Synthetic Biology And The Role Laboratory Robotics Plays

Robotics is the area of technology focused on the design, assembly, and function of robotic devices and the computers that operate them. Robotics also involves machine automation that replaces human labor in factories and laboratories. Let's look at how synthetic biology and the role of laboratory robotics plays into this equation.

Preventing Exposure to Harmful Substances

One benefit of robotics is preventing human beings from being exposed to hazardous substances in manufacturing and laboratory environments. War zones, mines, and factories processing dangerous chemicals are only a few of the locations where robots are helping out and improving safety for humans. Using automated systems for doing tasks in daily life is also making things easier and safer. There are many areas where synthetic biology and the role laboratory robotics plays a new and exciting part.

Ways Laboratory Automation is Improving Research

Synthetic robotics is emerging as a big part of modern technology. These robots are designed to mimic the actions of real life forms found in nature. When these machines are applied to different scientific endeavors, they speed-up and improve certain tasks. For example, robots are being used in the bio-fuel research industry to help generate power with sustainable resources. As natural resources are diminishing, robots are playing an increasing role in improving life for the future.

Making Laboratory Work Easier

Automation of laboratory work is making the modern lab more functional and efficient. Robots are replacing humans for routine and tedious tasks, increasing speed and accuracy of the results. Jobs like handling chemicals and microplates are now being done faster and better using robots. This frees up human beings to do thinking jobs that robots still cannot do. Robotic production can also be done day and night, unlike with human labor.

Integration of Technologies with Human Labor

It is not necessary to completely overhaul a laboratory to utilize robotic labor. Robots can be integrated into existing systems and streamline productions in those areas where they are most useful without changing everything at once. Improved software makes it easy to customize a laboratory so that robots can do some tasks while humans continue to do other tasks. This makes it less stressful for human workers to do their jobs.

Synthetic biology and the role laboratory robotics plays in the modern lab and manufacturing sector is destined to be the wave of the future.

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

Basic Ways Laboratory Robotics Improves The Workplace

Research in biology is assisting the human race in many different ways. Some of the basic ways laboratory robotics improves the workplace and everyday life are in the prevention of sickness and improvement of quality of life. Diagnosis is improved through advancements in life sciences and robotics. Here are some ways automation of laboratory procedures is making it easier for researchers to do their jobs all over the world.

Making Foods and Medicine Safe

All food, beverages, and medicines must be tested to be safe for human consumption. People want new and improved products, but they also want them to be safe so they do not become sick or injured by using the product. When a new food, beverage, or snack comes onto the market, many people do not realize how much work has gone into assuring that the product is safe. The same is true for prescription and over-the-counter drugs. Researchers are challenged with having to develop a product and then make sure that the product is completely safe for consumption. They have both a moral and legal responsibility for assuring the safety of the products they develop and bring to market. This is one of the basic ways laboratory robotics improves the workplace. Automated laboratory functions make this entire process safer and more accurate.

Developments in Cloning and DNA Research

Innovations in research in cloning and DNA are increasing due to the use of robotics and automation. Developments in this area have improve the world in many ways. For example, law enforcement now has the help of advancements in DNA analysis that make it possible for determining if someone is guilty or innocent of committing a crime. DNA is also used to determine who is the biological parent of a child. More and more, people everywhere are relying on advances in DNA analysis. Automation of laboratory procedures makes this work faster, more accurate, and more available to more people.

Replacing Human Labor

In many situations, human beings are overworked. When people are overworked, mistakes are more common. This can present big problems, especially in critical jobs where an error can lead to injury or worse. By integrating robots into laboratory workplaces, workers can be relieved from tedious jobs where human error has a big price. Robots can do these jobs quickly and accurately. Handling microplates, colony picking, and many other routine tasks in a laboratory can easily be done by robots. This leaves human researchers to do the more thought-intensive tasks that only the human mind can accomplish.

Life science technologies are advancing rapidly. Innovations can be brought to market much faster and with greater consumer safety through some of these basic ways laboratory robotics improves the workplace in the research lab.  Productivity and accuracy are boosted and human resources are preserved for more thoughtful jobs that need to be done in a research setting.

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

Benefits of Laboratory Automation and Expertise

You simply have to learn more about laboratory automation and it's importance in the United States if you are seeking employment in the fields of science, technology or engineering. Here are some of the benefits of laboratory automation and expertise and why our country's economy relies so much on them.

For Labs To Stay Competitive, Automation Is Necessary

To reduce the time needed to complete tasks, to increase worker productivity and efficiency, automatic laboratory processes are simply so important. Before the development of automation, many experiments were impossible to conduct. With technology advancing every day, to remain competitive in their fields, companies relying on labs have to continually innovate their procedures.

Microplate Handling Is An Example

Safety levels increase dramatically with how robotics deal with microplate handling in a lab. Manufacturers have created bots that are small enough to under a safety hood fit securely and they take up minimal space in providing a cleaner work area. This greatly decreases the chances of cross-contamination or biohazard spills, after to the dispensing well substance has been added. The robot can dispense to each well easily the sample that is measured appropriately because they have no vision hardships to contend with. And the robotic microplate handling greatly reduces the probability for human error or spills, while ensuring exact measurement in very small amounts. Truly, robotic microplate handling has and will continue to transform scientific laboratories.

Professionals In All Business Sectors Are Involved In Automation

For innovation, in all industries professionals rely on automation. To make any technological advancements, researchers, academics, employees, engineers and scientists can all work together. Their work involves researching new ideas, developing new products and improving different processes. These efforts are fueled by the effective use of automation.

The Field Of Laboratory Automation Can Be Entered By Students

On educational programs that focus on laboratory technology, graduate students can take advantage of the increasing number of opportunities in this field. Included in these are California's Keck Graduate Institute and Indiana University in Indianapolis, Purdue and Claremont. Students have the ability these days to learn more about this field which is growing constantly.

Laboratory Automation Made A Priority By the US Government

According to the National Institutes of Health Roadmap first established in the year 2004, fundamental to the improvement of health is proper development in the field of laboratory technology. The Roadmap makes the focus on automation a major positive for those working in the field and is a guide for health policy in the US.

There are many new opportunities both now and in the future in the laboratory technology field. Automation and robotics are handling an array of routine tasks in various industries. Laboratories across the  nation are becoming more efficient and productive as a result of these cutting edge technologies.

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

About Hudson Robotics

Hudson Robotics produces laboratory robotics products, software and systems to automate and accelerate Life Science research. Hudson Robotics specializes in integrating new and existing instruments into laboratory automation solutions. 

The company offers microplate movement and storage systems as well as liquid handling solutions. Hudson Robotics provides complete laboratory robot work cells for drug discovery and biological research. The products are integrated with third party equipment to create complex laboratory protocols. 

Laboratory robots are tied together by SoftLinx control software. Hudson Robotics has written software integrations for a large number of third party readers and other laboratory automation equipment. New integrations are developed regularly.

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