PLATEMASTER® is an easy-to-use, accurate solution for high-throughput manual pipetting of 96- and 384-well microplates. Two models are available: PLATEMASTER® P20 for pipetting volumes from 0.5-20µL and PLATEMASTER® P220 for pipetting volumes from 2-220µL.
The PLATEMASTER®'s 96-channel design greatly reduces the number of pipetting steps necessary to fill a microplate when compared to using regular manual multichannel pipettes. When using PLATEMASTER, the time it takes to fill 96-well plates is significantly reduced to approximately 10-20 seconds or less, and 384-wells can typically be filled in less than a minute using only four pipetting steps.
Using PLATEMASTER® for higher throughput applications reduces the risk of human error. In a single motion, accuracy and precision levels can equal that of an 8- or 12-channel pipettes, while avoiding the risk of skipping or repeating wells. Additionally, all enzymatic reactions and cell-based applications across all wells can be started and stopped at the same time. From 0.5µL to 220µL pipetting volumes, expect improved well-to-well and plate-to-plate reproducibility.
PLATEMASTER® is as intuitive as a PIPETMAN® and does not require programming, long training, or power for use. Through a variety of accessories, such as adapters for loading 384-well microplates, reagent reservoirs, or sample heater blocks, PLATEMASTER® can be fully adapted to a variety of application needs. Its compact and portable design easily integrates into the lab, allowing it to fit on most benchtops, under hoods, or in cold rooms.
- Save time and increase your productivity
- Simplifies sample prep
- Easy and precise pipetting
- Simultaneous soft ejection
- Fast volume setting
- Pipetting depth control
- Fits under small hood
- Convenient for any microplate application
This product has met the following criteria:
| Sustainable Distribution & Packaging Award | - Country of origin has an Environmental Performance Index (EPI) greater than 60
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To find out more about our Sustainability Attributes, click here.