In your post, you specify that you need the 3d print models to be parametric in grasshopper. Over the past year I’ve been developing complex parametric models using Rhino’s python interface. I define adjustable parameters at the top of the code, so that it can be used flexibly to get a variety of results. Would you consider a python approach or do you need the models to be grasshopper specifically?
Hello there
I have 5 years of experience with FDM 3d printing, and use Rhino and grasshopper to develop pieces for printing aswell.
i’d be glad to chat and discuss the scopus of your projects
This sounds like a good fit for my skillset with Grasshopper and 3D printing workflows.
Im comfortable working from loose concepts and building out efficient parametric models.
Let me know if you’d like to discuss details or see some past work.
Parametric design for FDM is exactly what I do! I build robust and fast Grasshopper systems that handle complex geometry while respecting manufacturing constraints.
Recent example: Created a parametric grip pattern system for sportswear that went from 3-5 manual concepts/day to 50+ validated variants/day. The system handled double-curved surfaces, automatic edge cases, and embedded performance analytics—all while enforcing FDM constraints like wall thickness, overhang angles, and support minimization.
My approach: I work well from loose concepts and build clean, efficient scripts that others can actually modify later. You can see an interactive demo of my lattice generator at www.dimiale.com, and I have a portfolio showing the full Grasshopper systems.
I’m looking for long-term collaboration too—prefer building a working relationship over one-off projects.
What product category are you working in? Happy to chat this week!
