Hettich CENTRIFUGE MIKRO 220 R Cat : 2205

Hettich CENTRIFUGE MIKRO 220 R – Refrigerated High-Speed Microliter Centrifuge

Product Description

The Hettich CENTRIFUGE MIKRO 220 R is a high-speed refrigerated centrifuge designed for laboratories requiring precise temperature control during microliter sample processing. Ideal for sensitive biological materials, this centrifuge supports various applications in molecular biology, diagnostics, and research. With a robust cooling system and a wide range of rotor options, the MIKRO 220 R delivers high performance with reliability and efficiency.

Key Features

• IVDR-conform according to (EU) 2017/746 for diagnostic applications

• Built-in refrigeration system for cooling temperature-sensitive samples

• High maximum speed of 18,000 RPM and RCF up to 31,514 × g

• Accommodates up to 60 × 2 ml tubes for high-capacity workloads

• Compatible with 8 different rotors for flexibility in applications

• 9 programmable memory slots for routine centrifugation cycles

• Impulse key function for rapid spin-down cycles

• Solid and durable construction with an approximate weight of 42 kg

Applications

• Molecular diagnostics and DNA/RNA extraction

• Clinical and medical laboratories handling temperature-sensitive samples

• Biotechnology and pharmaceutical sample processing

• Protein and enzyme analysis requiring cold conditions

• Research labs conducting high-speed micro-volume separations

Technical Specifications

Maximum speed: 18,000 min⁻¹ (RPM)
Maximum RCF: 31,514 × g
Maximum capacity: 60 × 2 ml tubes
Refrigeration: Yes
Rotor compatibility: 8 rotor types available (sold separately)
Program memory: 9 programmable settings
Impulse key: Yes
Weight: Approximately 42 kg
Compliance: IVDR (EU) 2017/746
Catalog number: 2205

Conclusion

The Hettich MIKRO 220 R is a reliable and high-performance refrigerated centrifuge, perfectly suited for laboratories that need to process temperature-sensitive microliter samples at high speeds. Its versatility, advanced features, and user-friendly interface make it an essential tool for modern diagnostics and research settings.