CNC (or “computer numerical control”) is very important in modern manufacturing for a number of reasons. Learn why this is the case below.
CNC machining is a type of subtractive manufacturing process that utilizes machine tools and computerized controls to remove layers of material from a workpiece or blank in order to create a custom-designed part. This process is suitable for many types of materials, including foam, wood, glass, plastics, metals, and composites.
CNC machining is important to modern manufacturing for many reasons. One reason is because the process is applicable to many industries, including aerospace, telecommunications, and large machinery that utilizes CNC machining. These industries require stricter requirements and regulations than other industries, which is why CNC machining is vital, being the manufacturing process is set up by controls operated and programmed by computer programs, making such exact specifications much easier to obtain.
Before the advent of these CNC machines, operators could not fabricate parts very quickly; as a result, there were poor adjustments made or losses mounted for these operators. Plus, worker productivity was very low because it took so much time and effort just to create a handful of parts.
CNC machining does not require direct human assistance; as a result, processing and manufacturing can be set to go as fast as the machine tools and computers operating them can go, much faster than traditional human labor. Without the ability of these machines to operate these tools, it would take much longer to produce the same amount of engineering materials and tools, thereby negatively impacting the industries that greatly depend upon those materials and tools.
FAQ
We know every project is unique and that questions can arise when it comes to selecting the right partner for your manufacturing needs. Our team specializes in delivering precise, reliable machining solutions tailored to the exact specifications of each client. Below, we’ve gathered answers to some of the most commonly asked questions. If you don’t see your question here, please feel free to reach out – we’re always ready to assist with any additional information you need.
Tamshell specializes in producing a diverse array of custom precision machined components tailored to our customers’ specifications. Utilizing modern, advanced 4th & 5th axis CNC mills, CNC Swiss and Swiss-screw, and CNC turning machines, we achieve tight tolerances with nearly any machinable plastic or metal material.
Our primary machining department utilizes state-of-the-art CNC machining equipment to ensure precision and quality. The secondary department complements this with a variety of conventional tools and instruments. All our machinery is backed by our specialized in-house tooling department, ensuring seamless support and efficiency.
Our machine shop excels in precision machining of a wide range of materials, with a particular expertise in plastics. We also specialize in machining aluminum, brass, bronze, and stainless steel, ensuring high-quality results for diverse applications. Our advanced equipment and skilled team enable us to meet stringent tolerances and deliver custom components tailored to our clients’ specifications. Whether working with plastics or metals, we are committed to providing exceptional craftsmanship and reliable service.
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We excel in close tolerance machining, holding tolerances as tight as +/- 0.0001″. Our capabilities include advanced 4th- and 5th-axis machining, complemented by a rigorous three-stage inspection process. This ensures burr-free parts and consistently exceeds the highest-quality finish requirements.
In short: yes, our team brings extensive expertise in the manufacturability of components and assemblies. As specialists in plastics machining, our in-house material experts will guide you in selecting the most optimal materials for your application, considering all usage factors.
Our skilled machinists are also proficient in working with various materials, including metals. We can review your 3D models and drawings, recommending any necessary changes before production begins.