New ALLSHENG MPC-P25

The MPC-P25 Mini-Plate Centrifuge from Allsheng is a compact and efficient centrifuge designed specifically for handling microplates and PCR applications. Its unique design and small footprint make it an ideal tool for laboratories requiring reliable and quick centrifugation of microplates.

Key Features:

1. Unique Horizontal Rotor Design: The MPC-P25 features a patented horizontal rotor design. Microplates or centrifuge tubes are placed symmetrically on the inclined rotor frame, which transitions to a horizontal position during centrifugation. This design ensures the rapid release of hanging wall droplets, enhancing sample processing efficiency.

2. Compact and Streamlined: With its compact dimensions (290 x 360 x 140 mm) and lightweight (3.6 kg), the MPC-P25 is designed to save space on laboratory benchtops. Its streamlined and aesthetically pleasing design includes a transparent PC lid for easy observation.

3. Versatile Applications: The centrifuge is compatible with various formats, including:

• 96-well and 384-well PCR plates (skirted and non-skirted)

• Elisa plates

• 8x0.2ml PCR strip tubes

• 0.2ml PCR tubes

4. Efficient Operation: The centrifuge can reach a maximum speed of 2,200 RPM and a maximum relative centrifugal force (RCF) of 480×g. It offers both short-spin and timed operation (up to 10 minutes), making it versatile for different experimental needs.

5. Quiet and Safe: The MPC-P25 operates with low noise levels and includes a braking time from maximum speed of less than 30 seconds. It also features various safety mechanisms to ensure reliable and safe operation.

Technical Specifications:

• Max Speed: 2,200 RPM

• Max RCF: 480×g

• Capacity: 2 PCR plates (skirted or non-skirted), 8x0.2ml PCR strip tubes, 0.2ml PCR tubes

• Dimensions: 290 x 360 x 140 mm (W x D x H)

• Weight: 3.6 kg

• Power Supply: AC 220V or AC 120V, 50/60 Hz

Applications:

The MPC-P25 Mini-Plate Centrifuge is ideal for various laboratory applications, particularly those involving PCR and ELISA protocols. Its design and capabilities make it an excellent choice for molecular biology, clinical diagnostics, and research laboratories.