Frontier Multi Pro Ohaus Rack, 7x15ml D17mm RB, 2/pk

Frontier Multi Pro Ohaus Rack, 7x15ml D17mm RB, 2/pk

The Frontier Multi Pro Ohaus Rack, 7x15ml D17mm RB, 2/pk is a robust and precisely designed centrifuge accessory developed to hold seven 15 mL round-bottom tubes securely during high-speed centrifugation. It ensures excellent tube stability, even weight distribution, and reliable performance for a wide range of laboratory applications. Furthermore, its durable and ergonomic construction makes it both efficient and easy to use in demanding laboratory environments.

Features

• Optimized Tube Support: Each rack accommodates seven 15 mL round-bottom (RB) tubes with a 17 mm diameter, ensuring a tight and stable fit during operation.

• Balanced Operation: Supplied as a set of two racks (2/pk), this configuration guarantees proper balance in dual-bucket setups, which minimizes vibration and enhances rotor safety.

• Exceptional Durability: Made from high-strength, chemical-resistant polymer, the rack maintains structural integrity after repeated use and exposure to reagents.

• Ease of Use: The lightweight and ergonomic design simplifies tube placement, removal, and cleaning, thus improving workflow efficiency.

• Precision Engineering: Designed with strict manufacturing tolerances, it enhances centrifuge balance and stability at high speeds.

• System Compatibility: Fully compatible with Ohaus Frontier Multi Pro centrifuge systems equipped with appropriate swing-out rotors.

Specifications

• Tube Capacity: 7 × 15 mL

• Tube Type: Round Bottom (RB)

• Tube Diameter: 17 mm

• Material: Chemical-resistant, high-strength polymer

• Pack Quantity: 2 racks per pack

• Approximate Weight: 0.45 kg per rack

• Operating Environment: −20 °C to 50 °C, ≤95% RH non-condensing

Applications

This rack is ideally suited for biological, clinical, and analytical laboratories that require precise and safe processing of multiple 15 mL samples at once. It supports centrifugation workflows involving cell pelleting, sample clarification, and reagent separation. Additionally, its stable structure and balanced design help deliver consistent, reproducible results with every run.