CNC milling of metals and plastics

CNC milling of metals and plastics CNC Partner Tlo Home
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CNC milling

We offer CNC milling of metals and plastics. Experience gained over the years gives us the ability to meet very demanding details. We have the right machines for milling large as well as small parts.

Milling of S235, S355 and C45 steel is the most common service we offer. These materials are usually used for major but less demanding parts. Instrument bodies, injection molds, punches, stamping dies and for welded parts. Relatively low price, high strength, weldability, easy availability and sufficient properties make these grades the most popular choice for designers. Steel C45 (1.1730 / 1.0503), unlike S235/S355, is suitable for heat treatment – so-called hardening – to increase hardness. This is the steel of choice for medium-duty and more wear-resistant parts – shafts, axles, spindles, rollers, rotors.

Just as often we perform precision milling of aluminum. So, too, we specify several grades depending on the expected properties, and this translates into the method of processing. Aluminum is the most graceful type of metal to cut.

The main feature of all aluminum grades is its low weight with relatively good strength. Milling aluminum compared to machining steel is much faster due to its low hardness. When cutting aluminum, the tools – milling cutters, milling heads and drills – wear dozens of times slower than when machining any steel. Examples of aluminum grades are PA4 (6082), PA6 (2017), PA9 (7075), PA11 (5754), PA13 (5083), PA38 (6060).

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Author
CNC Partner is a recognized expert in advanced CNC metal machining with years of experience in precision industrial manufacturing. The company specializes in milling, turning, wire EDM, and CNC grinding technologies, backed by deep technical knowledge gained through years of working with state-of-the-art numerical control systems. Their competencies include the design and production of complex components for key industrial sectors such as aerospace, automotive, medical, and automation. A practical mastery of advanced manufacturing processes and an in-depth understanding of technical requirements allow them to provide reliable information based on real-world production experience and industry best practices.
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