Custom fabrication is the step that turns a design into an actual booth — sheet goods, steel or aluminum frame, lighting integration, graphics panels, crated and truckable within show freight limits. For Orlando programs, fabrication has to account for OCCC's loading constraints, Florida humidity during outdoor staging, and the often-compressed installation windows that OCCC's GSCs publish.
We run custom fabrication in-house rather than outsourcing because the feedback loop between design, shop, and field install is where quality survives. The shop's tolerances, the finisher's paint booth, the laminator's substrate stock, and the crater's experience with the specific carrier routes to OCCC all affect the final product more than the renderer.
This service covers our fabrication process, the materials and finishes we use in the Florida market, how we handle structural engineering for hanging elements and double-deck builds at OCCC, the pack-out and freight planning that keeps a booth cost-effective across multiple shows, and where fabrication projects typically fail when the shop and design team are not in the same room.
Why in-house fabrication matters more than any single tool
We operate our own shop — CNC router, panel saws, welding bay, paint booth, laminators, graphics print room, and crating area in the same building. This matters because booth fabrication is a series of handoffs, and every time a handoff goes across buildings or companies, quality drops and schedule slips.
A graphic that prints a half-shade off from the approved proof is a same-afternoon reprint in our building and a three-day delay across vendors. A scenic wall that doesn't seat cleanly against the floor is a shop-floor cabinetry adjustment in our building and a logistics negotiation everywhere else. The shop is where fabrication quality actually lives.
Materials chosen for Florida and for travel
We specify materials that perform in both the Florida climate and in freight. Florida humidity and temperature swings punish cheap laminates and unsealed MDF. For exterior-visible surfaces we prefer phenolic laminates, true hardwood veneers with catalyzed finishes, or high-pressure solid-surface materials over cost-driven melamine.
For frame systems, lightweight extruded aluminum with concealed connectors reduces both weight and freight cost compared to welded steel, and it disassembles cleanly for reuse. We use welded steel where the design genuinely requires it — double-deck stair stringers, cantilevered hanging sign armatures, heavy kinetic elements — and we engineer those with stamped drawings.
Graphics substrates: tension fabric for large wall fields, direct-print Sintra for crisp rigid graphics, backlit fabric for illuminated hero walls, dye-sub for reusable modular graphics. Each has different costs per square foot, different weights, different reshipment tolerance. We specify per panel based on how that panel will actually be handled across the client's show calendar.
Structural engineering sits inside the fabrication workflow
Hanging signs, double-deck exhibits, cantilevered scenic elements, and heavy rigging all need structural engineering review before OCCC's GSCs will approve them. We keep a structural engineering partner on retainer so that approval drawings come back inside the fabrication schedule, not after it.
Double-deck builds at OCCC require stamped drawings, load calculations, stair and rail compliance, and usually an on-site engineer walk at install. We build those requirements into the fabrication plan from week one — deck panels, stair components, rail systems, and load-bearing connectors are fabricated against the engineered drawings, not adjusted to fit them.
The pre-build: we assemble the booth in the shop before it ships
Every custom booth over 10x20 gets a full pre-build in our shop before we crate it. Every panel is dry-fitted, every graphic is hung and reviewed under proper lighting, every fitting is checked, every cable run is pulled, every LED wall is powered on, every hanging sign is test-assembled at ground level.
The pre-build is where we find problems while we still have the whole shop to fix them. A graphic that prints slightly off-color, a panel edge that chips, a fitting that doesn't lock, a power distribution miscalculation — all 30-minute fixes in the shop and 6-hour fires on the OCCC floor. Clients are invited to the pre-build. It is the most useful meeting in the project.
Crating and freight for the rolling show calendar
A booth crated for one show and then re-crated for the next is a booth that gets damaged. We crate for the full calendar: panel dividers sized for reuse, foam and edge protection chosen for repeat handling, crates built with casters and forklift pockets that match the venues the booth will actually travel to, label systems that survive humidity and long-haul routes.
For OCCC freight specifically, we size crates to the dock and hall door dimensions. We also plan freight consolidation: an Orlando show that rolls to Vegas four weeks later benefits from one carrier, one bill of lading, and one handling event, not two.
Finish quality separates impressive from embarrassing
OCCC attendees see thousands of booths across a show week. Finish quality reads faster than most clients expect. Scuffed edges, mismatched laminate seams, visible fasteners where they shouldn't be, and paint inconsistencies all get discounted from across the aisle. We budget finish time the same way we budget fabrication — it's a discrete line item, not a cleanup at the end.
For high-visibility surfaces we spray catalyzed paint in the booth, sand and re-coat rather than patch, and seal edges with matched color. For wood finishes we match grain direction across panels before assembly. For graphics we calibrate the print room to the day's ambient humidity before running hero panels.
Fabrication timeline for OCCC shows
A typical custom booth for OCCC runs 8 to 12 weeks of fabrication from design lock, with another 3 to 4 weeks of graphics production that overlaps the last half. Rush schedules compress this to 6 weeks and usually raise material costs 15 to 25 percent because we lose the ability to source optimally.
The compression points are (1) structural engineering sign-off for hanging and deck elements, (2) graphics release dates from the client's marketing team, and (3) carrier booking windows for show freight. We manage all three against the show's posted deadlines from project kickoff.