<description>Additive Tectonics provides on‑site large‑scale architectural 3D printing that converts BIM models into structural and decorative concrete components. Using mobile gantry and robotic‑arm printers with proprietary high‑performance, low‑carbon mixes, the service delivers turnkey printing, real‑time quality monitoring, and code‑compliant documentation, reducing construction time and material waste for architects, contractors, and developers.</description
Funding
Funding not disclosed
Founders
Product
Problem
Traditional construction of complex architectural components relies on labor‑intensive formwork, extensive material waste, and long lead times, making it difficult for architects and developers to realize intricate designs efficiently and sustainably.
Solution
Additive Tectonics delivers large‑scale architectural 3D printing that turns digital BIM models directly into built components on‑site. The service includes design consultation, material engineering, and deployment of mobile gantry or robotic‑arm printers capable of extruding concrete‑based composites at building scale. By printing structural and decorative elements in a single process, the company cuts construction cycles, reduces material off‑cut, and lowers labor costs. Proprietary printable materials are formulated for strength, durability, and reduced carbon footprint, while cloud‑based monitoring ensures print quality and compliance with building codes. Clients receive a turnkey package—from CAD preparation to finished element installation—integrated with their existing project workflows.
Target Audience
Primary customers are architecture firms, construction contractors, and real‑estate developers seeking to produce complex structural or decorative components at scale, as well as artists and designers requiring large‑format additive fabrication.
Features
- Mobile gantry and robotic‑arm printers with a build envelope up to 10 × 10 × 5 m, supporting on‑site deployment
- Multi‑material extrusion system that prints high‑performance concrete, fiber‑reinforced composites, and hybrid mixes
- Direct BIM integration: CAD models are automatically sliced and optimized for additive fabrication
- Real‑time sensor suite (laser scanning, temperature, extrusion pressure) feeding a cloud analytics platform for quality control and adaptive process tuning
- Proprietary printable material portfolio offering up to 30 % higher compressive strength and 40 % lower embodied carbon versus conventional concrete
- Modular printer configuration allowing parallel printing of multiple elements on a single job site
- Post‑print finishing options (surface smoothing, embedded lighting, metal inserts) delivered as part of the service package
- Compliance documentation generation for local building codes and structural certification