Mini Centrifuge Mini-10S Biobase

Mini Centrifuge Mini-10S Biobase

Product Description

The Biobase Mini-10S is a high-speed, compact centrifuge designed to deliver powerful performance in a small footprint. Ideal for rapid sample processing in molecular biology, clinical, and research labs, it features a novel composite rotor, a reliable DC motor, and user-friendly operation. The tool-free rotor replacement and stable structure make this unit a convenient choice for daily lab work.

Features

1. Steady operation with minimal noise, suitable for quiet lab environments.

2. Sleek and compact design that saves space on the lab bench.

3. Composite rotor supports a variety of tube types for multi-function use.

4. Snap-fit rotor installation allows for quick and easy rotor changes without tools.

5. DC permanent magnet motor ensures stable performance with ±3% speed accuracy.

6. Fast acceleration and braking speed improve experimental efficiency.

Application

1. Perfect for DNA/RNA extraction, spin-downs, and microvolume sample prep.

2. Commonly used in biochemical, clinical, and research laboratories.

3. Ideal for microfiltration and separation of cellular components.

4. Applicable in PCR workflows and diagnostic testing.

5. Supports disinfection at high temperatures, ensuring sterility.

6. Suitable for teaching, fieldwork, and mobile lab operations.

Specifications

• Model: Mini-10S

• Maximum speed: 10,000 rpm

• Maximum RCF: 9933 × g

• Maximum volume: 12 × 1.5/2 ml tubes

• Timer range: 0 seconds to 99 minutes 59 seconds

• Speed accuracy: ±3%

• Power supply: AC 110/220V, 50/60Hz

• Power: 60W

• Dimensions (L × W × H): 176 × 241 × 139 mm

• Package size (L × W × H): 250 × 320 × 210 mm

• Net weight: 2.25 kg

• Gross weight: 2.8 kg

Conclusion

The Mini-10S from Biobase is a powerful and efficient centrifuge engineered for small-scale laboratory needs. With its rapid spinning capabilities, compact build, and flexible rotor system, it ensures precise and safe sample processing—making it an essential addition for modern lab environments.