Engineering Services, End to End
From the first sketch to the finished part, Krieg Solutions handles design, printing, and production. Tell us what you need, and we'll take it from there.
Custom 3D Printing
Enclosed-chamber FDM printing for functional prototypes and end-use parts. We match material to application: PLA and PETG for everyday parts, ABS and ASA for heat and weather resistance, TPU for flexible components, and high-temperature engineering materials such as polycarbonate, and carbon-fibre and glass-fibre reinforced nylon, for parts that have to carry real load or survive real heat. Every print is dialed in for the geometry, not run on defaults.
Mechanical Design & CAD
From a sketch or a broken part to a production-ready model. We design for manufacturability: correct tolerances, print-friendly geometry, and materials chosen for how the part will actually be used. STEP, STL, Fusion 360, SolidWorks, and FreeCAD formats supported.
Request a QuotePrototyping & Iteration
Fast turnaround on design iterations means you test ideas in hand, not on a screen. We work in short cycles: print, test, adjust, repeat. Whether you are validating a product concept or refining a production part, we keep the iteration loop tight.
Production Runs
Small to medium batch production with repeatable quality. The 270 x 270 x 256 mm build volume takes parts most desktop machines cannot, and the heated chamber keeps every copy dimensionally consistent. Documented print settings, consistent tolerances, and post-processing that makes parts production-ready.
Engineering Consultation
Not sure what is possible, or what your part should be made of? We consult on material selection, design for manufacturing, and additive vs. conventional manufacturing decisions. Straight answers about what works, what it costs, and what it takes to get there.
Talk to an Engineer
By the Numbers
Quality you can measure. Every project is documented so you know exactly what you are getting.
65 °C
actively heated chamber for high-temperature engineering filaments
24-72h
typical turnaround on single parts
10+
materials, from PLA to carbon-fibre engineering nylon
CAD to part
full-service workflow, no handoff gaps