HOME PRODUCTION SERVICES OUR EQUIPMENT ABOUT US CONTACT Computer-Aided Engineering and Design Our degreed engineers can provide a wide variety of engineering services, from CAD and surface modeling of new parts, to computer simulations and hand calculations to check the strength of parts under load, to advanced generative design with topology optimization for maximizing a part's strength-to-weight ratio! Just contact us if you need design or engineering/simulation services! We also offer reverse engineering services if you have lost your CAD drawings.

HOME PRODUCTION SERVICES OUR EQUIPMENT ABOUT US CONTACT Reverse-Engineering Services Do you have a part you need to replicate, but no CAD file or drawings? No problem! We use traditional hand measurements, the precise FARO GAGE electronic measurement arm, and even 3D scanning to recreate your part, create drawings, and then produce it ourselves if needed!

HOME PRODUCTION SERVICES OUR EQUIPMENT ABOUT US CONTACT Metal Part Repair Do you have damaged metal parts that you would like repaired? It's always better to repair rather than replace, when possible! Contact us for our services!

HOME PRODUCTION SERVICES OUR EQUIPMENT ABOUT US CONTACT Plastic 3D Printing Services At Auburn University, Tommy saw firsthand the power of 3D printing to quickly produce prototype parts. Additionally, our shop sometimes uses 3D printing to produce workholding fixtures for machining operations. We can do both prototypes and end-use parts (usually workholding devices) for you! Currently, we only have access to printers that print in plastic using the FDM and SLA processes, but we are interested in expanding into direct printing of metals! We can also 3D print net-shape parts to create investment casting molds, see here for more information!

HOME PRODUCTION SERVICES OUR EQUIPMENT ABOUT US CONTACT Investment Casting with 3D Printing What if you have a part design with very complex geometry (e.g. undercuts) that cannot easily be machined? Directly 3D printing in metal is not a great option due to the high cost, but fortunately it is possible to print the net-shape part in plastic, then create molds for investment casting by burnout! We are working with researchers at Auburn University to experiment with this technique, and would love to try it for customers that need complex, optimized geometries produced in metal. (You will know if you need this). It is a great companion to our engineering design services that can use topology optimization among other techniques!