CNC Machining Resources & Guides

Basic Knowledge of CNC Vertical Grinding

How CNC vertical grinders work, when to pick them over milling or turning, wheel and coolant choices, and the tolerances they hold.

Basic Knowledge of CNC Wax Processing for Engineers

How CNC wax machining works: wax grades, feeds and speeds, tooling, tolerances, and when milling beats manual wax work or 3D printing.

Basic Knowledge of CNC Wood Carving for Engineers

A practical guide to CNC wood carving: wood grades, tool geometry, feed and speed, workholding, and when routing beats 3-axis milling.

Basic Knowledge of CNC Woodworking Engraving

Learn CNC woodworking engraving basics: tool types, wood choice, feeds and speeds, fixturing, and when wood is the wrong material for the job.

Basic Knowledge of Desktop CNC Milling

Basic knowledge desktop CNC milling: work envelope, spindle power, rigidity, materials and when a benchtop mill is the wrong machine for the job.

Basic Knowledge of Five Axis Machining Centers

Basic knowledge five axis: how swing-head and rotary-table machines work, what each axis does, part limits, and when 5-axis beats 3+1 setups.

Basic Knowledge of Horizontal CNC Milling

A practical guide to horizontal CNC milling: HMC spindle layout, tombstones, pallet changers, when to choose it, and how to hold tolerances.

Basic Knowledge of Laser CNC Cutting for Engineers

How laser CNC cutting works: beam sources, assist gases, kerf, edge quality, material limits, and when to choose laser over milling or waterjet.

Basic Knowledge of Laser Cutting for Sheet Metal Parts

Basic knowledge laser cutting explained for engineers: how the beam cuts, tolerance and edge limits, material behavior, and when to mill instead.

Basic Knowledge of M Codes for CNC Milling

Basic knowledge of M codes for CNC milling: modal vs non-modal commands, spindle and coolant control, tool changes, and machine-specific limits.

Basic Knowledge of Manual CNC Machine Tools

Manual machine tools and CNC controls share the same cutting logic. Learn handwheel moves, feeds and speeds, then how G-code repeats them.

Basic Knowledge of Precision CNC Machining

A practical guide to precision CNC machining: how G-code drives motion, what tolerance and finish numbers mean, and when a part suits 3-axis, 4-axis or 5-axis work.

Basic Knowledge of Shaft CNC Machining

Basic knowledge of shaft CNC machining: how turning handles diameters, shoulders, keyways and runout, plus tolerances, materials and when to add milling.

Basic Knowledge of Steel CNC Milling

Alloy behavior, tooling, cutting parameters and inspection for steel CNC milling. Written for engineers who need to judge part feasibility and cost.

Basic Knowledge of Tools Design and Lighting in CNC Fixtures

Basic knowledge of tools design and lighting for CNC fixture planning: seating rules, datum choice, clearance, and inspection points that hold ±0.005 mm.

Basic Knowledge of Vertical CNC Milling Machines

A practical guide to vertical CNC milling: spindle orientation, axes, workholding, tolerances, and when a VMC is the wrong machine for a part.

Basic Knowledge Sheet Metal Processing Guide

Basic knowledge sheet metal: materials, cutting, bending, tolerances and finishes. Written for engineers and buyers specifying formed parts.

Basic Knowledge Tutorial: CNC Metal Milling

A basic knowledge tutorial on CNC metal milling: axes, tooling, materials, tolerances and when milling is the right call for your part.

Basic Knowledge: Measurement Machine With Three Coordinates

Basic knowledge of the three-coordinate measurement machine: probe types, accuracy specs, fixturing, alignment, and when to choose CMM over other inspection.

Basic Machining Knowledge: If You Get These Wrong

Basic machining knowledge for engineers: datums, tolerance stack, surface finish, tool access, and setup. Learn which parts suit CNC and which do not.

Basic Offset Strategy 7 in CNC Machining Explained

A practical guide to the basic offset strategy 7 in CNC machining: how cutter, radial and axial offsets control size, finish and tool life.

Basic Precision Parts CNC Machining: A Guide

A practical guide to basic precision parts CNC machining: how the process works, which machine fits which part, tolerances, materials, and how to choose a shop.

Basic Principles and Material Design of Step Engines

How step-by-step engine principles translate into real material and machining decisions: loads, temperature, sealing, and which alloys to pick.

Basic Problems With 3D Printing Slicing Software

A practical guide to basic problems in 3D printing slicing software: mesh errors, wall gaps, thin features and when to switch to CNC machining instead.