Apart from CNC machining, steel and stainless steel parts are commonly processed using forging, powder metallurgy, sand casting, and investment casting, each matching different design and production requirements.

Investment casting generally provides better results than sand casting. It is highly versatile, supporting both complex or simple structures, handling small to large-scale production runs, and maintaining relatively low mold development costs.

Forging is preferred when the parts require high structural strength, as the process enhances product strength. However, it is typically restricted to producing parts with relatively simple structures compared to casting.

Powder metallurgy carries a relatively high mold cost. As a result, it is generally ideal and cost-effective only for manufacturing relatively small parts and supporting large-scale production volumes.

Investment casting has a lower mold development cost than powder metallurgy, and unlike powder metallurgy, it is well-suited for small batch production and the manufacturing of larger components.

Selecting the ideal metal forming technology depends on several factors, including the required product precision, structural complexity, mechanical properties, and the production quantity (dosage).