Portable Blood Collection Monitor with Microprocessor-Controlled Mixing
Product Specification Sheet
Portable Blood Collection Monitor with Microprocessor-Controlled Mixing
Model Number: MTH-228
Micro Technologies introduces a state-of-the-art Blood Collection Monitor designed to ensure safe, accurate, and efficient blood donation processes. Ideal for use in hospitals, blood banks, and outdoor donation camps, this portable device provides gentle and uniform mixing of blood with anticoagulants. Equipped with advanced microprocessor-based controls, it offers precise monitoring of volume, time, and flow rate, ensuring compliance with medical standards. Its compact and user-friendly design enhances operational efficiency, making it a trusted solution for healthcare professionals involved in blood collection.
Product Specification
The Blood Collection Monitor from Micro Technologies represents a new generation of portable blood mixing technology, specifically engineered for accurate and safe blood collection. Designed for use in donation rooms as well as outdoor blood donation camps, this device ensures gentle and continuous mixing of blood with anticoagulants, preserving sample integrity and preventing clot formation.
Featuring advanced microprocessor-based controls, the monitor provides precise measurement of collected blood volume, real-time monitoring of flow rate, and accurate timing of the donation process. These capabilities enhance operational efficiency while ensuring adherence to blood banking standards. The portable and lightweight design allows easy transportation and setup, making it ideal for mobile donation drives.
Built for reliability and ease of use, the unit offers consistent performance with minimal maintenance requirements. The Blood Collection Monitor is an essential investment for hospitals, blood banks, and healthcare organizations seeking dependable and efficient blood collection solutions.
Features
- Microprocessor-Based Control System for precise monitoring of volume, time, and flow rate.
- Gentle and Uniform Mixing Mechanism to prevent clot formation and maintain blood quality.
- Portable and Lightweight Design ideal for both donation rooms and outdoor blood camps.
- High Volume Accuracy ensuring reliable and standardized blood collection.
- User-Friendly Interface for easy operation by healthcare professionals.
- Stable Platform for Blood Bags enhancing safety during the donation process.
- Low Maintenance and Energy-Efficient Operation for long-term reliability.
Benefits
- Enhanced Operational Efficiency: Streamlines the blood donation process with automated monitoring and accurate data.
- Cost-Effective Investment: Durable construction and minimal maintenance reduce long-term operational expenses.
- Safety & Compliance: Ensures proper mixing and precise volume control, meeting blood banking standards.
- Ease of Use: Portable and intuitive design simplifies setup and operation in both fixed and mobile settings.
- Long-Term Value: Reliable performance and robust engineering provide extended service life.
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Blood Collection Monitor |
| Model No. | MTH-228 |
| Type | Portable Blood Mixer and Collection Monitor |
| Material | Robust Medical-Grade Construction |
| Size / Model | MTH-328 |
| Usage | Accurate Blood Collection and Gentle Mixing During Donation |
FAQs
What is the primary function of the Blood Collection Monitor?
The Blood Collection Monitor is designed to ensure safe and accurate blood donation by providing gentle and continuous mixing of blood with anticoagulants while precisely monitoring the collected volume, time, and flow rate. This prevents clot formation and ensures the integrity of the collected blood, making it essential for hospitals, blood banks, and mobile donation camps.
Is the device suitable for outdoor blood donation camps?
Yes, the monitor features a portable and lightweight design, making it ideal for both fixed donation rooms and outdoor blood donation camps. Its robust construction ensures reliable performance even in demanding environments, allowing healthcare professionals to conduct efficient and safe blood collection drives.
How does the microprocessor-based system enhance accuracy?
The integrated microprocessor-based control system continuously monitors key parameters such as blood volume, collection time, and flow rate. This ensures high precision and consistency in the donation process, reduces human error, and helps institutions comply with established blood banking standards and regulatory requirements.
Can the Blood Collection Monitor be customized to meet institutional needs?
Yes, Micro Technologies offers customization options to meet specific institutional requirements, including variations in power configurations, additional safety features, or branding. This flexibility ensures seamless integration into existing blood bank operations and supports diverse healthcare environments.
What maintenance and support are provided with the product?
The Blood Collection Monitor is engineered for minimal maintenance, requiring only routine cleaning and periodic calibration to ensure optimal performance. Micro Technologies provides comprehensive after-sales support, including installation guidance, technical assistance, and service options, ensuring long-term reliability and customer satisfaction.
Why Choose Our Products
- Quality: Manufactured in compliance with stringent medical standards, ensuring safe and reliable blood collection.
- Durability: Robust construction guarantees long service life even in demanding hospital and field environments.
- Accuracy/Performance: Microprocessor-controlled monitoring ensures precise volume measurement and consistent mixing.
- Usability & Support: User-friendly design complemented by responsive customer service and customization options.
Call to Action
Enhance the safety and efficiency of your blood donation programs with our advanced solution. Request a quote today or contact us for bulk orders to equip your facility with equipment trusted by hospitals and laboratories.
