Remi Bench Top Clinical Centrifuge - 4x15ml Swing out head ( C-854/4)

Optimized Sample Separation:

The Remi Bench Top Clinical Centrifuge is designed to swiftly and efficiently separate samples, providing reliable results for various clinical and research applications. With its 4x15ml swing-out rotor, it is particularly suited for applications involving smaller sample volumes.

Customizable Operating Parameters:

Offering precise control over speed and time, this centrifuge enables users to customize the centrifugation process according to the specific requirements of diverse samples. This feature ensures optimal outcomes and enhances the versatility of the instrument.

Intuitive User Interface:

Equipped with an easy-to-use interface and a user-friendly control panel, the centrifuge ensures a seamless operating experience, catering to the needs of both seasoned professionals and novices in the laboratory environment.

Sturdy and Stable Build:

Engineered with a robust and stable structure, the centrifuge minimizes vibrations and noise during operation, ensuring a secure environment for delicate samples and consistent, reliable performance.

Safety-Assured Design:

The centrifuge incorporates advanced safety features such as a lid-lock mechanism and imbalance detection, prioritizing user safety and preserving sample integrity throughout the centrifugation process.

Space-Efficient Design:

Its compact footprint makes it an ideal solution for laboratories with limited bench space, without compromising on its capacity and efficiency. The portability of the unit further enhances its versatility and ease of use.

Low-Maintenance Operation:

The Remi Bench Top Clinical Centrifuge is designed for easy maintenance, reducing downtime and simplifying the overall operational process, ensuring seamless productivity within the laboratory setting.

Stringent Quality Standards:

Each unit undergoes rigorous quality checks, ensuring consistent and dependable performance, and instilling confidence in users for critical research and diagnostic tasks.