Approved Machining has built its reputation around reliable, quick-turn precision machining services(opens in new tab). Whether customers need a single
Approved Machining Expands In-House CNC Milling and Turning Capacity Read More »
A machined part drawing can include every dimension needed to make the part and still leave one important question unanswered:
How to Communicate Critical-to-Function Features on Machined Part Drawings Read More »
Every dimension on a part has a job. Some of those jobs require tolerances of ±0.001″, such as bearing fits,
How to Specify Machining Tolerances Without Over-Engineering Read More »
Titanium costs more to source than aluminum—that much most people know. What’s less obvious is that titanium also machines 5–10
How Material Selection Drives CNC Machining Cost and Lead Time Read More »
Most CNC-machined parts are designed to mate with something else: another component, a housing, a bearing, a pin, or a
Clearance vs Interference Fits in CNC Machining: Design Rules Engineers Should Know Read More »
Most wall thickness problems start with good intentions. You’re trying to keep a part light, fit it into a tight
How Thin Is Too Thin? Practical Wall Thickness Limits for CNC Machined Parts Read More »
CAD software has come a long way. For engineers, that’s good news: it means you can dream up almost anything
7 Part Geometry Changes That Cut Your CNC Machined Part Costs Read More »
If you’re coming from the world of sheet metal fabrication, you’ve likely worked with Aluminum 5052-H32. It’s a fantastic material
At Approved Machining, we specialize in delivering high-performance CNC machining services tailored to the unique challenges of stainless steel. Whether
Approved Machining Sets the Standard for Custom Machined Stainless Steel Parts Read More »
Manufacturing multi-part assemblies from precision machined components is a challenging process, requiring careful management of tight tolerances and tolerance stacking.
CNC Machined Assemblies: Streamline Your Process With One-Shop Solutions Read More »