Frontier Multi Pro Ohaus Rotor, Swing out, 2x3MTP, ID

Frontier Multi Pro Ohaus Rotor, Swing out, 2x3MTP, ID

The Frontier Multi Pro Ohaus Rotor, Swing out, 2x3MTP, ID is a specialized microplate rotor designed for laboratories that use multi-well plate formats. It accommodates up to two microplate carriers, each holding three standard microtiter plates (MTP), making it ideal for high-throughput applications. This rotor delivers uniform sedimentation, precise balance, and reliable performance for consistent results across multiple samples.

Features

• High-Throughput Capacity: Supports two carriers, each holding up to three microtiter plates (2 × 3 MTP total).

• Swing-Out Design: Provides even sedimentation and minimal sample disturbance during centrifugation.

• Stable and Quiet Operation: Ensures smooth acceleration and deceleration for sensitive microplate samples.

• Durable Construction: Built from high-strength, corrosion-resistant materials for long-term reliability.

• Versatile Compatibility: Works seamlessly with multiple Frontier Multi Pro centrifuge models, including both refrigerated and non-refrigerated versions.

• Precision Engineering: Designed for excellent rotor balance, reducing vibration and ensuring consistent performance at high speeds.

Specifications

• Rotor Style: Swing Out

• Model Type: ID (Interchangeable Design)

• Maximum Capacity (Rotor): 2 × 3 MTP (microtiter plates)

• Maximum Speed: 4,500 rpm

• Maximum RCF: 2,716 × g

• Tube Diameter (without adapter): N/A

• Outer/Inner Radius: 120 mm

• Acceleration Time: 20 / 452 seconds

• Deceleration Time: 15 / 616 seconds

• Angle: 0–90°

• Aerosol Tight: Not applicable

• Compatible Models: FC5714, FC5718, FC5718R, FC5816, FC5816R, FC5916, FC5916R, FC5720R, FC5830R

• Material: High-strength, chemical-resistant alloy

• Approximate Weight: Around 6–8 kg

Applications

Perfect for laboratories performing microplate-based assays such as ELISA, PCR plate spin-down, and sample clarification. The rotor’s swing-out design ensures uniform processing of multi-well plates, making it ideal for biotechnology, pharmaceutical, and diagnostic laboratories requiring high-throughput precision.