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At PartsBadger, our multi-axis CNC milling capabilities deliver tight-tolerance, high-precision parts at any scale—fast. Whether you’re iterating a prototype or scaling up for production, we make it easy to get the custom milled components you need, with the lead times and support you expect.
Trusted by teams across industries, including:
Lightweight, high-strength components built to exacting standards
Prototypes, aftermarket parts, and production runs for performance and safety
Corrosion-resistant components for demanding environments
Custom parts to keep systems running smoothly
FDA-compliant precision parts for medical equipment and instruments
Custom solutions to optimize production lines
High-quality components for durable, market-ready products
Parts built for strength, efficiency, and long service life
Heavy-duty, safety-critical components for rail systems
Molds, inserts, and precision tooling
Sanitary, food-safe components for processing and packaging
Submit your 2D or 3D files and select materials, finishes, and quantities.
We handle the rest. Manufacturing, inspection, and shipping of your parts.
In a three-axis milling machine, there are three axes of movement—the X, Y, and Z axis. X axis means up/down, Y axis means left/right, and Z axis means forward/backward.
File Types: .STP, .STEP, and more! (Note: We do not require 2D files. .STL files are accepted for 3D printing projects only.)
4-axis milling involves the standard X, Y, and Z axes, plus a fourth axis (the A-axis) that rotates the workpiece. This rotation allows for machining on the sides of a part or for continuous machining around a cylinder.
Best Fit For: Parts with side holes/slots, off-center features, or cylindrical components that require machining on multiple faces without manual re-fixturing.
File Types: .STP, .STEP, and more! (Note: We do not require 2D files. We don’t accept .STL files unless for 3D printing.)
5-axis machining allows for a higher degree of accuracy than conventional machines by accessing up to five sides of a part in a single setup. This process results in faster cycle times and less material waste compared to two- and three-axis machining.
Best Fit For: Complex parts with compound angles, impellers, aerospace components, and parts requiring high precision on multiple faces.
File Types: .STP, .STEP, and more! (Note: We do not require 2D files. We don’t accept .STL files unless for 3D printing.)
Upload your file and get a price today—no waiting, no surprises.
