Eppendorf 5430 Benchtop Multifunctional Centrifuge with FA45-30-11 Rotor (New)

The Eppendorf 5430 benchtop centrifuge offers versatile, high-capacity centrifugation for biotechnology and clinical laboratory applications. It supports up to 48×1.5/2.0 mL tubes, 6×50 mL tubes, or 2 microtiter plates (MTP) and reaches a maximum relative centrifugal force of 30,130 × g (17,500 rpm), suitable for molecular diagnostics, cell biology, and bioprocessing workflows.

Key features include:

• 12 different rotors for broad application flexibility, including rotors for 5.0 mL tubes and microplates.
• Eppendorf QuickLock® system enabling ergonomic soft-touch lid closing and quick rotor lid handling, enhancing operational safety and ease of use.
• Large, backlit multilingual menu display (English, German, French, Spanish) with intuitive navigation and 5 direct program keys for rapid access to routine centrifugation protocols.
• Capability to store up to 50 user-defined programs for reproducibility and streamlined workflow integration.
• Automated rotor recognition and imbalance detection improve safety during centrifugation cycles.
• Timer range from 30 seconds to 99 hours 59 minutes, including continuous run option, equipped with a SOFT brake function to protect samples.
• Compact footprint (33×42×25 cm) with a weight of 29 kg facilitates benchtop placement in laboratories with limited space.
• Non-refrigerated design suited for routine cell pelleting, DNA/RNA purification, and protein isolation tasks prevalent in biotechnology and molecular biology research.
• Noise level maintained below 58 dB(A) ensures a quiet laboratory environment, crucial in clinical diagnostics and sensitive research settings.

This centrifuge is widely adopted in synthetic biology and molecular diagnostics labs, critical for sample preparation, biopharmaceutical production pipelines, and gene editing workflows where precise, reliable centrifugation is essential. Being a used unit sold as-is, performance verification before use is recommended. Included rotors expand experimental versatility, enhancing functionality in bioprocessing and biomedical engineering applications.