CATEGORY STRUCTURE (NAVIGATION HUB)

• Lab Equipment
  – general laboratory instruments and equipment for routine, QC and R&D workflows.
  • Sample Preparation
    – equipment used before measurement, testing or analytical evaluation.
    • Sample Separation
      – instruments for physical and mechanical separation of laboratory samples.
      • Laboratory Centrifuges
        • Mini Centrifuges
        • Microcentrifuges
        • Clinical / Blood Centrifuges
        • Refrigerated Centrifuges

LABORATORY CENTRIFUGE GROUPS

• Mini centrifuges – compact instruments for quick spin-down, small sample volumes, basic tube formats and routine preparation steps in teaching, clinical and laboratory workflows.
• Microcentrifuges – high-speed centrifuges for microtubes, PCR tubes, nucleic acid preparation, protein work, microbiology and molecular biology applications.
• Clinical / blood centrifuges – centrifuges for serum, plasma, urine, blood collection tubes, routine diagnostics, veterinary laboratories and general medical sample preparation.
• Refrigerated centrifuges – temperature-controlled centrifuges for biological samples, enzymes, proteins, cell suspensions and other materials that require stable thermal conditions during separation.
• High-capacity benchtop centrifuges – systems for larger sample throughput, multiple tube adapters, swing-out rotors, buckets, bottles and laboratory workflows with higher processing demand.

SELECTION PARAMETERS

• Sample volume and tube format – microtubes, PCR tubes, 5 ml, 10 ml, 15 ml, 50 ml, blood tubes, bottles or special sample vessels.
• Rotor type – fixed-angle rotors for fast sedimentation, swing-out rotors for horizontal separation layers and special rotors for application-specific workflows.
• Speed and RCF – maximum RPM must be evaluated together with RCF, because separation force depends on rotor radius and geometry.
• Temperature control – refrigerated centrifuges are recommended for temperature-sensitive biological, biochemical and molecular samples.
• Safety and usability – lid locking, imbalance detection, stable motor operation, clear control interface and rotor compatibility are important for daily laboratory use.

FEATURED: CENTRIFUGES FOR SAMPLE SEPARATION

Laboratory centrifuges are the central instrument group within sample separation. They support reproducible preparation of samples before analytical measurement, clinical testing, microbiological evaluation, molecular biology workflows and general laboratory processing. The right configuration depends on sample type, tube capacity, rotor design, required RCF, throughput and whether temperature control is needed.

For laboratories that process different sample types, a flexible benchtop centrifuge with interchangeable rotors and adapters can be a practical choice. For small-volume biological workflows, microcentrifuges and refrigerated microcentrifuges are more suitable. Clinical and blood laboratories usually require reliable tube compatibility, controlled acceleration and safe daily operation.