Frontier Multi Pro Ohaus Rack, 1x500ml D96mm FA, 2/pk

Frontier Multi Pro Ohaus Rack, 1x500ml D96mm FA, 2/pk

The Frontier Multi Pro Ohaus Rack, 1x500ml D96mm FA, 2/pk is a robust and precisely engineered centrifuge accessory designed for handling large-volume flat-bottom tubes. Each rack accommodates a single 500 mL tube, and the dual-pack configuration ensures proper balance, smooth operation, and reliable results in high-capacity centrifugation.

Features

• Large-Capacity Support: Each rack holds one 500 mL flat-bottom (FA) tube with a 96 mm diameter, ideal for large-scale sample processing.

• Balanced Performance: Supplied as a set of two racks (2/pk) for balanced loading in dual-bucket systems, reducing vibration and ensuring smooth operation.

• Durable Construction: Built from high-strength, chemical-resistant polymer that withstands repeated use and harsh lab conditions.

• Ergonomic Design: Lightweight and easy to handle, enabling quick insertion and removal of large tubes.

  • • • Precision Engineering: Securely fits each tube to prevent movement and maintain balance during high-speed centrifugation.

• System Compatibility: Designed for use with Ohaus Frontier Multi Pro centrifuges and compatible large-volume rotors.

Specifications

• Model Name: Frontier Multi Pro Ohaus Rack

• Tube Capacity: 1 × 500 mL

• Tube Type: Flat Bottom (FA)

• Tube Diameter: 96 mm (D96)

• Pack Quantity: 2 racks per pack

• Material: High-strength, chemical-resistant polymer

• Net Weight: Approximately 1.0 kg per pack

• Operating Temperature: −20 °C to +50 °C

• Humidity Range: ≤95% RH, non-condensing

• Color: Neutral laboratory gray (may vary)

• Durability Rating: Suitable for frequent, high-volume centrifugation applications

Applications

This rack is ideal for research, clinical, and industrial laboratories that perform large-volume sample centrifugation, including reagent preparation, cell pelleting, and bulk sample clarification. Its dual-pack design ensures balance and consistency, while its strong build guarantees safety and stability during high-speed operation.