Precision Centrifuge for Accurate Separation in Clinical Labs

Detailed Description of Centrifuges

I. Product Usage Features

1. Efficient Separation:
   • Centrifuges can quickly separate solids and liquids of different densities, significantly reducing separation time.
   • They are suitable for various sample types, including cells, proteins, nucleic acids, and viruses.
2. Diverse Application Scenarios:
   • Medical Field: Used for separating blood components, cell culture, and virus detection.
   • Biochemistry: Used for protein purification and nucleic acid extraction.
   • Food Industry: Used for separating cream from milk and clarifying fruit juices and wines.
   • Environmental Science: Used for sludge dewatering in wastewater treatment.
3. Automation and Continuous Operation:
   • Centrifuges can achieve automated operation, and some models support continuous feeding and separation, making them suitable for large-scale industrial applications.
4. Temperature Control:
   • Some centrifuges are equipped with refrigeration systems to operate at low temperatures, protecting temperature-sensitive samples.
5. Safety and Ergonomic Design:
   • Modern centrifuges feature automatic door locks and imbalance detection systems to ensure safe operation.
   • They are designed with user experience in mind, such as single-handed operation and glove-friendly interfaces.

II. Specifications

III. Quality Standards

1. International Standards:
   • Centrifuges must comply with international standards such as ISO 10628-2 and ASME.
   • Some clinical centrifuges must meet EU IVDR regulations and FDA certification.
2. Safety Features:
   • The equipment must be equipped with an imbalance detection system to prevent vibrations during operation.
   • Automatic door locks and rotor locks ensure safe operation.
3. Performance Requirements:
   • Speed and centrifugal force must be precisely controlled to ensure separation effectiveness.
   • Refrigerated centrifuges must have a stable temperature control system.
4. Durability:
   • Rotors and housings must be made of high-strength materials to reduce wear.

IV. Usage and Maintenance

1. Operation Precautions:
   • Check if the centrifuge is balanced before use and ensure that the rotor is undamaged.
   • Wear safety goggles and gloves during operation.
   • Clean the rotor and chamber promptly after use to prevent residue from affecting future use.
2. Maintenance Suggestions:
   • Regularly inspect all moving parts, including bearings, seals, and interlock systems.
   • Use lubricants recommended by the manufacturer and avoid strong corrosive chemicals.
   • Regularly calibrate the centrifuge to ensure accurate speed and timing functions.

V. Procurement Guidelines

1. Choosing the Right Model:
   • Select benchtop, floor-standing, or ultrahigh-speed centrifuges based on the application scenario.
   • Consider the sample type and processing volume to choose the appropriate capacity and speed.
2. Evaluating Suppliers:
   • Choose suppliers with international certifications and good after-sales service.
   • Compare prices, after-sales service, and technical support.
3. Signing Contracts:
   • Clearly define delivery schedules, warranty periods, and after-sales service terms.

VI. Supporting Products

1. Rotors and Adapters:
   • Different types of rotors are suitable for centrifuge tubes of different capacities and shapes.
   • Some centrifuges support multiple rotor adapters to meet diverse experimental needs.
2. Disinfection Equipment:
   • Used to clean and disinfect the inside of the centrifuge to prevent cross-contamination.
3. Cooling Systems:
   • Refrigerated centrifuges require an independent refrigeration system.

VII. Conclusion