We cast exclusively with ninety-nine point nine percent pure electrolytic copper, eliminating internal voids through controlled vacuum de-gassing and thermal distribution analysis.

After breakout, master artisans execute cold-chasing with pneumatic chisels to resolve seam lines, preserving sculptural geometries within millimeter engineering tolerances.

Castings and Patinas

Monolithic castings and architectural installations finished with stable sulfurated patinas, verdigris treatments, and high-polish burnished surfaces engineered for outdoor institutional resilience.

The Casting Lifecycle

Digitisation

Investment Moulding

Furnace Pour

Patination and Rigging

Laser scanning and photogrammetric measurement digitise physical artist maquettes into parametric CAD files, resolving structural armature points and load-bearing internal skeletons.

Ceramic shell investment and silicone multi-piece matrixes capture micro-topographical surface nuances, supported by thermal gating systems designed to prevent gas porosity.

Induction melt systems heat pure copper to eleven hundred degrees Celsius before single-pour crane distribution under continuous pyrometric temperature monitoring.

Chemical oxidation achieves targeted mineral patinas prior to final seal application, crate craning, and on-site architectural mounting verification.

Provide project dimensional requirements, weight constraints, and installation timelines. Technical directors issue initial metallurgic and casting feasibility analyses within forty-eight hours.