Basic Laboratory Automation Systems to Boost Productivity

The goal in most labs is to become more productive without compromising accuracy. This can be a challenge, especially in labs that are under-staffed and under-funded. Over the past decade, robotics have become more sophisticated and reliable. Discover more about basic laboratory automation that can help to boost productivity in a lab environment.

Microplate Handling

One of the routine yet essential tasks that must be done in lab is microplate handling. Having people take care of this job can be time-consuming and not the best use of limited human resources. Laboratory automation designed for microplate handling can move SBS-footprint plates as well as non-standard lab items around a designated work cell. The robotics will place and remove them between stacks. They can also be used with other lab devices, such as incubators, liquid handlers, readers, and more. Microplate handling tools can also be integrated with third-party instruments. This makes it possible for them to take care of complex automated applications and protocols.

Liquid Handling

As mentioned above, liquid handling is also a integral part of the functions required in a laboratory environment. Instead of having people take care of this tasks, it can now be done by robotics. Liquids are transferred from various sources by these instruments to SBS-footprint plate. This automation can also work with other non-standard labware. A variety of volumes can be handled with an impressive level of accuracy and precision. Plus, automation can be used safely with live cell cultures. Standardized software can be used to control and monitor a great deal of the liquid handling done by robots. The presence of software control can also take care of stand-alone usage.

Colony Picking

Another of the tasks done in many laboratories is colony picking. Take advantage of innovative colony picking systems to get this job done. They are fully automated with high-throughput colony picking work cells. The performance and precision is superior, which is a major benefit for the life science industry. Select from three types of colony pickers including single-in, pipette tip-based, and multi-pin. 


Integration

Laboratories with a variety of different systems are taking advantage of laboratory automation. Fortunately, these robotics can be integrated into a variety of systems to create unique work cells that do exactly what is required. Consult with a professional to find out how laboratory automation can be used to improve your workplace operations.

Hudson Robotics, Inc
10 Stern Ave
Springfield Township, NJ 07081
(973) 376-7400