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Carved Corbels - Cases

Carved Corbels - Cases

Historic Corbel Restoration for JTJ Studio Corporation - Exact Replication After Original Pieces Shattered

Project Type: Custom Corbel Replication / Architectural Restoration
Location: USA
Client: JTJ Studio Corp dba Vertical Space
Industry: Design / Architecture / Restoration / Specialty Build
Product System: Reverse Engineering + 3D Modeling + Master Pattern + Silicone Mold + Replication by Royal Foam
Timeline: Rapid custom restoration workflow
Result: Royal Foam recreated shattered custom corbels as precise replicas using digital modeling, 3D printing, silicone molds, and repeatable production methods.

PROJECT OVERVIEW

JTJ Studio Corp dba Vertical Space needed to replace a set of highly decorative custom corbels after the original pieces were damaged and shattered.
The challenge was not simply producing “similar” parts.
The client required:
  • Exact visual copies
  • Preservation of ornate historical detailing
  • Repeatable production capability
  • Fast turnaround for project continuity
  • Reliable fit with the existing installation
Royal Foam was selected to engineer a full replication solution.
Instead of starting from scratch with expensive carving, Royal Foam used a modern precision workflow to reproduce the original forms.

THE CHALLENGE

Context

  • Existing decorative components destroyed
  • Ornate profile with complex details
  • Replacement pieces needed to match surrounding architecture

Constraints

  • No off-the-shelf equivalent available
  • Fine ornamental details had to be preserved
  • Schedule pressure from ongoing project timeline

Risks

  • Hand-sculpted replacements could be inconsistent
  • Traditional carving would be costly and slow
  • Poor copies would be visually obvious
  • Inaccurate dimensions could delay installation

THE SOLUTION (ENGINEERING APPROACH)

5.1 Reverse Engineering

  • Measured surviving geometry / references
  • Captured profile dimensions and symmetry logic
  • Identified restoration tolerances

5.2 Digital Modeling

  • Full 3D CAD reconstruction of original corbel design
  • Cleanup of damaged areas
  • Refinement for perfect repeatability

5.3 Master Pattern Creation

  • High-resolution 3D printed master copy produced
  • Surface refinement for mold-ready quality

5.4 Mold & Production

  • Custom silicone mold fabricated
  • Replica corbels cast from approved master
  • Multiple matching units produced efficiently
Result: Exact-looking replacements with scalable production capability.

SYSTEM ARCHITECTURE

Replication Workflow
  1. Original reference assessment
  2. 3D digital model creation
  3. Printed master pattern
  4. Silicone production mold
  5. Final replicated corbels
Result: Traditional craftsmanship look with modern precision manufacturing.

BEFORE / AFTER COMPARISON

BEFORE

  • Original corbels shattered
  • Incomplete architectural assembly
  • No direct source for replacements

AFTER

  • Exact replicated corbels installed
  • Full visual continuity restored
  • Repeatable molds available for future production
The project moved from loss and uncertainty to complete restoration.

IMPLEMENTATION PROCESS

Step 1 — Assessment

  • Reviewed broken / reference components
  • Determined reproduction path

Step 2 — 3D Modeling

  • Built precise digital geometry
  • Corrected damaged or missing areas

Step 3 — Prototype

  • Produced 3D printed master sample
  • Verified shape and proportions

Step 4 — Mold Fabrication

  • Created silicone mold system
  • Prepared for production runs

Step 5 — Replication

  • Manufactured final corbels
  • Delivered ready for installation

RESULTS (KEY METRICS)

  • Exact-style replicas created from damaged originals
  • Fine ornamental detail preserved
  • Faster than traditional hand carving methods
  • Repeatable mold enables future replacements
  • Reduced restoration risk
  • Reliable dimensional consistency
  • Project schedule protected

VALUE ANALYSIS (TCO)

Parameter

 

 
Traditional Re-Carving

 

 
Royal Foam Replication Process

 

 
Accuracy

 

 
Variable

 

 
High

 

 
Repeatability

 

 
Low

 

 
Excellent

 

 
Lead Time

 

 
Longer

 

 
Faster

 

 
Future Reorders

 

 
Recreate again

 

 
Existing mold ready

 

 
Cost Efficiency

 

 
Lower efficiency

 

 
Higher efficiency

 

 
Detail Preservation

 

 
Good

 

 
Excellent

 

 

WHY NOT TRADITIONAL METHODS?

Traditional Replacement Path

  • Manual sculpting from scratch
  • Longer timelines
  • Harder to match originals exactly
  • Higher labor costs

Royal Foam Solution

  • Digital precision reconstruction
  • Fast prototype approval
  • Mold-based repeat production
  • Consistent final results

Let's bring your project to life!

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