Nick G.

I specialize in functional 3D modeling, 3D printing, prototyping, and custom part design with a strong background in hands-on technical troubleshooting.

My work focuses on creating practical models that are meant to actually fit, function, and be manufactured or 3D printed—not just look good on screen.

I have experience designing and modifying replacement parts, brackets, hooks, mounts, adapters, arcade machine components, personalized products, prototypes, and other functional objects based on measurements, photographs, sketches, existing parts, or a client's idea.

My workflow can include:

Creating custom 3D models from measurements or reference images
Designing functional parts for 3D printing
Recreating broken or unavailable plastic components
Modifying and repairing STL files
Resizing and adapting existing models
Adding holes, mounting points, text, logos, and other features
Designing brackets, hooks, mounts, adapters, spacers, and connectors
Preparing models for reliable 3D printing
Evaluating print orientation, strength, supports, and manufacturability
Printing and physically testing prototype designs
Revising models based on real-world fit and function

My background also includes Unity development, arcade equipment, electronics, Arduino systems, sensors, switches, controls, PCs, and hardware/software troubleshooting. That experience helps me understand how a custom-designed part will interact with the equipment around it.

I particularly enjoy projects where a client has a real-world problem such as:

“I can't buy this replacement part anymore.”

“This part keeps breaking.”

“I need something to mount these two components together.”

“I have an idea but don't know how to turn it into a printable model.”

“I have an STL that needs to be changed.”

If you can provide measurements, photographs, sketches, an existing model, or the original component, I can help determine a practical way to turn it into a usable 3D design.

I value clear communication, accurate measurements, practical design decisions, testing, and iterative improvement.