POM (Polyoxymethylene, also known as Acetal/Delrin) and Nylon (Polyamide/PA) are two of the most common engineering plastics for CNC-machined parts. Both machine well and offer good wear resistance, but they…

In stainless steel CNC manufacturing, 304 and 304L CNC part are frequently compared on the same RFQ. Both are austenitic stainless steels with similar baseline corrosion resistance, but they differ…

Orthopedic OEMs, labs, and instrument teams use cnc orthopedic plastics to produce light, corrosion-free polymer components with fast design iteration. The best outcomes come when cnc plastics is treated as…

Choosing a qualified automotive CNC machining supplier is not only about finding a shop with machines—it is about securing a production partner that can protect your Accuracy, tolerance, shipping speed,…

Auto parts precision manufacturing increasingly demands higher consistency, shorter lead times, and lower total landed cost; auto cnc machining is often the core method for achieving high-precision mass production. This…

As heavy industry continues to grow, demand for large part cnc turning is rising across sectors such as heavy equipment, new energy, aerospace, and rail transit. Compared with standard turning,…

In manufacturing process selection, 3d printing vs cnc machining cost comparison is a core basis for business decision-making. As two mainstream production methods, their differences in equipment investment, material waste,…

In product development and low-volume manufacturing, “cnc machining vs 3D printing” is not a simple either-or choice. It is an engineering decision framework built around accuracy/tolerances, material performance, surface finish,…

In the manufacturing industry, 3 axis CNC machining cost is a key factor influencing production decisions and project budgets. As market competition intensifies and demand for personalized, high-precision parts grows,…