Automated post-processing
Finished parts, automatically.
Print, wash, and cure inside one enclosed system.
Finished parts. One machine. One touch.
RIPP
Resin with Integrated Post-Processing
A compact, all-in-one system that prints, washes, and cures automatically.
Filtered, enclosed, and designed for a cleaner workflow.
The problem
Resin quality. Resin mess.
Traditional resin printing turns one part into a chain of open trays, transfers, fumes, and cleanup.
The print is precise. The process around it is not.
The solution
One enclosed path from file to finished part.
Print. Wash. Cure. Filter. Recycle.
One machine handles the workflow.
Features
The whole workflow, reduced.
Compact footprint
A resin lab on your desk.
No separate stations. No sprawling bench setup.
Cleaner workflow
Less handling. Less exposure.
Interact with finished parts, not open resin and solvent trays.
Fume filtration
Designed for real workspaces.
Filtered and enclosed for a calmer desktop workflow.
Fluid recycling
Cleaner fluid, longer.
Optional recycling helps extend wash fluid life.
Production scaling
Scale without a resin lab.
Tile compact units into automated desktop cells.
Tileable production
From one machine to a production cell.
Scale output—without scaling the mess.
Start with one machine. Add more as demand grows. RIPP units are designed to sit flush, side-by-side—no wasted space, no extra handling, no separate post-processing stations.
Zero wasted side clearance
Shared fluid infrastructure
Parallel automated output
Compact production cells
Cell 01
Cell 02
Cell 03
Cell 04
Cell 05
Cell 06
Image placeholder
Future model viewer
A GLB product viewer can live here in v2.
This section is reserved for an interactive product model once the industrial design is ready. For v1, the page stays light and fast with no heavy 3D library.
Comparison
A complete resin workflow in one compact system.
Traditional resin printing spreads the job across multiple tools, open containers, and manual steps. RIPP brings printing, washing, curing, filtration, and optional fluid recycling into one enclosed workflow.
Manual resin workflow
High detail. High friction.
- Open resin handling
- Manual wash and cure
- More cleanup
- Hard to repeat
Printer + wash/cure setup
The benchmark setup, still split apart.
- Multiple devices
- Manual transfer
- Solvent exposure
- Extra bench space
Industrial resin systems
Automated, but built for factories.
- Large footprint
- Specialized facilities
- Expensive integration
- Enterprise scale
RIPP
The complete workflow, desktop sized.
- Prints, washes, cures
- One-touch workflow
- Filtered enclosure
- Directly tileable
Built for the people who want resin-quality parts—not a resin lab.
Prototype proof
Real hardware. Not a render.
Built by Purdue mechanical engineering students, RIPP is a working prototype backed by over a year of design, testing, and iteration.
Patent pending.
The team is refining reliability, packaging, manufacturability, and user experience ahead of a Kickstarter launch.
Specs preview
Designed for the desktop, built like a machine.
- Process
- Masked stereolithography resin printing
- Post-process
- Automated wash and cure
- Enclosure
- Filtered, low-odor workflow
- Finish
- Black shell, orange acrylic, aluminum accents
- Module
- Optional wash fluid recycling
- Expansion
- Tileable multi-unit production
Launch roadmap
From prototype to Kickstarter.
RIPP is already a working prototype. The next steps focus on reliability, manufacturability, launch preparation, and early production.
Spring 2025
Concept validation
Summer 2025
First integrated prototype
Fall 2025
Prototype refinement
Winter 2026
Studio prototype
Spring 2026
Pre-launch testing
Summer 2026
Kickstarter launch
Late 2026
Manufacturing preparation
Early 2027
First production units
Roadmap dates are current targets and may shift as testing, certification, and manufacturing planning progress.
Kickstarter soon
Be first in line for a cleaner resin workflow.
Join the launch list for prototype updates, Kickstarter access, and early supporter pricing.