platelet Incubator ?

The Platelet Incubator is designed with advanced safety mechanisms to ensure both equipment reliability and platelet integrity. It is equipped with an anti-vibration agitation system that prevents platelet clumping, thereby safeguarding the quality of stored units. The incubator also features visual alarm indicators that alert users in case of temperature deviations or mechanical issues, ensuring timely intervention. These safety features are critical in clinical settings where platelet quality directly impacts patient care. By combining stability, monitoring, and preventive safeguards, the Platelet Incubator delivers secure and dependable performance.