Mechanical Engineering

mechanicalrnd

Mechanical engineering is the complete process of:

– Applying the principles of engineering, physics, and materials science to component and product design/development;

– Designing protective enclosures for electronics, mechanisms, and other components/sub-systems to meet and/or exceed environmental and ruggedization requirements;

– Developing, analyzing, rapid prototyping, manufacturing, and maintenance of mechanical components, sub-systems, and fully integrated products/mechanisms in the most cost effective and timely manner to maximize new product success.

 


Design/Development

AutoCad – 2D Design

SolidWorks – 3D Design

Quotation and Fabrication Support

Integration and Testing Support

 

Molding/Casting

Plastic Injection Molding

Metal/Ceramic/Plastic Casting

Rotational Molding

Blow Molding

 

Precision Machined Parts

3 Axis CNC Machining

4 and 5 Axis CNC Machining

Turning

Welding

Deburring

Wet Spray Painting

Anodizing

Rapid Prototyping

SLA – Sterolithography

CNC Machine (3-5 axis)

FDM – 3D Model Printing

Plastic/Metal Molding/Casting

 

Forming

Sheet Metal

Heavy Plastic Sheet

Plastic Thermo FOrming

Structural Tubing

 

EDM Machining

Forging

Honing

Grinding

Tumbling

Powder Coating

Plating

Materials: Metal, Ceramic, Stainless Steel, Titanium Inconel, Plastic, Non-Ferrous Alloy