Digital Fabrication2020 - Present

3D Fabrication

End-to-end digital fabrication — photogrammetry scanning, NFC-embedded objects, and custom manufacturing.

200+

Prints Produced

PLA, PETG, ASA, TPU

Materials

NFC Embedded

Smart Tech

In-House

Production

CategoryFabrication / IoT
TechniquesFDM, Photogrammetry
ProductsPlanters, Trays, Figures, Logos
PipelineScan → Design → Print → Embed
ClientsRenarts, ONY, Maya's, Count Rackula
StatusOngoing
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication
3D Fabrication

Overview

An end-to-end digital fabrication practice spanning photogrammetry scanning, parametric design, NFC-embedded interactive objects, and custom manufacturing for brands, artists, and community events. From concept to physical product — every piece is designed, engineered, and produced in-house. The pipeline bridges the gap between digital design and physical reality: scan real-world objects, optimize for additive manufacturing, embed smart technology, and deliver finished products that clients can hold, use, and distribute. SNEAKER PLANTERS — Iconic sneaker silhouettes captured through photogrammetry scanning and optimized for FDM printing as functional plant pots. Each model begins as a real shoe — scanned from dozens of angles, reconstructed as a 3D mesh, then cleaned, hollowed, and reinforced for structural integrity. NFC-EMBEDDED LOGOS — Physical objects with embedded NFC tags that bridge the tangible and digital worlds. Tap any NFC-enabled device against the object to instantly launch a URL, portfolio, menu, or custom experience. Tags are programmed and sealed inside during a mid-print pause — completely invisible but positioned within millimeters of the surface for reliable tap detection.
How We Work

Process

01

Scan & Design

Photogrammetry scanning of real-world objects or CAD modeling from scratch. Meshes are decimated to printable polygon counts, hollowed for material efficiency, and reinforced at stress points.

02

Optimize & Slice

Slicer optimization per-material with tuned wall thickness, infill density, and print orientation for each geometry. Multi-material and multi-color configurations set up for complex pieces.

03

Print & Embed

FDM fabrication with mid-print pauses for NFC tag embedding. Tags are programmed with client URLs before being sealed between infill layers — invisible but positioned for reliable tap detection.

04

Finish & Deliver

Post-processing, hand painting where required, quality control, and delivery. Each piece is a finished product ready for client distribution, event giveaways, or retail display.

Why This Matters

Use Cases & Applications

Rapid Prototyping

Quickly iterate on physical product designs before committing to expensive manufacturing tooling.

NFC-Embedded Brand Objects

Physical pieces with sealed NFC tags inside — tap to launch a URL, portfolio, menu, or digital experience. No QR codes, no stickers — a single seamless smart object.

Event Fabrication

Custom-engineered pieces for live activations, community events, and brand giveaways. Designed, produced, and delivered in-house on tight timelines.

Art & Collectibles

Limited-edition sculptures, figurines, and decorative pieces with intricate detail and optional smart technology integration.

Tools & Stack

Always evolving — adopting the best available tool for each project.

PhotogrammetryMesh ReconstructionCAD ModelingFDM PrintingPLAPETGASATPUNFC TagsMid-Print EmbeddingSlicer OptimizationPost-Processing

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