AEROSPACE CNC MACHINING
DEED Precision uses advanced technology and the best engineering solutions to provide the most accurate parts for aerospace-with fewer changes and the lowest possible cost.
Focusing on the market, it covers aerospace and its components, including aircraft structural components, turbomachinery components and related (by process and/or material) products.
Aircraft structural parts manufacturing
DEED Precision’s machines have a wide range of sizes, flexibility and adaptability, which are very suitable for the manufacture of aircraft structural components. Available machine platforms can contain three, four, five axes, with a working area and stroke of up to 20 meters-which can accommodate the largest structural components.
–The spindle speed and torque can be customized for processing specific materials
–Provide industry-leading performance for processing aircraft structural components.
–Almost all machines can be integrated into the automation system.
Aircraft engine manufacturing
With numerous grinder, EDM and milling machine options, DEED machine are ideal for the manufacture of aircraft engines and other turbomachinery parts.
Grinding Machines
In addition to traditional milling machines, DEED also offers flexible grinding centers that can provide grinding capabilities on a multi-axis machining center platform. This allows traditional milling and drilling to be performed on the same machine. It also enables parts to be machined with the fewest set-ups, resulting in the smallest tolerance stack-up and the greatest accuracy.
Milling Machine
Various sizes and spindle characteristics can be customized. Three-axis, four-axis, and five-axis working areas and strokes can handle most engine parts, and can match the platform with the parts being processed according to size, feature geometry and material. The combination of high-performance motion control and high-performance axis features can create very precise multi-axis motions, while contouring, moving features to features, or at the same time. This ability is particularly beneficial in shaping the contour of the surface of the part. The spindle speed and torque can be selected and optimized for the specific materials involved.
Structural Parts Manufacturing
aluminum
Hard metal
Turbomachinery parts manufacturing
Milling
Grind
Related parts manufacturing
Parts and electronic products of similar materials and geometries
semiconductor
Other
