CO 2 -resistant orbital shaker
Order number: CXT3.1
Part number: AC100010236
£ 3742.18*
*Prices without VAT and shipping costs£ 4490.62*
*incl. VAT, plus shipping costsPrice Breakdown
The Co 2 -Resistant Orbital Shaker is engineered to maintain precise control over sensitive materials within enclosed environments. Its robust design ensures reliable performance under various conditions, including high CO 2 concentrations. With its adjustable speed range, you can tailor the shaking process to suit your specific needs.
Core Characteristics of the Co 2 -Resistant Orbital Shaker
- The 100-240 V mains connection provides flexibility for global use, while the 50/60 Hz frequency ensures compatibility with diverse electrical grids.
- The circular movement type offers efficient mixing and blending capabilities, minimizing the risk of contamination and damage to samples.
- Operating within a wide temperature range of 4 to 60 °C at 95 % RH and up to 20% CO 2 concentration, this shaker maintains its performance even in challenging environments.
- The 19 mm shaking amplitude allows for thorough agitation without compromising sample integrity.
- The timer feature enables users to set operation times ranging from 0 to 99 hours and 59 minutes or opt for continuous operation.
Practical Advantages
Teams selecting Co 2 -Resistant Orbital Shaker typically match the Vortexers and small shakers category and the container format to the task.
Convenient Quantity for Regular Use
Teams selecting Co 2 -Resistant Orbital Shaker typically match the Vortexers and small shakers category and the container format to the task.
| Name | Value | |
|---|---|---|
| Type | : | CO 2 orbital shaker |
| Timer | : | 0 to 99 h, 59 min or continuous operation |
| Weight | : | 13 kg |
| W x D x H | : | 360 x 300 x 96 mm |
| Speed range | : | 30 to 300 rpm |
| Movement type | : | circular |
| Loading capacity | : | 6 kg |
| Mains connection | : | 100-240 V, 50/60 Hz |
| Shaking amplitude (stroke) | : | 19 mm |
| Permissible ambient conditions | : | 4 to 60 °C at 95 % RH 0 to 20% (CO 2 concentration) |
