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2024-01-23

Surgical Robot Parts Machining and Assembly—AbleMed

Surgical Robot Parts Machining and Assembly—AbleMed

Surgical robot is a new type of medical tool that combines machine learning and precision mechanical systems to perform surgical procedures. Doctors can precisely operate robotic arms on the control panel for surgery. This technology not only improves the accuracy and efficiency of surgery, but also reduces the need for direct contact between patients and medical staff, introducing safer and more advanced treatment methods to the medical field.


What are the medical surgical robots types?


There are various types of surgical robots, including da Vinci robots (such as da Vinci surgical systems), orthopedic surgical robots, laparoscopic surgical robots, cardiac surgical robots, urological surgical robots, and single hole surgical robots. Among them, orthopedic surgical robots and laparoscopic surgical robots are two common types of surgical robots. Orthopedic surgical robots are mainly used in orthopedic surgeries, such as joint replacement surgery and spinal surgery, while laparoscopic surgical robots, also known as endoscopic surgical robots, are commonly used for minimally invasive surgery.


What are the important components of surgical robots?


The surgical robots main components include robotic arms, surgical tools, remote control systems, vision systems, and navigation system related components. The robotic arm is responsible for carrying and operating surgical tools, the remote control system allows surgeons to remotely operate the robot, the visual system provides high-definition surgical scenes, the navigation system ensures accurate operation, and the surgical tools enable the robot to perform complex surgical procedures and provide   intuitive surgical feel. These components work together to make surgical robots a precise and efficient medical tool, providing more advanced and safer solutions for surgical procedures.


Surgical Robot Parts Machining and Assembly—AbleMed


Common machining methods for medical surgical robot parts:


The surgical robots components are produced by advanced manufacturing and processing technologies, including CNC 5 axis machining, laser cutting, electrical discharge machining, CNC milling and turning and injection molding. The 5 axis machining center can achieve irregular parts such as robotic arms, while ensuring high precision and consistency of the parts. Laser cutting is suitable for cutting complex and complex contour components, while electrical discharge is used for machining hard materials. CNC milling and turning are used to manufacture complex structures through computer numerical control technology, while injection molding is used for plastic component manufacturing.


How to assemble the processed medical robot parts?


The components of medical robots need to go through multiple key steps during the assembly process, including detailed design planning, quality inspection, mechanical structure assembly, electronic system installation, debugging and testing, human-machine interface setting, and final acceptance. This ensures the high precision and collaborative work of components such as robotic arms, joints, and sensors. After assembly, the robot undergoes final acceptance and its performance and reliability are verified through actual surgical simulation, ensuring that it can safely and accurately perform surgical tasks.


Surgical Robot Parts Machining and Assembly—AbleMed


How to select a surgical robot parts supplier?


1st, suppliers should comply with relevant regulations and standards, such as ISO 13485 (Medical Device Quality Management Systems) and FDA (Food and Drug Administration) certification. Compliance is a fundamental requirement in the medical equipment manufacture.


2nd, it is the manufacturing technology and processing equipment. Experienced suppliers are more likely to understand the special requirements of the medical industry and provide high-quality solutions. At the same time, advanced equipment and technology, as well as quality inspection, are also key factors in ensuring product quality.


AbleMed specializes in one-stop processing of surgical robots and endoscopic parts, and our part production has strict standards applicable to medical manufacturing in terms of tolerances, craftsmanship, and quality. The familiarity of engineers in the medical field can help manufacturers provide professional suggestions for optimizing processes and reducing costs in the processing of medical robot parts, enabling products to quickly capture the market.


If you are looking for a surgical robot parts supplier, AbleMed would glad to work with you! Contact us immediately, email: linna@ablemedicaldevice.com Phone: +86 173 2215 6162


Surgical Robot Parts Machining and Assembly—AbleMed


Frequently asked questions:


How to select materials for medical robot parts?


Common materials include stainless steel, titanium alloys, engineering plastics, aluminum alloys, and ceramics. Stainless steel and titanium alloys are commonly used in mechanical structures and surgical tools, aluminum alloys are commonly used for lightweight components, engineering plastics are used for casings and buttons, handles, etc., and ceramics are used for components that require high strength and hardness. When selecting materials, the material biocompatibility, potential allergic reactions, and the performance requirements should be take into consideration in the medical environment. Contact AbleMed for engineer support.


Article recommendations:


《Precision machining and manufacturing of medical device components》

《Detailed introduction to medical parts injection molding processing》

《Robotics in the field of CNC automation of medical parts》



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