CNC Precision Engineering: In-Depth Processes
The processes involved in CNC precision engineering are not always well understood. This article is designed to help you understand the intricacies of this work, and how it can improve your business.
CNC precision engineering involves 3 main phases: surface preparation, cutting, and finishing. Each phase has its own unique set of challenges that must be overcome if a perfect piece is desired for production or final use. We’ll take a look at each one below.
Surface preparation is the first step in CNC precision engineering. This process prepares the workpiece for cutting and can involve many different techniques depending on what material you’re working with. The main types of surface preparation are sanding or machining before your part enters our shop, but it’s also possible to do work on site.
The cutting process is where the magic happens, and it’s what separates CNC precision engineering from other types of machining or fabrication methods. It involves programming a machine to cut away all unnecessary material based on your CAD drawing until you’re left with a replica of your original design. This is commonly done using a three-axis CNC machine and can take several hours (or even days) to complete, depending on the size of your part and material type.
Finishing processes are what make or break your final product; you could have an incredible cut but if it’s not properly finished, you’ll end up with a part that’s difficult to use. The finishing process consists of adding the last touches to your product after it has come out of our cutting machine. It can include removing any sharp points or edges left by the CNC machining process, cleaning, and painting, adding other elements like hardware screws or washers, or even adding a custom logo.
CNC Precision Engineering for Plastic Parts
Plastic parts are some of the most common items we produce using CNC precision engineering for businesses and individuals across a variety of different industries. These can include everything from plastic tanks to components that will be used in other products like cars or appliances, which means it’s important to get them right before you send us your design file. We’ll make sure CNC engineering for plastic parts are cut precisely using our six-axis CNC machine.
CNC Precision Engineering for Metal Parts
Metal parts can be used in a variety of products, but they’re best known for their use in the automotive industry. We’ll help you get your metal cutting job right by providing fast and accurate services to guarantee that every part we produce is perfect.
We can cut all types of metal for you, including aluminum, stainless steel, or even alloys.
Every company has different needs when it comes to CNC precision engineering, so many factors go into planning out what processes will work best for your part and business. We can help you determine which ones would be most useful based on the material you’re working with and how long we expect this job to take.