Modern industrial robots are employed in various sectors, such as steel hammering, polymer processing, semiconductor manufacturing, and automotive manufacturing. Robotic applications are very beneficial to the manufacturing sector. Simultaneously, these robots are assisting manufacturers in tackling other significant obstacles, such as limited labor pools, worldwide competitiveness in markets, and quality. With that in mind, here are some of the country’s leading Medical Robotics Manufacturers in the Philippines.
What are medical robotics?
Medical robotic machines are a broad category of technical devices and equipment used in the healthcare sector to either help with or execute mechanical operations. These robots are dependable helpers who carry out activities that are too complex for humans to accomplish or that medical professionals like physicians, dentists, and nurses cannot undertake.
Advantages of Medical Robotics in the Philippines
Increased Consistency and Quality
Industrial robots can offer higher production quality and more accurate, dependable processes when used in conjunction with other technologies like 3D printing robots and the industrial Internet of Things (IoT). Additional advantages encompass decreased processing times and continuous oversight to enhance scheduled upkeep procedures.
Enhanced Security
When repeated jobs are performed by automated machinery, the labor risk of injury is reduced. This is particularly relevant when production takes place in harsh environments. Managers have the option to supervise the procedure remotely or remotely.
Optimal Efficiency
Part of the reason an industrial machine speeds up the production process is that it works around the clock. Breaks and shift changes are unnecessary for robots. Throughput is maximized, and cycle time is eventually decreased by the rapidity and reliability of machines.
Where are medical robotics used in the Philippines?
Robots for medical procedures presently have a wide range of potential uses in the field of surgery. They are especially helpful in operating settings and in the many specialty fields that they cover, such as orthopedics, plastic surgery, and cardiac surgery. Nonetheless, robots are utilized throughout healthcare settings outside of operating rooms.
Specimen bottling and the transportation of bodily resources are two applications for specialized medical robots. Some people possess the ability to combine substances in test tubes precisely. Additional uses for medical robotics are in the areas of outpatient therapy, care, and diagnostics.
Medical Robotics in the Philippines
Bigmate Philippines, Inc.
The firm produces precision molded elements that meet the most stringent demands of the industry. Numerous industries, including the automotive, healthcare, entertainment, and consumer electronics sectors, acquire their services.
Xylem
The PureRobotics technology of Xylem offers pipeline managers insightful information that helps them prioritize both short- and long-term investments in the pipelines that require the greatest care, thereby preventing needless replacement. Utilities may more confidently and proactively control their investments by lowering the chance of costly and hazardous failures as well as unforeseen operating costs by having data available on pipe wall conditions.
Waters
With their chromatography consumables and supplies, the company guarantees that whatever procedures you establish in the scientific and healthcare fields will yield the same reproducible results in subsequent testing. They also offer the finest caliber of chromatographic performance equipment.
Tankology
The leading supplier of environmental compliance solutions and tank testing for hydrocarbon systems worldwide is Tanknology. Every year, they conduct over two million tank tests and offer related inspection services in over 100,000 locations. Firms in the healthcare industry and providers to the industrial sector are among their main clientele.
Feshin
Jiangsu FESHIN Bio-Tech Co., Ltd. is an innovative company that specializes in the manufacturing and distribution of medical equipment. It is situated in the charming city of Changzhou in Jiangsu Province and provides significant, substantial, and modest healthcare facilities and other medical facilities with a wide range of revolutionary products, expert technical assistance, and thorough customer service in the area of pathological conditions.
Norde
For a wide range of industrial areas, including regular commerce publishing, packaging, presentation, advertising, exhibits, finishing, direct-to-garment, development, production, engineering, and 3D technology, Norde International offers outstanding, cutting-edge electronic printing systems.
Their production of robotics is on par with the latest innovations in the medical industry. The business also provides robot manufacturing for industry-wide educational and collaborative learning.
A.M.I.
The firm provides innovative independent business sales, services, and solutions experience in scientific instruments, healthcare solutions, and commercial medical equipment. The organization is a quick and dependable supplier of biomedical equipment, with a focus on quality of delivery, safeguarding patients, and user satisfaction during machinery utilization.
Powerbot Philippines
Their extensive global network of partners and the large number of robots they have deployed demonstrate their commitment to providing facility management solutions. While the company’s security robots offer unmatched monitoring capabilities to assure safety, its delivery robots handle last-mile logistics with ease. Furthermore, in order to reduce the transmission of viruses and bacteria and optimize processes, they have cleaning robots, hotel carrier robots, and medical transporter machines.
Omron
Omron provides clients with additional value by creating cutting-edge goods and services that address technology across multiple industries. Omron Intelligent Components is dedicated to providing the fundamental elements for novel consumer and industrial goods. Systems technology, software, and control items will be the foundation of automated systems and flexible, networked production lines.
Notable Medical Robotics
The da Vinci ® Surgical Robot
Surgeons can perform a variety of treatments with greater precision thanks to the da Vinci Surgical System. With the aid of tools that are strapped to a surgeon’s hands and wrists and enlarged 3D high-definition vision, the da Vinci System is able to precisely make small incisions that human hands would normally not be competent to. Because this procedure is less invasive than standard surgery, patients will recuperate more quickly, and surgeons will have more control.
The PARO Therapeutic Robot
It has been demonstrated that PARO helps patients feel less stressed and more at ease, which is why it is frequently utilized with older individuals with dementia. The fluffy PARO can react to its name, likes to be petted, and gradually creates an affectionate, unique personality based on memories of past exchanges.
The Xenex Germ-Zapping Robot
The programmed, transportable robot known as Xenex uses pulsed, full-spectrum UV light to destroy a variety of harmful microbes, allowing it to sterilize large healthcare facilities in a matter of minutes. Eradicating the microbes that cause HAIs—which can be especially resistant to treatment—is intended to lower HAI rates, including Methicillin-resistant Staphylococcus aureus (MRSA).
The CyberKnife
Developed in the 1990s, the CyberKnife surgical robotic system precisely applies chemotherapy to malignancies with a sub-millimeter accuracy.5. The technology is currently being utilized for the treatment of cancer in medical centers around the United States.
The technology is not a knife per se; instead, it is an electromagnetic radiation source installed on a robot that enables a fast-moving, precise radiotherapy beam. It may strike a tumor from every angle without requiring the patient to shift, and it can give radiation to both benign and malignant tumors by moving itself at numerous, minuscule angles.
There are strong incentives for engineers to create medical robots. Dissimilar to human beings, these industrious devices possessing stable ‘hands’ are able to carry out accurate movements outside of human reach, offering extended patient support. They are excellent at automating mundane duties so that experts can concentrate on more complex work.
