The Thermo Scientific 36 x 0.5 mL fixed-angle rotor increases throughput for small microtubes with 36 positions per run. The rotor reaches 14,800 rpm and 19,300 x g. It fits the MicroCL 17 & 21, the M17 and the M21.
The Thermo Scientific 36 x 0.5 mL rotor is a fixed-angle rotor for high throughput of small microtubes. Moreover, this rotor processes 36 tubes of 0.5 mL in one run. In addition, it reaches a maximum speed of 14,800 rpm and an RCF of 19,300 x g. As a result, you spin more samples per cycle.
Furthermore, this rotor increases your throughput for smaller microtubes considerably. In addition, you place up to 36 tubes in the rotor at once. As a result, you process large batches efficiently. Moreover, this reduces the number of runs per protocol.
In addition, the rotor is made of lightweight engineered polymer. As a result, it accelerates and decelerates very quickly. Moreover, the polymer offers excellent chemical resistance. Furthermore, this minimizes corrosion from aggressive reagents.
Finally, this rotor fits the Thermo Scientific MicroCL 17 & 21, the M17 and the M21 microcentrifuges. These models share identical rotors. As a result, you switch easily between instruments. The rotor ships with a screw-on lid.
| Property | 36 x 0.5 mL rotor |
|---|---|
| Rotor type | Fixed-angle, engineered polymer |
| Maximum capacity | 36 x 0.5 mL |
| Maximum tube dimension | 7 x 32 mm |
| Maximum speed | 14,800 rpm |
| Maximum RCF | 19,300 x g |
| Lid | Screw-on lid |
| Compatible centrifuges | Thermo Scientific MicroCL 17 & 21, M17 and M21 |
| Material | Engineered polymer |
| Application | High throughput of small microtubes |
| SKU | Description |
|---|---|
| 75003436 | 36 x 0.5 mL rotor with screw-on lid |
The 36 x 0.5 mL rotor fits the Thermo Scientific MicroCL 17 & 21. In addition, it works on the M17 and the M21. These models share identical rotors.
This rotor reaches a maximum speed of 14,800 rpm. In addition, it delivers a maximum RCF of 19,300 x g. These values apply on the 21 models.
The rotor holds 36 tubes of 0.5 mL. As a result, you process large batches in one run. This way you increase your throughput.
The rotor targets high throughput of small microtubes. Moreover, it suits 0.5 mL tubes and PCR tubes. This way you process many samples at once.
The rotor consists of lightweight engineered polymer. This material offers excellent chemical resistance. Moreover, the rotor accelerates quickly.
The rotor uses a screw-on lid. This lid seals all 36 positions. This way you spin batches safely.