CNC manufactures a wide range of surgical instruments used in medical operations, such as trocars, bone drills and saws. When CNC machining is used, parts are typically milled using 3 to 5 shafts or turned using a moveable tool CNC lathe. The most common types of machines used in the

The medical device industry has a dynamic growth trend. Difficult materials, complex workpiece shape and frequent small batch production have put forward higher requirements for the processing of medical devices. The medical device industry has put forward new requirements for professional precision cutting tools. Difficult materials, complex workpiece shapes, and

CNC precision machining brings many benefits to almost all industries. It has even completely changed the way they approach their respective fields. From automation to aviation to manufacturing. One of the most important industries to benefit from precision machining is the medical industry. Many of the medical products we use

A wide selection of complex materials Materials used in medical facilities need to meet the requirements of durability, safety, non-responsiveness to the human body and disinfecting ability. For example, joint replacement parts are often made of medical stainless steel or titanium for unmatched strength, elasticity and function. Precision machining makes

Medical device industry is related to human life and health of the emerging industry, developed countries in the world in recent decades, has maintained a high annual growth rate, known as the sunrise industry. Among the many subdivisions of medical devices, trauma, spine, joint, dental, cardiac intervention, etc. all belong

Whatever the work, there will certainly be some problems in the process, these problems are not big, but will affect our operational efficiency and product quality, so we should not only encounter problems in a timely manner, but also learn how to prevent defects, the following we will understand how

　There is no more common problem than the deformation of machined sets of parts. Due to the special characteristics of the structure of the set of parts, the wall thickness of the parts is generally thin, in the process of processing thin-walled parts, usually due to clamping force, cutting force

The machining accuracy of mechanical parts mainly depends on multiple factors such as workpiece, cutting tool, machine tool and machining technology. The accuracy of plane milling can be ensured by the following measures. Avoiding vibration Consider the causes of milling vibration and take the following measures to control and avoid

Milling is the process of holding a blank in place and using a high-speed rotating milling cutter to cut the desired shape and features on the blank. Conventional milling is more often used to mill simple shapes/features such as contours and slots. CNC milling machines can perform machining of complex

Magnesium alloy is an alloy composed of magnesium as the base and other elements. Its characteristics are: low density, high strength, high modulus of elasticity, good heat dissipation, good shock absorption, the ability to withstand impact loads than aluminum alloy, good resistance to organic and alkali corrosion. The main alloy

5-axis machining advantages, disadvantages, applications, and service areas With the rapid development of manufacturing technology, 5-axis machining is slowly being applied to various fields such as aerospace, electrical, medical, automotive, etc. Machining Method 3-Axis Use the tool to cut along the X, Y and Z axes from left to right

Hand plate processing mainly has CNC machine processing, 3D printing, compound mold, rapid mold, etc., then today by NOBLE for everyone to say what is the difference between CNC machine processing and 3D printing. First of all, we should know that 3D printing is an additive technology, and CNC machining