Mini Centrifuge Laboratory Small Electric Centrifuge 7000 rpm Compact Benchtop Unit for Sample Preparation DNA RNA Extraction Molecular Biology Experiments 157x170x120mm Portable Lab Equipment
7000 rpm Mini Centrifuge: Compact Benchtop Unit for Laboratory Sample Preparation

This mini centrifuge is designed as a space-saving, dedicated tool for laboratories requiring efficient sample preparation. With a maximum speed of 7000 revolutions per minute, it handles fundamental tasks such as pelleting small particulate matter, mixing liquid reagents thoroughly, and preparing samples for downstream molecular biology applications like PCR, gel electrophoresis, or nucleic acid purification. Its compact footprint of 157mm by 170mm by 120mm makes it an ideal personal piece of equipment for individual researchers, students in teaching labs, or facilities with limited bench space, providing reliable performance without the bulk of larger floor-standing models.
Features and Construction

Built for straightforward operation in a laboratory environment, this electric centrifuge focuses on core functionality for routine procedures.
Material and Build
The centrifuge is constructed from materials specified for laboratory equipment, designed to house a motor capable of achieving the stated 7000 rpm. Its build prioritises stability during operation to ensure safe spinning of samples. The design is tailored for benchtop use, incorporating necessary safety features typical for this class of electrical lab instrument without extraneous complex control systems.
Size and Practical Fit
Measuring 157mm in length, 170mm in width, and 120mm in height, the unit's dimensions are a key practical advantage. This compact size allows it to fit easily on crowded workbenches, in portable lab carts, or within smaller incubation rooms. Its portability means it can be relocated as needed between workstations, supporting flexible laboratory workflows and efficient use of available space.
Uses and Placement

The centrifuge's specifications target specific, common laboratory applications where high-speed, large-capacity centrifugation is not required.
Event or Professional Use
In professional research and diagnostic laboratories, this unit serves as a dedicated tool for quick spin-downs. It is particularly useful for protocols in molecular biology, such as the brief centrifugation of DNA extracts to collect all liquid at the bottom of a tube before loading a gel, or for mixing components in a master mix. Its presence at an individual workstation minimises queueing for shared centralised equipment, improving workflow efficiency for technicians and researchers.
Everyday Home Use
While primarily a laboratory instrument, its simple electric operation and manageable size make it suitable for advanced educational settings, such as university teaching labs or dedicated hobbyist workspaces where basic biological experiments are conducted. It provides hands-on experience with essential lab equipment without the cost and space requirements of industrial-grade models.
Benefits and Buying Value

The value of this mini centrifuge lies in its focused application, reliability for its intended tasks, and space-saving design.
Reuse and Low Maintenance
As a solid-state electric device designed for repeated use in standard lab conditions, it offers a long service life for its core function. Maintenance typically involves standard care for laboratory equipment: keeping the rotor chamber clean and ensuring the unit is operated within its specified parameters. Its simplicity contributes to lower long-term upkeep compared to more complex, programmable centrifuges.
Why Choose This Product
This mini centrifuge addresses the need for immediate, accessible sample processing. For labs where quick spins are frequent but high volume is not, it eliminates bottlenecks. Choosing this model means acquiring a tool with a clearly defined capability—7000 rpm in a compact format—which is often more cost-effective and practical than allocating time on a larger, shared machine for simple tasks. It represents a direct investment in workflow autonomy for routine procedures.
