When you need a machining job completed for your company, you can’t settle for a second rate. The only acceptable solution is the precision tolerances achieved with 5 axis machining in Santa Clara County. The team at Silicon Valley Manufacturing has a great deal of experience in this field, and we’re going to tell you why you should look for a company that offers this type of CNC machining when you have work to do.
Five-axis machining equipment can mill and turn parts to the highest specifications and create rapid prototypes as well as full production runs with no decrease in quality or accuracy. These machines can easily handle the most challenging designs and produce the flawless pieces you require.
There is minimal setup required with a 5 axis machine, and it can work on multiple faces without the delay that comes from numerous configurations required by other equipment. In addition to decreased preparation time, these tools can also transform those multiple surfaces into complex designs and shapes with arcs and angles that were previously only capable of multiple adjustments and special fixtures. This type of CNC machining allows for quicker material removal and improved surface finishes with rotational accuracy.
Should you have questions about the 5 axis machining process, Silicon Valley Manufacturing will be happy to answer them.
It’s not easy to find a company that creates parts made to precisely match your specifications. You may find one that does fast work, one that does good work, and one that does cost-effective work, but it can definitely pose a challenge to find a single business that does all three. When you have the need for custom machining in Santa Clara County, look to a full-service company like Silicon Valley Manufacturing.
We can save your organization money and provide the parts you need with our CNC turning and high-precision milling capabilities combined with rigorous quality control standards. This means we can create the components that you require on a prompt delivery schedule so that you can meet your production deadlines.
Our team does rapid prototyping thanks to our 5-axis machining capability as well as full-on production services. That means whether you need a one-off part as part of a new product development process or a full run of pieces to keep your manufacturing line running, we can handle it.
We have outstanding CAD and engineering skills that allow us to design and produce parts to meet the most exacting tolerances. Reach out to us to learn more about how we can fulfill your machining and milling needs.
High-precision milling requires a high-precision machine shop in Santa Clara County. Since the advent of the CNC machine, it’s become an essential component in contract manufacturing. From two-dimensional design to three-dimensional fabrication, CNC machines handle every stage of production, eliminating human error from the machining process. Because production is so precise, the machine can replicate every component with absolute accuracy. Higher accuracy translates to higher quality.
Typically, more volume in the manufacturing processes results in errors. However, a professional machine shop can reliably fabricate parts and pieces to such exacting specifications that errors are virtually impossible.
Save Time & Money
Time is money when it comes to labor costs. Because it can handle volume with precision, an experienced machine shop can increase your profit margin while ensuring the quality of the product remains high.
High-precision milling is only increasing in demand. Not only are CNC machines incredibly accurate, but they are also highly adaptable. As markets fluctuate, technology advances, and specifications change, a CNC machine shop can adjust its fabrication techniques to meet industry demand.
There is no question that CNC machines changed the face of fabrication and production. From tabletop applications to 5-axis machining, when the question is how to mill your parts, there is only one answer.
Before the invention of CNC machining and mills, metalworking and fabrication was being done by numerical control (or NC) machines. The NC machines were invented in the late 1940s by John T. Parsons and the Massachusetts Institute of Technology (MIT). They had been commissioned by the United States Air Force, and the goal of their work was to find a more cost-effective way to manufacture aircraft parts with intricate geometries. NC became the industry standard.
The CNC mill was a possibility until the late 1960s when the concept of computer-controlled machining started to circulate. The early 1970s saw significant developments in CNC machining and the CNC mill. 1976 marked the first year 3D Computer-Aided Design/Computer-Aided Machining systems were made available. By 1989, CNC machines had become the industry standard.
The old NC machines had been controlled by punch cards that had a set of codes. These codes were called G-codes. The codes were made to give the machine its positioning instructions. A large sticking point with these machines was that they were hardwired, which made it impossible to change any pre-set parameters. As CNC machines and CNC mills became more prevalent and took over, G-codes continued to be used as a means of control, but now they were designed, controlled, and managed through computer systems. Today, the G-codes in CNC machines, along with logical commands, have been combined to form a new programming language. This language is called parametric programs, and the machines that feature it allow the worker to make real-time adjustments.