In technological automation, healthcare is one of the industries that can benefit from adopting the use of collaborative robots. For many years, specialists in the medical field have looked for ways to improve service delivery in medicine. Collaborative robots are one of the most effective solutions to staffing issues in healthcare, among other uses.
Over the last few years, it has become common to come across collaborative robots in medical laboratories and surgery rooms, with surgery being the most lucrative area to apply the use of the robots.
There are many other ways using a collaborative robot can benefit the healthcare industry. Here is a look at 4 of the best ways collaborative robots are used today in medicine.
Collaborative robots in the field of medicine
When a collaborative robot is used in the field of medicine, it is proven most effective when programmed to perform one task as opposed to how these robots are used in other industries like warehousing or manufacturing.
Healthcare is an industry that requires specializations, so cobots are only used for individual tasks.
Collaborative robots can package medical devices.
In different industries, collaborative robots are automated to perform different processes like food manufacturing, logistics, machine tending, and packaging. In the medical manufacturing industry, collaborative robots are used for packaging medical devices, which was a unique challenge for a long time.
For medical equipment to be viable for use, it requires to be packed under highly sterilized conditions. When human workers do the packaging process, there is a margin of error in protecting the equipment's sterility. This has been a unique challenge for many years until collaborative robots came to be.
With collaborative robots, medical equipment manufacturing companies can be certain that m3dical devices will remain sterile throughout the packaging process. Collaborative robots deliver precisions and accuracy when packaging to reduce contact with other surfaces, thus reducing contamination chances.
Collaborative robots in therapeutic massages
Physiotherapy is one of the areas in medicine where collaborative robots are proving to be beneficial. Most physiotherapy centers incorporate the use of collaborative robots to enhance service delivery and make work easier for human physiotherapists.
For massage to be possible, the machine uses two UR robots. These are made with round end-effectors that roll on the skin to deliver the therapy. With collaborative robots in physiotherapy, hospitals can deliver the service to more people at a go, thus reducing the backlog in appointments.
Collaborative robots can be used to assist paraplegic individuals in moving around while delivering therapy.
Collaborative robots in surgical processes
0ne of the most advanced ways collaborative robots are used in healthcare is in surgery rooms. Advancements in technology have made it possible to employ collaborative robots to perform surgical processes.
Collaborative robots can accurately position microscopes, thus giving the surgeon a clear view of surgical angles. This goes a long way in improving precision in surgical processes. During surgery, collaboration robots can be moved manually or using a remote control device.
Hospitals are using cobots in laser bone ablations procedures. The robot makes it easy to cut through bone to remove tumors. A collaborative robot can cut through bone without coming into contact with the patient using laser technology.
Collaborative robots in medical laboratories
In every hospital worldwide, the laboratory department carries out hundreds or thousands of tests every day and is expected to deliver accurate results for each patient. Laboratory testing is a strenuous task that involves multiple repetitive processes, making it the perfect place to adopt the use of robots.
Collaborative robots are created with the ability to perform repetitive tasks continuously with the utmost accuracy and precision. This is why they are perfect for medical laboratories. They make it easier for hospitals to uphold the quality and accuracy of the tests, and they ensure faster turnarounds.
Conclusion
The use of collaborative robots in the medical field is ideal because they can be used to speed up processes, improve service delivery, and relieve overcome medical personal by taking over tedious, monotonous routines.
