OHAUS VXMTDG Digital Multi-Tube Vortex Mixer
£2,762.10 Each (ex VAT)
OHAUS VXMTDG Digital Multi-Tube Vortex Mixer. OHAUS Multi-Tube Vortexers are ideal for hands-free, high-throughput sample processing. Interchangeable foam racks for vortexing tubes from 10 to … Read More
Product Code | 30392173 |
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Unit of Measure | 1XEA |
Manufacture Number | 30392173 |
Brand | Ohaus |

Properties
Property | Value |
---|---|
Brand | Ohaus |
Family Classification | Multi-Tube Vortex Mixers |
Main Delivering Plant | NL31 |
Commodity Code | 84798220000 |
Country of Origin | DE |
Net Weight (Shipping) | 20.300 kg |
EAN | 0 |
Application | Suspensions, Genotyping, High Throughput DNA and RNA Testing in Clinical Labs |
Display | Independent LED displays for speed/time allow the operator to view both settings simultaneously (digital models) |
Operation | Detachable 3-wire cord and plug (included) |
Communication | N/A |
Construction | Stainless steel foam rack for (50) 12 mm diameter tubes (included), interchangeable foam racks for vortexing tubes from 10 - 29 mm in diameter |
Material Type | main products |
Capacity | 4.5 kg |
control | Digital |
Height | 40.600 cm |
Length | 24.10 cm |
Width | 38.40 cm |
Duty Rating | Continuous |
Net Weight | 20.300 kg |
Orbit | 3.6 mm |
Power | 230V, 1A, 50/60Hz |
Power Consumption | 100.000 W |
Safety Certification | CE¶TUV |
Speed Accuracy | ±2% |
Speed Range | 300 rpm - 3000 rpm |
Temp: Range | 17°C below Ambient - 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 VXMTDG Digital Multi-Tube Vortex Mixer. OHAUS Multi-Tube Vortexers are ideal for hands-free, high-throughput sample processing. Interchangeable foam racks for vortexing tubes from 10 to 29 mm in diameter are available. Strong suction cup feet reduce motion and prevent sliding on the work surface for safe operation in the lab. The digital model offers exact speed control for applications that demand repeatable results.