Why robotics and automation builders rely on CNC machining for grippers, housings, and mounts—materials, tolerances, 3 vs 5-axis, finishing, and scaling prototype to production.
32 Ra. 63 Ra. 1.6 µm. Ra vs Rz vs Rmax. Your drawing has a finish callout — and the difference between two callouts can double cycle time. Here is how to read, specify, and not over-pay for surface finish on CNC parts.
Two shops quote the same part. One is $180 each, the other is $42 each. Both are correct. Here’s how to actually read a CNC quote — setup, NRE, programming, per-part rate, and which line items are negotiable.
Swiss screw machining produces long, slender parts to tolerances no other process can match. Here’s how it works, when it’s the right choice, and what it costs.
5-axis CNC machining costs more per hour than 3-axis. Here’s when the extra cost is worth it, when 3-axis can do the same job for less, and how to spec your parts to save money.
How to specify CNC machining tolerances based on what the assembly actually needs, not on what feels safe. Worst-case vs RSS stack-up, the cost-tolerance curve, and 30-40% machining savings hiding in your drawing.
An honest comparison of CNC machining and 3D printing — tolerances, cost, materials, and the hybrid workflows that combine both processes for parts that neither could produce alone.
Waterjet cutting handles materials and thicknesses that no other process can touch — no heat, no HAZ, no material property changes. Here is how it works and when to choose waterjet over laser.
Why Oil and Gas Companies Rely on CNC Machining The oil and gas industry operates in environments that destroy ordinary parts. Extreme pressures, corrosive fluids,…
Choosing the Right Material for Your CNC Machined Parts Material selection is one of the most consequential decisions in any CNC machining project. The wrong…