|H6002*||Incu-Mixer MP2 Two position incubated plate vortexer||$1550.00|
|H6004*||Incu-Mixer MP4 Four position incubated plate vortexer||$2135.00|
|BT1500-A1520||Microtube adapter, 20 x 1.5/2.0ml (for H6004 series only)||$78.00|
|BT1500-A05||Microtube adapter, 20 x 0.5ml (for H6004 series only)||$78.00|
|Temperature Range:||Ambient +5° to 70°C|
|Mixing Speed (4-Plate):||100 to 1500rpm|
|Mixing Speed (2-Plate):||100 to 1200rpm|
|Speed Increment:||10 rpm|
|Max. Plate Height (4-Plate):||46 mm|
|Max. Plate Height (2-Plate):||20 mm|
|Dimensions (4-Plate):||12.6 x 13.8 x 7.3 in. / 32 x 35 x 18.5 cm|
|Dimensions (2-Plate):||11 x 10.6 x 5.5 in. / 28 x 27 x 14 cm|
|Weight:||18 lbs (8kg)|
|Timer:||1 min. to 99 hours 99min. / continuous|
|Electrical (4-Plate):||115 or 230V, 50-60Hz, 600W|
|Electrical (2-Plate):||100 to 240V, 50-60Hz, 500W|
The new Incu-Mixer MP series by Benchmark Scientific is designed to provide an optimal method for vortexing and incubating microplates. Simultaneous heating from both the bottom surface and the lid provide temperature uniformity throughout the sample. Additionally, the heated lid minimizes evaporation and prevents condensation.
A compact, 2mm orbit ensures thorough mixing in microplates without splashing. Speed, time and temperature are all displayed in real time on the large LCD screen while an internal validation system constantly monitors all parameters for accuracy.
Designed for application flexibility, the Incu-Mixer series is available in two, and four-plate capacities. The four-plate model includes additional height for accepting deep well microplates with a maximum height of 46 mm, and the two-plate model accommodates microplates that are up to 20 mm high. Independent time, temperature and speed controls allow the mixer to function as 3 machines in one; a multi-plate incubator, vortexer, or a combination of the two. The Incu-Mixer MP series is ideal for a wide variety of molecular biology applications including immunochemical reactions, enzyme and protein analysis, and microarray analysis.