Frontier Micro Ohaus Adapter, D12.6mm, 1.8ml Cryo x6

Frontier Micro Ohaus Adapter, D12.6mm, 1.8ml Cryo x6

The Frontier Micro Ohaus Adapter, D12.6mm, 1.8ml Cryo x6 is a durable and precisely engineered accessory designed for use with Ohaus Frontier Micro Centrifuges. It enables secure and balanced centrifugation of 1.8 mL cryogenic vials, providing optimal safety and stability for biological and temperature-sensitive samples.

Features

• Designed for Cryogenic Tubes: Specially made to fit 1.8 mL cryo tubes (12.6 mm diameter), ensuring perfect balance and reliable sample support during high-speed centrifugation.

• Safe for Temperature-Sensitive Samples: Maintains sample integrity during the processing of cryopreserved biological materials.

• High-Strength Polymer Build: Constructed from chemically and thermally resistant materials to withstand demanding lab environments and repeated high-speed runs.

• Set of Six Adapters: Includes six adapters per pack, providing flexibility for various sample configurations and batch processing.

• Easy Installation: The plug-and-play design allows quick placement and removal, reducing setup time between experiments.

• Perfect Compatibility: Fully compatible with Ohaus Frontier Micro Centrifuge series rotors, ensuring secure fit and balanced operation.

• Smooth and Stable Operation: Engineered for vibration-free centrifugation, offering consistent and accurate separation results.

Specifications

• Model Number: 30130888

• Adapter Type: D12.6 mm, for 1.8 mL cryogenic tubes

• Quantity per Set: 6 pieces

• Material: High-strength, temperature- and chemical-resistant polymer

• Tube Diameter: 12.6 mm

• Tube Capacity: 1.8 mL

• Compatible Equipment: Ohaus Frontier Micro Centrifuge series

• Working Environment: −20 °C – 50 °C, < 95 % RH, non-condensing

Applications

This adapter is ideal for laboratories involved in molecular biology, cryogenics, and clinical diagnostics. It is commonly used for cell and tissue sample processing, cryogenic preservation studies, protein analysis, and DNA/RNA extraction, offering dependable performance for sensitive biological materials.