The supreme accuracy of robots in the surface finishing results in a 40 percent reduction in rework requirements. Simultaneously, robots do not make any sound or air pollution or waste that makes them the perfect workers.
FREMONT, CA: Based on a research report, the global medical robotics market was valued at $7.24 billion in 2015 and is anticipated to rise to $20 billion by 2023. These robots are being designed to fit a wide diversity of roles in the medical environment. These include robots that offer therapeutic, surgical and even industrial aid to developing medical equipment that delivers flawless outcomes.
In the contemporary scenario, where safety and sterility in the preparation and delivery of medical supplies and equipment is a chief concern as robots are the way that leads to the future of health and MedTech.
Here are some ways of robot adoption to deliver the highest value possible.
Femur Finishing With Robot
The Femur or thigh bone is the longest and sturdiest bone in the human body. In the field of orthopedics, the adoption of robots facilitates enormously high precision. These robots are also 2.5 min/piece rate faster than their human counterparts.
The supreme accuracy of robots in the surface finishing results in a 40 percent reduction in rework requirements. Simultaneously, robots do not make any sound or air pollution or waste that makes them the perfect workers. Experts supervise these robots to ensure that they satisfy their roles and follow the correct processes.
Quality Control By A Robot
An orthopedic implant like a knee replacement device is one that patients need to spend years with. When it comes to implants formed for refining human life, there should be no scope for mistakes. Robotic systems can be categorized into two categories: autonomous and haptic (or surgeon-guided). Passive surgery systems, which characterize the third type of technology, have also been adopted lately by orthopedic surgeons.
All three of these practices have been demonstrated to increase the components' alignment and produce a more reliable ligament balance. This instance makes the use of robots in orthopedics manufacturing a safe and dependable quality control method.
Robot-assisted orthopedic surgery has the potential for enhancing surgical outcomes. This high quality can precisely be replicated to provide a large variety of products. Therefore, a wide range of robots is being developed to help in several roles in the medical environment. The employment of robotics in medicine with management from leaders is the sustainable solution to generating a future made of precise and best-in-class instruments.