Given that molecular workflows involve complex, lengthy, error-prone and expensive processes, they are often performed using automated liquid handlers (also known as robotic workstations). The sample preparation steps for these workflows can be automated, at least partially, in small, user-friendly entry-level automated systems. These systems are particularly attractive due to their small footprint, ease of use and affordable price.
Overall, the selection of the most suitable liquid handling technology for a laboratory is dependent upon; (i) throughput, (ii) complexity of the workflow, (iii) available budget, (iv) laboratory space and requirements for (v) sterility and measures to control cross-contamination, (vi) traceability, and (vii) precision. Hamilton Robotics offers three entry-level automated systems: Microlab® Prep, NIMBUS Line and Replicator Line.
Chapters included in this eBook:
.jpg?width=1134&height=755&name=Why%20do%20we%20need%20to%20automate%20(2).jpg "Why do we need to automate (2)")
