Machining Knowledge Hub

Learn all about PEEK CNC MACHINING with this full engineering guide: PEEK material advantages, grade selection, machining tolerances, processing challenges, cost breakdown & saving tips, surface finishing, industrial uses, PEKK/PPS...

Compare titanium vs stainless steel for custom CNC machined parts, covering material grades, strength, corrosion & heat resistance, weldability, machinability, cost and industry applications to streamline your metal material selection.

Get a full overview of cast aluminum manufacturing in this post. We cover key CNC machining techniques, the processing gap between cast and wrought aluminum, plus stress and tolerance control...

Find out why black anodized aluminum is favored for CNC parts, including Type II/III differences, selection tips, dimensional impacts, comparisons with other black finishes and engineering drawing specs.

Explores CNC wood machining feasibility, key processes, material selection (hardwoods/softwoods/engineered panels), design rules, and defect prevention—helping engineers turn wood designs into precise, manufacturable products.

Explains bronze’s advantages and applications, introduces mainstream bronze grades. It shares standard machining parameters, achievable tolerances, surface finish standards and machining processes, helping finish material selection, process planning and procurement...

As a basic mechanical feature, blind hole differs greatly from through-holes that run entirely through materials. It delivers core strengths including reliable sealing performance. Yet blind holes have obvious drawbacks...

This article clearly defines what a rivet is and explains its unique working mechanism. It also introduces mainstream types, common materials and practical application scenarios. Read on to systematically learn...

Learn the key differences between alloy steel and carbon steel. Compare their strength, corrosion resistance, machinability, cost, and applications to select the ideal material for your project or industrial needs.

This guide breaks down fillet vs. chamfer in machining, covering geometry, machining, pros/cons, and CNC selection tips to balance part strength, cost, assembly ease and safety for smart design choices.

G-code and M-code, the core commands for CNC machining. G-code controls tool movements including positioning, and feed rates. M-code manages auxiliary functions like spindle control and program stops. It lists...

Learn about what CNC routing is, the materials it can machine, its typical industry applications, and core strengths. It also compares with CNC milling and analyzes the key factors that...

This article covers tungsten’s core characteristics, pros and cons, and key application fields. It offers practical guidance for readers to select the right material based on specific needs, while addressing...

Key differences between Face Mill and End Mill—tool structure, machining efficiency, applications & pros/cons. Get clear comparisons to choose the right milling tool for flat surfaces, complex contours, or custom...

18/8, 18/10 and 18/0 stainless steels, detailing their compositional differences as well as the unique advantages and disadvantages of each grade. It also clarifies the key distinctions between them, providing...

Climb milling and conventional milling are two basic cutting methods in CNC milling. Climb milling moveswhile conventional milling moves against feed with thin-to-thick chips, suitable for old machines and roughing...

There are many excellent free CAM software options for CNC machining. Fusion 360, EstlCAM, FreeCAD, PyCAM and Kiri:Moto are the most popular choices. They support tool path generation, machining simulation...