We specialize in custom aluminum CNC machining and surface treatment solutions with 15 years of CNC machining experience. From brushed textures to mirror polishing and industrial-grade polishing, our advanced aluminum polishing equipment and experienced team ensure that every project has excellent precision and quality.
With over 15 years of experience in CNC precision manufacturing, we are proficient in the Fryer M21 CNC Code Siemens Free workflow, ensuring best-in-class execution.
Aluminum, known for being lightweight and versatile, delivers excellent performance in a wide range of industries due to its outstanding combination of electrical conductivity and mechanical properties. At VMT, we are experts in producing custom aluminum parts engineered for precision, durability, and performance.
Copper is one of the most thermally and electrically conductive metals, making it ideal for CNC machining in critical applications like electronics, automotive, and optics. Let’s explore its properties, benefits, grades, and how it compares with other CNC metals.
The melting temperature of brass is usually between 900°C and 940°C. This range is determined by the mix of copper and zinc in the alloy. Brasses with higher zinc content melt at lower temperatures, while those with more copper need higher heat to melt.
Steel is stronger and cheaper; aluminum is lighter and resists corrosion better. Whether you need lightweight aluminum parts or high-strength steel components, VMT provides expert CNC milling and CNC turning services to meet your exact requirements.
With 15 years in the CNC machining industry, our team brings a wealth of experience. We specialize in low-volume production for industries like automotive, aerospace, and medical. Our services include CNC machining, rapid prototyping, die casting, and aluminum extrusion, ensuring we can handle a variety of production needs with precision and efficiency.
EDM machining is a cutting edge process that uses controlled sparks to shape materials without physical contact. It’s ideal for manufacturing complex parts with high accuracy, especially in industries like aerospace, medical, and automotive.
Not all materials can be used in 3D printing. Materials that cannot be melted, extruded, or solidified using current technologies, like traditional wood, diamonds, or ceramics without specialized techniques.
Surface finish symbols represent standardized instructions on technical drawings, guiding machinists on how smooth or rough a finished surface must be. Correctly reading these symbols ensures parts meet functional, aesthetic, and quality standards while reducing manufacturing errors.
