Existing file manufacturing review
For CAD, STEP, STL, OBJ, drawings, or prototype files that need geometry, intended-use, material/process, tolerance, and production-path review before making anything.
Gainesville, FL · Review-based custom manufacturing
Custom functional parts, reverse engineering, and digital manufacturing.
ADP helps local startups, labs, builders, and technical teams turn real-world part problems into manufacturable solutions — combining CAD/CAM, reverse engineering, material/process judgment, DFM review, and short-run functional production.
Start with the real part problem. ADP reviews the details, then responds with the practical next step: quote, prototype, design revision, material/process recommendation, or alternate path.
Not a commodity print farm
ADP is not selling “cheap prints.”
Making a shape is not the same thing as making a useful part. ADP focuses on functional outcomes: fit, material behavior, environment, fasteners, tolerances, installation context, production repeatability, and how the part will actually be used.
Use-case analysis before manufacturing
CAD/CAM and DFM review before production
Reverse engineering from parts, photos, measurements, and drawings
Material and process selection based on use case and environment
Orientation, anisotropy, tolerance, and fit-up judgment
Short-run production discipline for useful parts
Service lanes
What ADP can review
Every project starts with a practical review before quote, payment, production, timing, pickup, or shipping is confirmed.
Manufacturing review & minor DFM
Wall thickness, tolerances, fit-up, fastener strategy, manufacturing orientation, support strategy, and likely production issues for files that are close but not production-ready.
Reverse engineering
Review of broken, discontinued, unavailable, or undocumented parts using photos, measurements, drawings, and physical-part availability.
Custom functional design
Turning a functional requirement into a manufacturable part concept, CAD model, prototype path, and production-ready scope when the request fits current capability, schedule, and process.
Short-run functional production
Small batches where repeatability, tolerances, material choice, and production discipline matter — after an approved file and production path exist.
Intake quality
What to send with a request
The best requests explain the job the part has to do, not just what shape it should be.
- CAD/STEP/STL/OBJ files, PDF drawings, photos, or sketches if available
- Photos with a ruler, calipers, known object, or other scale reference
- The part’s job: what it supports, holds, seals, covers, spaces, adapts, or protects
- Environment: indoor/outdoor, heat, UV, water, chemical exposure, vibration, impact, or load
- Critical dimensions, mating parts, fasteners, tolerances, and fit concerns
- Quantity needed now and possible future quantity
- Desired timing and pickup/shipping preference
Best-fit customers
- Gainesville startups and small businesses
- UF labs, capstone teams, engineering groups, and technical operators
- Drone, robotics, field equipment, shop, marine, automotive, and lab users with practical custom part needs
- Customers who need useful functional parts, not decorative commodities
- Teams that value design review, material/process judgment, and short-run manufacturing discipline
Best-fit projects
- Broken, discontinued, unavailable, or awkward-to-source replacement pieces
- Mounts, brackets, adapters, covers, fixtures, jigs, and enclosures
- Prototype-to-first-article work where fit and iteration matter
- Small batches where repeatability matters more than cheapest-piece pricing
- Problems where practical manufacturing judgment is worth more than a blind print quote
Ready to start?
Have a part problem that needs engineering judgment?
Send the files, photos, measurements, and use-case context you have. ADP will review the part, ask for missing details if needed, and move practical requests into a quote path.
ADP provides custom design, reverse engineering, and digital manufacturing review for functional parts after the practical use case and manufacturing path are understood.