Metal CNC Machined Parts

CNC Turned Brass Parts For Electrical

Compared to stamping, CNC-turned brass parts offer superior dimensional consistency and surface quality. The roundness tolerance of the finished parts is maintained within 0.005mm, effectively

CNC Aluminum Milling Parts

CNC-milled aluminum parts offer exceptional lightweight properties, boasting a density only one-third that of steel while maintaining sufficient structural strength. Surface roughness after

Low-volume CNC Metal Prototype Parts

Material selection covers common engineering alloys, including 6061 aluminum alloy, S45C carbon steel, and 304 stainless steel. Post-processing options include anodizing and quenching to simulate the

CNC Machined 6061 Aluminum Alloy Parts

After T6 heat treatment, 6061 aluminum alloy parts can be CNC machined to achieve an excellent balance of strength and cutting performance. Using a three-flute carbide end mill, this material can

Machining CNC 7075 Aluminum Parts

Compared to traditional machining methods, ultrasonic vibration-assisted cutting technology can reduce cutting forces on 7075 by 40% and improve surface roughness to Ra0.2. In satellite structural

CNC 6082 Aluminum Alloy Parts Based On Part Drawings

CNC machining of 6082 aluminum alloy parts achieves an excellent balance of strength and processability. After T6 heat treatment, this material achieves a tensile strength of up to 310 MPa, making it

CNC 304 Stainless Steel Parts

CNC machining is a precise and efficient manufacturing method suitable for a wide variety of materials, both metallic and non-metallic. Stainless steel's popularity as a machining material stems

CNC 316/316L Stainless Steel Parts

Both materials perform exceptionally well in marine engineering: 316 is suitable for load-bearing structural components, while 316L is more suitable for welding piping systems. Desalination system

CNC Precision 316 Stainless Steel Parts

Compared to ordinary stainless steel, parts machined from 316 can extend their service life by 3-5 times in chlorine-containing environments. This balance of precision and corrosion resistance makes

CNC Machining 17-4/904L Stainless Steel Parts

Due to the machining differences between the two materials, 17-4PH is more suitable for high-speed milling with carbide tools, while 904L is recommended for low-speed, high-feed machining with

Precision CNC Machined Metal Parts

With the advancement of intelligent manufacturing, milling and turning centers integrate multiple processes, reducing setup errors by over 50%. Adaptive machining systems automatically compensate for

Machining Of CNC Q235/S235 Carbon Steel Parts

Q235/S235 carbon steel parts, thanks to their excellent mechanical properties and cost-effective processing, have become a fundamental choice in industrial manufacturing. These parts are suitable for