Eppendorf 5804 Series Multipurpose Centrifuge (USED)

The Eppendorf 5804 Centrifuge offers versatile, high-speed sample processing with a compact design, intuitive controls, and robust durability for efficient laboratory workflows.

$2,300.00

Description
Features

Product Description

The Eppendorf 5804 Series Multipurpose Centrifuge (SKU: 5804) is a versatile and compact laboratory device designed for a wide range of applications in clinical, research, and industrial settings. With its ability to accommodate various rotors for tubes, plates, and bottles, it provides flexibility for different protocols.

Offering high-speed operation with a maximum RCF of up to 20,913 x g, it ensures efficient and precise sample processing. The centrifuge features an intuitive digital interface, safety mechanisms like imbalance detection and lid-lock systems, and a compact, space-saving design for seamless integration into laboratory workflows. Built with robust materials, it is durable, low-maintenance, and energy-efficient, making it an essential tool for modern laboratories.

Limited Availability

Feature	Description
Model	Eppendorf 5804 Series Multipurpose Centrifuge
SKU	5804
Applications	Designed for a wide range of applications in clinical, research, and industrial laboratories.
Capacity	Accommodates a variety of rotors for tubes, plates, and bottles.
Speed	Offers high-speed operation with a maximum RCF of up to 20,913 x g.
Flexibility	Supports swing-bucket and fixed-angle rotors for different protocols.
Design	Compact and space-saving design for easy integration into laboratory workflows.
Controls	Features an intuitive interface with digital display for precise operation.
Safety Features	Equipped with imbalance detection, lid-lock system, and automatic rotor recognition.
Durability	Constructed with robust materials for reliable, long-term performance.
Ease of Use	Simple setup and operation for efficient workflows.
Maintenance	Low-maintenance design with easy-to-clean surfaces.
Energy Efficiency	Engineered for energy-efficient operation to reduce power consumption.