Engineering
At Fidelis 3D we focus on design drivers. Every single part and component down to every dimension, filet, and chamfer has a reason for being there. This design philosophy reduces part count, material usage, and ultimately cost and weight while ensuring parts are manufacturable and maintainable. Get in touch with us for a free consultation!
Mechanical Engineering
Most systems, machines, and products require mechanical engineering to prototype and manufacture a successful product. At Fidelis 3D, our team has experience ranging from pressure vessel design, to robotics and complex mechanisms. Our engineers are dedicated to designing your product to industry standards, no matter how simple or challenging. Our engineers focus on design drivers and Design For Manufacturing and Assembly (DFMA) to ensure that all mass-produced parts and low volume assemblies work and fit together off the production line. Get your product engineered the right way at Fidelis 3D. Contact us to speak to a lead engineer about our mechanical engineering expertise.
Electrical Engineering
Many products today include electrical components to make them more useful and powerful. Integrated electrical components not only provides essential functions to products, but allows for product monitoring and system feedback. Our electrical engineering team designs reliable and sophisticated PCBs that enable components like LEDs, Wifi, Bluetooth, and NFC modules, sensors, HD displays, cameras, and more to work together seamlessly. We have successfully completed projects featuring battery technology, solar power, IOT devices, deployable aero surfaces and more. Contact us to speak to an engineer and get an estimate for your electronic development.
Mathematical Modeling
Modern day engineering involves the use of various pieces of software to develop mathematical models. Fidelis 3D takes advantages of various software types such as finite element analysis, computational fluid dynamics, and system modelers such as Simulink and Simscape. Leveraging these software packages allows Fidelis 3D to generate accurate mathematical models that predict the performance of structural components and physical systems. This optimization allows for relevant design drivers to be developed that ensure performance can be captured and safety factors can be achieved to meet all pertinent standards and specifications.