Benefits of CNC Turned Parts Manufacturers
If you’re in the market for precision mechanical parts, you need to know about CNC turned parts. You’ll find that these parts are used in several industries, such as transportation, Aerospace, and medical. Read on to discover more about the benefits of CNC turned parts. Listed below are some of the common applications for these parts. Once you’ve sourced a manufacturer, you’ll need to choose between a few different processes and the materials used.
Precision Mechanical Parts
CNC turned parts are manufactured using precise machined materials to meet tight tolerances. Most precision turned parts are formed with CNC turning. CNC means computer numerical controlled. The parts are manufactured using a CNC machine that is controlled by a software program. There are many benefits of CNC turning for the manufacturing process, including consistent product quality and reduced risk of errors. Here are some of them:
Aerospace
If you’re in the market for CNC turned aerospace parts, you’ve come to the right place. The aerospace industry is filled with diverse markets that involve design and manufacture of aircraft, spacecraft, missiles, and other parts used in the earth’s atmosphere and surrounding space. The components for these products must be extremely precise, because even the slightest flaw can result in major damages or even the loss of human life. Additionally, precision is essential for optimal functionality of components in extreme environments, such as high-altitudes.
Transportation
China is home to many of the world’s most reputable CNC Turned Parts Manufacturers. If you’re looking for CNC turned parts to manufacture components for your product, there are a few key things to look for. The first is a company’s reputation. China has a history of producing cost-effective, quality products. China-based companies like DEK, for example, are well known for their precision machining.
Medical
There are several different medical CNC turned parts manufacturers that specialize in the production of high-quality, complex surgical instruments. These parts typically include surgical scissors, biopsy tubes, blade handles, saws, cutters, forceps, clamps, spacers, and implant holders. While the requirements for these parts may vary, many of them have the same basic design: high cleanliness and precision. Moreover, some parts require small production runs, while others are custom made for a specific patient.
Electroplating
CNC machined components, like the ones made from stainless steel, can benefit from a layer of metal plating. Compared to ordinary coatings, electroplating provides a more durable layer. Not only does it protect the parts from corrosion, but it also increases the workpiece’s size and improves its weldability, reflectivity, and bonding ability. Nickel plating provides corrosion resistance, hardness, and wear resistance. It also acts as an underlayer for chromium.
Polishing
A simple but efficient technique for the final polishing of CNC turned parts is chemical polishing. This process eliminates abrasion marks and makes the sample surface smooth. Chemical polishing equipment is easy to use and has a high rate of production efficiency. It can also handle intricate parts, fine pipes, and deep holes. Chemical polishing equipment is an effective alternative to electroplating, because it can reduce the cost of customizing CNC parts without sacrificing the quality of the finish.
Cost-effectiveness
There are several factors that can influence the cost-effectiveness of CNC turned parts manufacturers. One of these factors is the material used for the part. Metal and plastic parts require high-grade turning and milling equipment that can be expensive. Another factor is the degree of precision required for certain parts. For example, a pneumatic value in a medical machine may require extreme precision. Depending on the type of component, the cost per unit may be more or less expensive than a single, standard part.
Automation
Optimal automation for CNC turned parts manufacturers is often determined by batch sizes. Different types of automation are best suited to various shapes and sizes of parts, and best practices for getting the most out of your investment are discussed. Automation serves multiple purposes on the shop floor, including improving production capacity, reducing labor costs, and reducing new-part introduction costs. However, automation for CNC turned parts manufacturers is not for every shop. Here are three tips for finding the best automation for your company.
