Eppendorf 5702 Centrifuge

This listing is for a Eppendorf 5702 Centrifuge.

The unit is in full working condition and is ready for immidate realese.

The Eppendorf Centrifuge 5702 is a versatile and user-friendly low-speed centrifuge, perfect for cell culture and clinical research labs that require efficient processing of samples. Its thoughtful design and functionality cater to various applications while ensuring safety and reliability.

Key Features:

Speed and RCF:

With a maximum speed of 4,400 rpm and a maximum RCF of 3,000 x g, the Centrifuge 5702 is well-suited for separating components in liquid mixtures, such as serum and plasma from blood samples.

Rotor Options:

It offers six different rotor options, allowing users to accommodate various tube sizes and types, making it adaptable to multiple workflows. For example, labs can use rotors designed for standard 15 mL and 50 mL tubes as well as more specialized options.

Temperature Control:

Available in refrigerated (5702 R) and heated and refrigerated (5702 RH) models, it allows precise temperature management during centrifugation, which is critical for sensitive biological samples, such as cell cultures that require specific temperature settings to maintain viability.

Safety Features:

An imbalance detection system ensures maximum safety by stopping operation if the load is not properly balanced, while a key lock feature prevents accidental changes to operational parameters, enhancing overall user safety.

Quiet Operation:

Operating at less than 52 dB, it functions quietly, making it suitable for labs where noise reduction is essential for a productive work environment.

Compact Design:

With a footprint of 38 cm x 58 cm and a weight of 36 kg, the centrifuge is space-efficient and can fit comfortably in a variety of laboratory settings, optimizing workspace usage.

Applications:

Cell Culture: Ideal for processing cell cultures, allowing researchers to prepare samples efficiently while maintaining sample integrity.

Clinical Research: Designed for low to mid-throughput applications, making it suitable for routine testing and research in clinical settings.

In Vitro Diagnostics: Specifically intended to work as an accessory for in vitro diagnostic devices, it supports various diagnostic applications by ensuring the precise separation of sample components.