Resource Center

CNC Machining Resources & Guides

12308 articles on CNC machining, 5-axis work, materials, finishing and rapid prototyping — page 334 of 513.

How 3D Printing Makes Hospital Surgical Planning Easier

A process guide for engineers and surgical teams: how 3D printing makes hospital surgical planning easier, from CT data to printed anatomical models and guides.

How 3D Printing Restores Historic Station Details

A practical look at how 3D printing restores historic station ornaments, mixed with CNC machining for brackets, frames, and hardware.

How 3D Printing Technology Improves Smart Fabric Comfort

Direct-write 3D printing of biodegradable conductive polymers onto textiles: what the process does, where it fails, and how to judge a smart fabric build.

How 3D Prints Personalized Pills Work: 4 Key Steps

Spain's University of the Basque Country 3D prints personalized pills from starch-based filaments. Here is how the process works and where its limits are.

How 5 Axis Machining Completely Changes Lathe Parts

How 5 axis machining completely changes turned part production: setup reduction, true position on cross holes, and when mill-turn beats a lathe.

How 5 Rapid Prototyping Companies Work: 2026 Buyer Guide

How 5 rapid prototyping companies work, compared on tolerance, lead time, MOQ and certifications. A buyer guide for engineers sourcing prototype parts.

How a CNC Duplex Milling Machine Improve Efficiency: 6 Steps

How a CNC duplex milling machine improve production efficiency: two-station overlap, fixture rules, cycle math, and when the duplex route is wrong for your parts.

How a CNC Machining Time Estimate Works: 7 Proven Factors

A CNC machining time estimate is driven by 7 factors: material, volume removed, cutter load, setups, and finishing. Here's how each one works.

How a CNC Milling Machine Works: 7 Steps Explained

How a CNC milling machine works, step by step: axes, spindle speed, feed rate, workholding and the checks that keep a part inside ±0.005 mm.

How a Custom 3D Printed Satellite Container Reaches Orbit

A custom 3D printed satellite container flew to orbit on a SpaceX rocket. Learn the design limits, materials, and CNC steps behind ZEUS-1.

How a Fire Costume Belt Made with 3D Printing Was Built

A fire costume belt made with 3D printing for the Hangzhou Asian Games: how the part was engineered, why resin was chosen, and when CNC beats it.

How Accurate Are CNC Machine Tools? 5 Proven Checks

How accurate are CNC machine tools? Run 5 proven checks on repeatability, thermal drift and probing, then compare the gap between regions.

How Accurate Are CNC Machines? 5 Proven Checks

How accurate are CNC machines? Real numbers by machine type, the factors that move them, and 5 proven checks to verify accuracy before you release a run.

How AI Improves CNC Efficiency in Precision Machining

How AI improves CNC efficiency on the shop floor: adaptive feed and speed, tool wear prediction, in-process inspection, and when it is not worth the setup.

How Are 3D Printed Products Rated? 6 Proven Checks

Learn how are 3D printed products rated: layer height, dimensional tolerance, surface finish, material and inspection methods used on real shop floors.

How Are CNC Machines Guarded? 6 Proven Steps

See how CNC machines guarded systems work: enclosure panels, door interlocks, spindle stop checks and fixture clamps that protect operators and part accuracy.

How Are CNC Machines Guarded? 7 Checks That Pass an Audit

How are CNC machines guarded in a real shop? Learn fixed, interlocked and light-curtain guarding, ISO 14119 checks and 7 audit steps.

How Are CNC Machines Made: 7 Steps From Casting to Test Cut

How are CNC machines made? Follow 7 build steps from cast iron casting to laser interferometer test cuts, plus the checks buyers run at the plant.

How Are CNC Machines Made? 7 Proven Build Stages

How are CNC machines made? Follow 7 proven stages from cast frame to ball screw, spindle and laser interferometer test on the factory floor.

How Are CNC Machines Programmed? 5 Essential Steps

How are CNC machines programmed? From CAD/CAM toolpaths to G-code, setup sheets and first-article checks, here is the proven 5-step workflow.

How Are Machining Centers Divided: 5 Precision Levels

How are machining centers divided by precision level? A proven guide to the 5 classes, positioning accuracy, spindle error and how to pick one for your part.

How Automation Improves Productivity in CNC Machining: 6 Steps

How automation improves productivity in CNC machining: 6 proven steps from pallet pools to lights-out turning, with spindle uptime math and setup limits.