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Machining Resources & Guides
Practical guides on CNC machining, materials, tolerances, and the standards behind aerospace, medical, and energy work — plus our blog and project case studies.
Knowledge from a licensed engineering firm and ISO 9001:2015 machine shop. Use these guides to spec better parts, then send us the hard one.
The Complete Guide to CNC Machining
A complete guide to CNC machining: what it is, milling vs turning vs 5-axis, materials, tolerances, and how to choose a machine shop.
Read the guideThe 5-Axis CNC Machining Guide
A guide to 5-axis CNC machining: 3 vs 4 vs 5-axis, simultaneous vs 3+2 positional, single-setup benefits, when to use it, and what it costs.
Read the guideMaterial Selection for CNC Machining
How to pick a material for a machined part: aluminum, titanium, Inconel, stainless, and engineering plastics compared on strength, weight, and cost.
Read the guideCNC Machining Tolerances Explained
CNC machining tolerances explained: standard vs precision tolerances, GD&T basics, surface finish, and what drives the cost of a tight tolerance.
Read the guideDesign for Manufacturing (DFM) Guide
A DFM guide for CNC machined parts: practical rules on radii, walls, holes, threads, tolerances, and finishing that cut cost and lead time.
Read the guideCNC Machining Cost & How Quoting Works
How CNC machining cost is calculated: the real drivers behind a quote and how to get accurate pricing fast by sending a drawing or STEP file.
Read the guideAerospace CNC Machining Requirements & Standards
What aerospace machining demands: AS9100 and ITAR context, first-article inspection, traceability, tight tolerances, and Ti/Inconel/aluminum materials.
Read the guideMedical Device Machining Standards & Requirements
Standards behind medical device machining: FDA and ISO 13485 context, biocompatible materials, cleanliness, surface finish, and traceability.
Read the guideOil & Gas Component Machining Requirements
Machining for oil & gas: downhole and high-pressure components, corrosion-resistant alloys, and NACE/MR0175 context for sour-service environments.
Read the guideSmart Manufacturing & Industry 4.0
Data-driven, Industry 4.0 precision machining in Texas: CAD/CAM simulation, digital inspection, in-process monitoring, and a forward stance on AI.
ExploreSend us the hard one.
Upload your drawing or STEP file and we'll come back with pricing and lead time — from a single high-mix part to full production runs, held to exacting tolerances.