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/ Engineering background

Parametric CAD and material behavior

Bridging computational surface modeling with physical additive manufacturing, prioritizing real-world tolerances and material viability over purely speculative renders.

Material philosophy

Design for additive manufacturing

Every draft angle and wall thickness is designed around resin shrinkage and layer adhesion. I model geometry that respects how materials actually behave under thermal stress.

No speculative renders that collapse on the print bed—just verified tolerances, clean solids, and functional physical parts built for industrial applications.

Methodology

Four-step engineering sequence

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STEP import

Toolpath slicing

Additive fabrication

Post-cure stability

Surface verification and solid model inspection for non-manifold edges and face anomalies.

Custom support generation and vector optimization tailored to specific polymer shrinkage rates.

High-resolution layer deposition using engineering resins and carbon-reinforced filaments.

Controlled thermal treatment and ultrasonic washing to relieve residual internal stresses.

Have a technical geometry review in mind?

Submit your STEP, IGES, or STL files for direct consultation.