$2,472.00
Frontier rotors extend the functionality of Frontier centrifuges by increasing the number of tubes of varied types and sizes that can be used in conjunction with each of the centrifuge models. Easy to clean and operate,the rotors are durably constructed to withstand demanding centrifugation.
Easy-installation
Choose from a range of rotors to be used with Frontier centrifuges to match capacities and flexibility required for your basic to high-performance sample preparation needs.
Designed with usability in mind,the Frontier rotors can be effortlessly installed or removed in a few quick and simple steps, and users have easy access to the samples.
The sturdy rotors are constructed of high-quality materials, built to last through demanding workflows from autoclave sterilization to sub-zero temperature.
| Weight | 5 lbs |
|---|---|
| Dimensions | 6 × 6 × 6 in |
| Brand | Ohaus |
| Model | R-A4xPCR/15 |
| Maximum Capacity (Rotor) | 4 x 0.2 ml PCR8 |
| Maximum Relative Force | 15, 342 g |
| Application | Centrifugation Accessory |
| Display | NA |
| Construction | Aluminum or polypropylene material |
| Communication | NA |
| Operation | NA |
| Rotor Style | PCR |
| Maximum Speed | 15000 rpm |
| Tube diameter | 6 mm/0.2 ml |
| Condition | New |
Frontier rotors extend the functionality of Frontier centrifuges by increasing the number of tubes of varied types and sizes that can be used in conjunction with each of the centrifuge models. Easy to clean and operate,the rotors are durably constructed to withstand demanding centrifugation.
Easy-installation
Choose from a range of rotors to be used with Frontier centrifuges to match capacities and flexibility required for your basic to high-performance sample preparation needs.
Designed with usability in mind,the Frontier rotors can be effortlessly installed or removed in a few quick and simple steps, and users have easy access to the samples.
The sturdy rotors are constructed of high-quality materials, built to last through demanding workflows from autoclave sterilization to sub-zero temperature.
