CNC Machining Resources & Guides
12308 articles on CNC machining, 5-axis work, materials, finishing and rapid prototyping — page 64 of 513.
9 Machining Errors: A Complete Self-Inspection Checklist
Nine machining errors that show up as size drift, taper, chatter, or poor finish. A complete self-inspection guide for engineers and buyers.
9-Axis CNC Accuracy: 5 Proven Facts to Know
9-axis CNC accuracy explained: where ±0.005 mm holds, how mill-turn kinematics work, and when 5-axis is the better call for your part.
9060 Mini CNC Router with Rotating 4 Axis
How the 9060 mini CNC router with rotating 4 axis handles cylindrical wood and plastic work, where it fits, and when a mill-turn center is the better call.
960 Vertical Machining Center: 5 Essential Parameters
A practical guide to the 960 vertical machining center: spindle speed, feed, depth of cut, tool offsets and thermal drift, plus the parts it suits.
98Z CNC machine Guide: 5 Design Edge Checks
Is your design compatible with a 98Z CNC machine? A proven 5-point check on axis count, workholding, tolerances and the real limits of the machine.
A 160 Square Meter 3D Printed Habitat: Build Lessons
What NASA's 160 square meter 3D printed Mars habitat teaches engineers about extrusion, tolerances and machining printed structures.
A 3D Printed Starbucks Opens in Texas: Concrete Printing
A 3D printed Starbucks opens in Texas. What the concrete printing process actually does, where it fits, and how machined parts support printed structures.
A 3D Printing Method to Make Flexible Fibers of Several Microns
How a 3D printing method makes flexible fibers of several microns: support-gel rheology, nozzle travel, resolution limits, and when to machine the part instead.
A 7-Step Bulk Rapid Tooling Fabrication Process Guide
A proven 7-step bulk rapid tooling fabrication process: DFTM, simulation, parallel machining, EDM, metrology and tryout for multi-cavity tool families.
A Brief Analysis of 7 Aspects of CNC Vibration
A brief analysis of 7 aspects of vibration control in CNC treatment: spindle speed, balance, tooling, workholding, coolant, damping bars and setup checks.
A Brief Analysis of CNC Informatique System Functions
A brief analysis of functions in the CNC informatique system: interpreter, interpolator, compensation and PLC logic, and how each one shows up on a real part.
A Brief Analysis of CNC Machining for Precision Parts
This brief analysis of CNC machining covers machine choice, tolerances, materials, and when the process fits high-end precision parts.
A Brief Analysis: Working Principle of CNC Cross Slide
A brief analysis of the working principle of the CNC cross slide: how the bed, slide plate, guideways, ballscrew and servo loop turn motor rotation into linear feed.
A Brief Discussion on High Power Laser Arc Hybrid Welding
A brief discussion on high power laser arc hybrid welding: how the laser and arc share a melt pool, where the process fits, and when to use it.
A Brief Discussion on Laser Welding Equipment
A brief discussion on laser welding equipment: heat input, joint fit-up, filler wire, and when laser welding beats TIG for thin-wall metal parts.
A Brief Discussion on Solving Residual Stress in Machine Tool Parts
A brief discussion on solving residual stress in machine tool parts: where stress comes from, how thermal and vibratory aging compare, and when to rough machine.
A Brief Discussion on Tool Material Classification
A brief discussion on tool material classification: carbide, HSS, cermet, ceramic, CBN and PCD grades, coating choices, and how to match the tool to your part.
A Brief Discussion on Wire Cutting Machine Selection
A brief discussion on wire cutting machine selection: machine body, control system, drive unit, and when wire EDM beats milling for your part.
A Brief History Of CNC Machining: NC to 5-Axis
A brief history of CNC machining, from punched-tape NC in the 1940s to today's 5-axis controls. What each era changed on the shop floor and why it matters.
A Brief History of CNC Processing: 5 Proven Control Eras
A brief history of CNC processing, from MIT's 1952 NC mill to networked five-axis control. How each era changed tolerances, setups, and shop floor planning.
A Brief Introduction to Steam Smoothing for 3D Printed Parts
A brief introduction to steam smoothing: how vapor treatment melts surface peaks on 3D printed parts, which materials work, and when CNC is the better route.
A Brief Introduction to Vertical Machining Centers
A brief introduction to vertical machining centers: spindle geometry, axis travels, tooling, and when a VMC is the right call for your part.
A Close Look at CNC Machining Technology
A close look at CNC machining: axis selection, tolerance limits, tooling, and when a part belongs on a mill versus a lathe. Written for design engineers.
A CNC Machine: 7 Proven Cases for Choosing One
When to choose a CNC machine over casting, molding or sheet metal: seven proven cases, plus batch sizes, tolerances and materials where the process wins.
