The AccuBlock Digital Dry Bath comes with a multitude of block options
Description
The Labnet AccuBlock Digital Dry Baths are available in single, dual, and four block configurations and provide a broad temperature range from ambient up to 150°C with an accuracy of +/-0.3°C.
This makes the AccuBlock Digital Dry Bath useful for a variety of applications in molecular biology, histology, clinical, environmental and industrial laboratories.
The AccuBlock Digital Dry Bath have been designed to incorporate the best combination of features including dual display and an external temperature probe that gives life science researchers the confidence and efficiency they need when working with precious samples.
AccuBlock Digital Dry Bath from Corning-Labnet features and benefits:
- Single, dual, and four block capacity to maximize sample processing (blocks sold separately)
- Dual display allows for easy monitoring of temperature and time
- USB connectivity enables traceability of data
- Molded block chamber provides excellent temperature uniformity
The AccuBlock Digital Dry Bath comes with a multitude of block options that are each suited to different tube types. The AccuBlock Digital Dry Bath comes with 0.5 mL, 1.5 mL, 2 mL, 5 mL, 15 mL and 50 mL tube blocks to meet the variety of scientists’ needs. The USB connectivity of the unit means that data is easily logged, transferred and managed for clear and accurate traceability. The molded block chamber provides a snug and perfect fit with every unit.
Specifications
Temperature range |
Ambient +5°C to 150°C |
Temperature display |
4-digit LED, accurate to 0.1°C |
Temperature uniformity |
± 0.2°C (at 37°C in block) |
Temperature accuracy |
± 0.3°C |
Temperature Control |
User calibratable microprocessor |
Timer |
1 minute to 99 hours 59 minutes, or continuous in 1-minute increments |
Operating Altitude |
Up to 2000 meters |
Dimensions (W x D x H) |
Single block: 21 x 31.5 x 12cm Dual block: 21 x 31.5 x 12cm Four block: 21 x 41.5 x 12cm |
Weight |
Single block: 3.2kg Dual block: 3.2kg Four block: 4.4kg |
Accessories
The blocks are made of high grade, non-porous aluminum and precision machined for a close fit with sample containers - important for fast and efficient heat transfer.
The blocks are made of high grade, non-porous aluminum and precision machined for a close fit with sample containers - important for fast and efficient heat transfer.
The blocks are made of high grade, non-porous aluminum and precision machined for a close fit with sample containers - important for fast and efficient heat transfer.
The blocks are made of high grade, non-porous aluminum and precision machined for a close fit with sample containers - important for fast and efficient heat transfer.
The blocks are made of high grade, non-porous aluminum and precision machined for a close fit with sample containers - important for fast and efficient heat transfer.
The blocks are made of high grade, non-porous aluminum and precision machined for a close fit with sample containers - important for fast and efficient heat transfer.
The blocks are made of high grade, non-porous aluminum and precision machined for a close fit with sample containers - important for fast and efficient heat transfer.
The blocks are made of high grade, non-porous aluminum and precision machined for a close fit with sample containers - important for fast and efficient heat transfer.
The blocks are made of high grade, non-porous aluminum and precision machined for a close fit with sample containers - important for fast and efficient heat transfer.
The blocks are made of high grade, non-porous aluminum and precision machined for a close fit with sample containers - important for fast and efficient heat transfer.
The blocks are made of high grade, non-porous aluminum and precision machined for a close fit with sample containers - important for fast and efficient heat transfer.
The blocks are made of high grade, non-porous aluminum and precision machined for a close fit with sample containers - important for fast and efficient heat transfer.
The blocks are made of high grade, non-porous aluminum and precision machined for a close fit with sample containers - important for fast and efficient heat transfer.
The blocks are made of high grade, non-porous aluminum and precision machined for a close fit with sample containers - important for fast and efficient heat transfer.
The blocks are made of high grade, non-porous aluminum and precision machined for a close fit with sample containers - important for fast and efficient heat transfer.