CNC Rapid Prototyping and Manufacturing Services
Develop fully functioning rapid prototypes for metals and plastics before you venture into extensive manufacturing. We, at Macfab, fabricate precision prototypes and parts by leveraging appropriate CNC machines using materials you want for final production. This helps save costs, enables testing of components for design finalization, and avoids manufacturing rework.
Using tools such as CNC lathes, mills, and drills, our expert machinists deliver precision prototyping and mass manufacturing services. It begins with your 3D CAD model as input and forming NC codes for our CNC machines.
Based on your specifications, tolerances, and limits we add machining process allowances to your design geometry and create top-quality parts. You get faster TATs, accurate machining services, desired surface finish, and customized manufacturing with Macfab.
CNC Machining Prototype – Milling Services
Macfab’s CNC Mill centres employ subtractive precision machining processes at milling shops. Partner with us to manufacture seamlessly with CNC mills having variable spindle speeds between 4000 to 10000 RPM.
Backed by several multi-axis CNC milling machines, we are fully equipped to undertake projects needing high-speed delivery and accuracy. We focus on collaborating with you for milling operations for mass production as well as few prototypes usually made-to-order. You get a surface finish of your choice and quality that meets all international manufacturing standards.
CNC Machining Prototype: Turning Services
Our high-precision CNC lathes turning centers can handle parts with turning diameters between 1 inch and 18 inches.
In a typical turning operation, the job/workpiece is rotated at a very high RPM. Meanwhile, the cutting tool is kept steady against the job to produce the desired shape. We engage with various industries needing precision parts to fabricate components as per provided 3D CAD model. Our lathe machines are a perfect fit for high volume low product mix as well as one-off components.