Typically used to refer to steels which are not stainless, we also frequently machine carbon steels for virtually any industry, especially automotive and heavy industry.
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Examples of Carbon Steel for Precision Parts
Carbon Steel
12L14
We work frequently with 12L14, the fastest and easiest-machining of the carbon steels. The ‘L’ in the name stands for lead, which is responsible for its great machining characteristics. Screws, fasteners, and other relatively simple parts to be produced in high numbers are perfect for 12L14. Also known as Ledloy.
Carbon Steel
1018
A common low-carbon alloy often used for bolts, mechanical parts, pins, and other applications where hardness is critical. Excellent for Swiss turning. 1020 is a similar option.
Carbon Steel
Sandvik 20AP
Often used in the Swiss watch industry, we can machine 20AP for similar applications where precision is critical.
Carbon Steel
1008
While not easily machined, 1008 is a low-carbon steel that can be used for cold-formed parts.
Carbon Steel
52100
A strong, tough steel used in bearing and other applications that require high impact resistance.
Carbon Steel
1144
A common choice for fasteners, screws, and the like.
Carbon Steel
1010
A lower-strength steel often used in applications like car bodies and sometimes machined into things like fasteners. Well-suited to cold-forming processes.
Carbon Steel
1213/1215
Steels which prioritize machinability and surface finish. Well-suited to parts which don’t experience high stress.
Carbon Steel
1117
Similar to 1018 but with added sulfur to improve machinability.
Carbon Steel
11L41
A strong, tough steel used in suitably industrial applications like shafts and bolts.
Carbon Steel
1050
A high-carbon steel that can be hardened to Rc 58 with a moderate machinability rating.
Carbon Steel
1090
A balanced steel alloy similar to 1095 that can be tricky to machine.
Sample Precision Parts using Steel
