SOUTH EAST PENNSYLVANIA • MAKERS • COMMUNITY
SEPA 3D Printing Club

The SEPA 3D printing club is a new community forming in South East Pennsylvania for hobbyists, makers, tinkerers, and small businesses using 3D printing.
We’re building a friendly local hub for troubleshooting, skill-sharing, and project collaboration—starting online and expanding into meetups as interest grows. Want early updates? Message us.
What we’ll do
- Printer setup, repair, tuning, and calibration help
- Filament and material discussions with print optimization
- Slicer settings, troubleshooting, and practical workflows
- CAD and design tips with beginner-friendly guidance
- Show-and-tell for projects, mods, and print results
Who this is for
- Beginners who want help getting started
- Experienced makers who enjoy sharing knowledge
- Cosplayers, prop builders, and model makers
- Designers, engineers, and technical creatives
- Small businesses using 3D printing in production
Discord server and future meetups
The Discord server will be the main hub for Q&A, troubleshooting, project sharing, and announcements. As interest grows, we’ll coordinate casual meetups and hands-on workshops across the SEPA region.
We’ll also share reputable learning resources when helpful, such as Prusa’s beginner guides: Prusa Knowledge Base.
Want to help shape the club from the start? Reach out here.
Why we’re starting this
South East Pennsylvania has a growing number of people printing at home—everything from functional parts and miniatures to cosplay builds and small-batch production. But when something breaks, prints fail, or settings get confusing, most makers end up troubleshooting alone.
This club is meant to make learning faster and more fun by connecting local makers who can share experience, recommend materials, compare workflows, and help each other avoid common mistakes. The online community will be the foundation, and meetups will follow once there’s enough interest.
If you’re in SEPA and want to join early, send a quick message with your town and printer model.