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Many components in the medical device industry are manufactured using cnc machinery. A CNC machine or "cnc machine" is a computerized numerically controlled machine used to remove material through various forms of cutting, including milling, turning, drilling, and grinding. Using manufacturing software, CNC machines are programmed to navigate to different locations at different speeds, along specific paths and patterns. CNC machinery can be configured to suit specific products or can be used in a variety of applications.

For high-precision parts with complex geometries typical of medical devices, CNC machining is often the only production method that can meet specifications. This is especially true for the many components used to extend the robotic surgical platform. Today's CNC technology can produce critical features with higher accuracy and tighter tolerances. With such extensive reliance on CNC machining, it is important to understand a manufacturer's CNC strength from an equipment and human capital perspective.

Physicians rely on the precision and quality of their equipment and instruments to help deliver positive outcomes for their patients. The production of components for such equipment and instruments depends on a diverse skill set and extensive knowledge of the machines and the materials they are made of. Our CNC equipment and advanced advanced metrology and inspection systems support the overall success of our medical device component manufacturing, but it's only half the battle.

Our equipment is matched with outstanding programming talent. The Concorde team of engineers brings a highly skilled, resourceful and creative approach to every part of our development. Continuous improvement keeps our team up to date with the latest advances in CNC technology. We also retain traditional knowledge through successful apprenticeship and training programmes and retain a large number of long-term dedicated staff. It's not just about producing high-quality parts.

People may not know what CNC programming entails - it's not simply pressing a button and letting the machine do all the work. To paraphrase the old adage, output is as critical to CNC programming success as input. Think of it this way: for every function that a human has to perform manually, the programmer has to technically determine how the human will perform it; someone needs to know how to do it. Manipulating a cutting tool into a spindle so that it cuts in a certain way requires explicit skills from the programmer. We use high-end metrology systems, build our own documentation, and control our systems - which helps simplify our focus on product development.

There are many considerations for the technical accuracy of CNC machined parts. Programmers need to implicitly understand the many different properties of various materials and how they react when cut. There must be a core knowledge of how a material responds to its own accumulated stress, and how the material will move and relieve when a specific amount is removed. Vibration also plays a huge role in CNC machining, so programmers must have expertise in which tools to use and how much material to remove to minimize or control vibration. The CNC programmer also needs to deal with how the part is machined, from one operation to the next: how the part is held in place while being machined, the type of cutting tool to use, and the parameters applied.

Shenzhen Xiehe Company is mainly engaged in the production and manufacture of non-standard precision hardware parts. It has been deeply involved in the industry for many years and has rich experience. If you have requirements for CNC machining, CNC lathe machining, and five-axis machining services including aluminum, copper, stainless steel, iron, titanium alloys, plastics, etc., you can contact Xiehe, and we will provide you with a low-cost, high-quality integration solution.