01904 488599
OHAUS VXMPAL Analogue Microplate Vortex Mixer
£382.80 Each (ex VAT)
OHAUS VXMPAL Analogue Microplate Vortex Mixer. OHAUS microplate vortex mixers are perfect for mixing microplates throughout the speed range. All models are designed for continuous-duty … Read More
| Product Code | 30392155 |
|---|---|
| Unit of Measure | 1XEA |
| Manufacture Number | 30392155 |
| Brand | Ohaus |
Properties
| Property | Value |
|---|---|
| Brand | Ohaus |
| Family Classification | Microplate Vortex Mixers |
| Main Delivering Plant | NL31 |
| Commodity Code | 84798220000 |
| Country of Origin | US |
| Net Weight (Shipping) | 5.300 kg |
| EAN | 0 |
| Application | ELISA Assays, PCR Preparations, Digestions, Cell Disruptions |
| Display | Independent LED displays for speed/time allow the operator to view both settings simultaneously (digital models) and adjustment knob with dial markings for variable speed control (analog models) |
| Operation | Detachable 3-wire cord and plug (included) |
| Communication | N/A |
| Construction | Cycoloy |
| Material Type | main products |
| Capacity | 2 Microplates |
| control | Analog |
| Height | 11.400 cm |
| Length | 26.70 cm |
| Width | 13.70 cm |
| Duty Rating | Continuous |
| Net Weight | 5.300 kg |
| Orbit | 3.5 mm |
| Power | 230V, 0.13A, 50/60Hz |
| Power Consumption | 30.000 W |
| Safety Certification | CE¶TUV |
| Speed Accuracy | ±2% |
| Speed Range | 300 rpm - 3000 rpm |
| Temp: Range | Ambient +4°C - 100°C |
| Temperature accuracy (±) | +/- 0.5°C between 20°C and 45°C¶+/-2°C below 20°C and 45°C |
| Timer | 1 second - 99 hours, 59 minutes |
| Working Environment (imp) | 41°F - 95°F, 80%RH, non-condensing |
| Working Environment (metric) | 5°C - 35°C, 80%RH, non-condensing |
Description
OHAUS VXMPAL Analogue Microplate Vortex Mixer. OHAUS microplate vortex mixers are perfect for mixing microplates throughout the speed range. All models are designed for continuous-duty use in the lab. Digital models offer a timer and exact speed control for applications that demand repeatable results and non-digital variable speed models are an economical alternative. The high-speed and small orbit of these mixers make them optimal for effectively mixing microplates.
