Modern Science and the Integration of Robotics

The ultimate goal of science is to find reasonable answers to some of the most perplexing questions in life. Researchers and scientists spend endless hours of thought and labor to get these answers for the benefit of mankind. They look at the natural world to get these compelling answers. For centuries, the process stayed much the same. Then technology and innovations started to change they way people sought these scientific answers. While beakers, pipettes and test tubes continue to be a constant in a laboratory settings across the world, new equipment is finding its way into the workplace. Find out more about modern science and the savvy integration of robotics to take care of jobs such as microplate handling, liquid handling, and more.

Consider the Differences

Many students learn about the monk named Gregor Mendal. These science lessons reveal how he studied genetics by counting peas in a garden back in the 1800s. These were the earliest studies of genetic. Certainly the way this research is done today ha changed. Now DNA sequencing is used in genetic labs to learn more about genetics. Another example is the discovery of the electron through basic equipment such as magnets and vacuum tubes. Now new particles are processed through extremely advanced computerized systems. In just over a century, the way research is done has drastically changed. Now laboratory automation is helping to boost productivity and progress even further.

Handling Chemicals

Anyone who watches old movies from the early 1900s will see explosions in laboratories as scientists try to make new discoveries. While this was a form of comedy, it is certainly not a funny situation in a laboratory setting and can quickly become dangerous. Now complex chemicals are used in modern laboratories. Safety protocols are in place to avoid anyone getting injuries in this potentially volatile situation and equipment is made to handle all types of volumes and materials with minimal risk.


Working Together Around the World

Making scientific discoveries through collaborations used to mean waiting for snail mail to arrive or watching for findings to be published in a journal. Now these findings can be shared instantly online, putting the latest facts into the hands of scientists around the globe. This fuels research related to medications, genetics, cloning, and much more. Plus, the public also has access to such information to help them make valid decisions about their own care and treatment. Technology is definitely helping to fuel progression.

Using Robotics

From warehousing to cleaning floors to liquid handling, robotics are quickly becoming an important part of our lives - and science. Software and robotics are integrated with software into existing systems to make them more productive, accurate and minimize the burden on human resources so they can be devoted to more intellectual work.

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

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

How Laboratory Automation Can Change Lives

Technology and innovation have changed our lives in many ways. Few people can imagine life today without the convenience of a laptop or cell phone. These items are used for business and personal purposes to stay connected and even earning a living. These types of innovations are being integrated into a variety of workplaces. Consider how robotics are being used in laboratories to perform routine tasks that were once done by humans. Learn how laboratory automation can change lives and make them better.

More Challenging Work for Skilled Employees

People who work in a laboratory must be skilled and educated. It is imperative they understand the need for each task they perform. Spending time on mundane, time-consuming work can make their employment less than satisfactory. Having these jobs done by laboratory automation improves the quality of their work. They can take on greater challenges that make it possible to prove themselves rather than focusing on basic, yet necessary jobs.

Minimize Burnout and Mistakes

In other laboratories, funding has been halted or grants might not have been issued. This means the same number of employees must do more work to ensure the lab stays productive and relevant. Working long hours can lead to burnout and costly mistakes. Few people can work for twelve hours or longer every day. It is sure to catch up with them and this can lead to dangerous errors that could hurt others. Laboratory automation helps to eliminate this burnout. Without hiring additional personnel, robotics can be integrated into the current system through the savvy use of customized software. This laboratory automation does not require sleep or break time to get the work done. It can be performed anytime during the day or evening to accommodate the humans' schedules.

Boost Productivity and Accuracy

Even the best employees make mistakes because they are human. Laboratory automation is developed to accurately handle a certain task. It continues to perform the work without interruptions as human resources focus on more thoughtful work. This combination can boost productivity and accuracy. Employees can be devoted to the work that requires thought and intellect. As a result, life-changing pharmaceuticals and other treatments can be researched, developed, and produced more quickly. This can help to change the lives of people who are waiting for a better way to manage certain health conditions. As a result, many lives are changed as a result of the smart use of laboratory automation.

From microplate handling and liquid handling to colony picking, laboratory automation is taking care of simple jobs so human resources can pay attention to the more important details. This is life-changing for everyone!

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

About Hudson Robotics

Hudson Robotics provides solutions for life science researchers with innovative laboratory automation, robotics products, systems and software to boost productivity. 

Hudson Robotics can integrate new and existing elements into cutting edge laboratory automation systems to accelerate life science research projects. Hudson Robotics offers liquid handling solution, storage solutions and microplate handling along with lab work cells for biological research and drug discovery. 

Precision integration with third party equipment makes it possible to take advantage of complex lab protocols. Control software is used to link robotics together. Hudson Robotics also writes software integration for laboratory automation equipment and third party readers. 

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