Scan or Survey
Capture locations, existing objects, and awkward physical constraints with LiDAR or object scanning when measurements alone are not enough.
LiDAR, mesh integration & fabrication
Winnovation Design
Location scanning, object capture, mesh-based design, and metal fabrication for productions that need digital intent translated into real-world precision.
What I do
From scans, drawings, and digital models to camera-ready physical objects.
Winnovation Design helps art departments, set decorators, prop masters, and construction teams decide how a piece should actually be made. The work can start with LiDAR surveys, object scans, drawings, references, dimensions, and production constraints, then move through mesh integration, fabrication choices, materials, build strategy, and final practical delivery.
The bridge
A clear path from scan to structure
Integrate the Mesh
Bring scan data into the drawing process so new parts can be designed around real surfaces, offsets, gaps, and attachment points.
Design the Missing Piece
Use the existing scanned pieces to solve the geometry, shape the replacement or connector, and decide what has to be fabricated.
Fabricate and Fit
Cut, weld, form, fasten, test-fit, adjust, and prepare the piece so it works physically, visually, safely, and within the scanned space.
Deliver Set-Ready
Provide the final object, assembly, or component ready for paint, scenic treatment, installation, or direct use.
Scanning workflow
Real spaces and objects become usable build data.
LiDAR surveys help capture locations before fabrication starts, so set pieces can be designed around the space they need to occupy. Individual objects can also be scanned, assembled digitally, and used as the reference for the missing part that has to be fabricated.
That scan-to-build workflow is especially useful when the original part is irregular, damaged, unavailable, or has to connect to existing production pieces with a believable fit.
Capabilities
Built for the odd, specific, deadline-driven pieces production always needs.
LiDAR and Object Scanning
Location surveys, object capture, mesh cleanup, and scan-informed drawing support for pieces that need to fit real-world geometry.
Metal Fabrication
Frames, brackets, supports, prop structures, visible metalwork, hidden reinforcement, and custom one-off assemblies.
Mesh-to-Drawing Integration
Using scan data alongside CAD, sketches, and reference photos to produce a practical shop plan.
Digital-to-Physical Planning
Solving the gap between what exists in a drawing or render and what can be built, moved, finished, and filmed.
Problem Solving
Material choices, attachment points, breakdowns, rigging considerations, tolerances, and on-the-fly build decisions.
Selected work
Fabricated details, set structures, and practical builds for production.
Scan-informed missing part fabrication
Ornate skylight fabrication
Large-scale set structure
Spiral stair assembly
Book a build
Send drawings, references, or a rough idea. I can help figure out the physical path.
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Useful first details
- Drawing, render, sketch, or reference image
- Existing scan data, object photos, or a location to survey
- Approximate size and required strength
- Scene use, finish, movement, and deadline
- Whether the piece is seen, hidden, removable, or duplicated