CNC Milling Services
Precise Machine Company has 4-axis milling capabilities and utilizes live tooling and quick-change fixtures for efficient and repeatable machine-to-print results that are accurate within +/- 0.0002”. We provide CNC milling services for stainless steel, aluminum, titanium, and many other metals and alloys for any industry.
Contact us today to get a quote on your application.
CNC Milling Quality Control
Precise Machine Company provides CNC quality control and inspection services to ensure that our milling meets our customers’ expectations. From raw material to final examination, you can be assured that we are meticulously inspecting and monitoring the production of your parts every step of the way.
Milling Material Capacity
Our CNC machines are capable of milling pieces that fall within the following dimensions.
Mills - Flat Stock
Maximum Width: 20″ (Y)
Maximum Length: 40″ (X)
Maximum Thickness: 12″
We can mill most metals and super alloys, including aluminum, stainless steel, brass, titanium, and Inconel. To learn more about the types of materials we can machine, see our Materials page.
Assemblies That Meet your Exact Requirements.
Delivered On Time
Decades of Experience & Expertise
Benefits of Our Services
Our shop features CNC machines from industry-leading brands, including Doosan, Haas, and Fryer. We also use top-of-the line accessories, such as Northfield air chucks to protect sensitive, thin-walled parts and components during the machining process.
Our equipment is operated by a skilled and knowledgeable team with over 150 years of combined experience in CNC milling, turning, and jig boring. You can trust that Precise Machine Company will deliver high-quality machined components that meet or exceed your needs, while remaining competitive on price and delivering your parts on time.
What Is CNC Milling?
CNC milling centers use multi-point cutting tools to remove layers of material from a stock piece. These machines are often used for creating shallow, flat surfaces, flat-bottomed holes, slots, and threads. To make these cuts, the multi-point cutting tool rotates at high speeds, shearing off layers of material from the stock piece until the desired shape or depth is reached. The stock piece being machined either remains stationary during the process or is programmed to move towards the cutting tool as it rotates.
Two-axis mills cut along the X and Y axes. Three-axis mills are capable of cut along the Z-axis as well. Four and Five-axis mills rotate parts, allowing the cutting tool to make cuts at various angles.