WHY THIS ENGINEERING MATTERS
- Anticipates: The microscopic warping of large wood substrates that ruins the “mirror effect” of high-gloss finishes.
- Stabilizes: The radial tension of the starburst veneer pattern against the linear grain of the core.
- Delivers: A monolithic surface that maintains zero-tolerance planarity even under heavy table settings.
“A high-gloss surface is the most unforgiving finish in furniture engineering; it conceals nothing and amplifies every imperfection.”
In spatial compositions where furniture must operate with architectural authority rather than decorative intent, this dining system is designed to read as a resolved presence—visually disciplined at the primary sightline, stable at the structural logic, and fully adaptable to the spatial hierarchy of its environment.
Engineering Foresight
The development of this system began with the assumption that hygroscopic expansion would eventually disrupt the continuity of the complex veneer arrangement. These are issues that typically surface in large tables when HVAC systems cycle intermittently. Rather than relying on a standard MDF core, the design neutralizes this force by utilizing a marine-grade OE-Core™ Composite sandwiched with aluminum stabilizers.
This intervention interrupts the failure path before it affects the finish. The tabletop remains inert, preserving the glass-like reflection of the polyester lacquer.
Technically, the Neoclassical Macassar Ebony Dining Table is conceived as a configurable dining system. Categorically defined as a static architectural element. The twin-pedestal base design eliminates corner legs, optimizing seating capacity and legroom clearance for 8–10 guests.
Project-Specific Interpretation
[SIMULATION]: In a recent specification for a Private Diplomatic Residence in Geneva, the design was adapted to accommodate heavy silver service ware. Despite the concentrated loads of candelabras and centerpieces, the system absorbed the weight without deflection. The integration of gilded bronze trim on the apron acted not just as decoration, but as a rigid edge-band to protect the veneer termination points.
Structural Scalability
The support logic applies OE-Span™ Logic to manage the distance between the two pedestals. This internal stiffening matrix prevents the center of the table from sagging over time. This detailing follows criteria established through multiple long-cycle installations, ensuring that the connection between the heavy top and the ivory-lacquered bases remains rigid and silent.
Installation & Site Coordination
Due to the density of the composite core and the fragility of the high-gloss finish, the **Neoclassical Macassar Ebony Dining Table** requires specific logistical planning.
- Weight Factor: The tabletop exceeds 120kg; mechanical lift or 4-person handling team required.
- Vertical Transport: If elevator depth is less than 2900mm, the tabletop must be specified as a “Split-Top” configuration with a concealed central expansion joint.
- Assembly: Pedestals are positioned first; the top is lowered onto locating pins and bolted from beneath.
Engineering Specifications (Reference)
| Structural System | OE-Span™ Composite Core with Aluminum Backing |
| Primary Function | Prevention of Longitudinal Deflection |
| Surface Hardness | Polyester Piano Finish (Buffed to Mirror) |
| Decorative Metal | Cast Brass with 24k Gold Plating |
| Specification Freeze | Confirmed at CAD Sign-Off |
OEM & Bespoke Services
- Full CAD & Shop Drawing Coordination.
- Veneer Selection (Macassar, Walnut Burl, or Rosewood).
- Inlay Pattern Customization (Monograms or Geometric Borders).
- Initiate Bespoke Specification
This is typically selected by clients who prefer to decide once — and never revisit the decision.
Technical Disclaimer: Installation conditions and floor tolerances remain the responsibility of the appointed contractor. Even when this system is not selected, the criteria defined here often become the reference point for evaluating all future alternatives.
