Unlike competitors using standard mortars, Vertis utilizes carbon nano-additives and graphene technology derived from a decade of R&D to enhance concrete strength, flexibility, and curing times, enabling rapid scalability.
By operating printers on-site rather than selling hardware, Vertis lowers adoption barriers for developers, capturing recurring revenue streams and ensuring high quality control without requiring clients to learn complex robotics.
The Company has secured a $1M+ commercial warehouse contract in Upstate New York — its first major US deployment — and has engaged its first developer partners ahead of the broader US rollout.
Current projects demonstrate strong contribution margins (approx. 67–70% on CaaS models), driven by a 65% reduction in build cost and 85% reduction in build time versus conventional methods — delivering immediate ROI for developers against rising labor costs.
The proprietary gantry system is containerized, mobile, and designed for rapid deployment with a lean 2–3 person crew, significantly reducing overhead compared to traditional 6–8 person masonry teams.
Led by David Robles and Dovi Spinner, the leadership combines deep expertise in advanced materials science, international finance, and scalable operations.
Vertis 3D represents a unique opportunity to acquire a stake in a post-R&D, commercial-stage construction tech firm. With the global construction 3D printing market projected to reach $2.9 billion by 2032, Vertis is positioned to capture significant market share by solving the industry's two biggest bottlenecks: labor scarcity and material waste. The Company's pivot from pure material science to applied CaaS provides a defensible moat and immediate cash flow generation.
Unlike capital-intensive peers chasing hardware sales or moonshot projects, Vertis monetizes the structural shell as a service — converting a decade of validated material science into recurring, high-margin revenue against a secured near-term pipeline.
The construction workforce is aging with fewer young entrants. Automation is no longer a luxury but a necessity to meet demand.
The sector is shifting from analog to digital fabrication (BIM-to-Print), reducing human error and enabling precise material estimation.
3D printing reduces material waste by up to 60% and lowers the carbon footprint, aligning with global ESG mandates.
ICC and local municipalities are increasingly approving 3D printed structures (ICC-ES AC509), moving the technology to mainstream.
| Company | Focus | Positioning |
|---|---|---|
| ICON | US market leader; high-capital projects and space exploration (NASA) | High visibility but high cost structure |
| COBOD | European leader; selling gantry printers to third-party contractors | Hardware sales model |
| Apis Cor | Known for robotic arm mobility | Mobility-focused |
| Mighty Buildings | Factory-based printed panels and modular components | Off-site / prefab dependency |
| SQ4D / Black Buffalo | Automated robotic on-site systems; US residential | Hardware-led, single-segment focus |
| Vertis 3D | "Service" model + "Material First" approach (proprietary carbon-nano mix) | Lower cost-to-capability; mass-market focus |
Operates with a 2–3 person crew (1 operator, 1 materials manager, 1 helper), replacing traditional crews of 6–8.
Equipment ships in standard containers and sets up in under 24 hours.
Vertis formulates mixes using local aggregates, reducing logistics costs compared to competitors who ship pre-bagged dry mix.
Vertis deploys its mobile printers and crew to the client's site. Basic Walls: Printing of structural shell only. Fully Fitted: Includes reinforcement, insulation, and rough-in coordination.
A modular, containerized gantry system capable of printing up to 3 stories. Engineered for extreme weather resilience (proven in tropical climates like Brunei) and ease of repair.
Proprietary "ink" additives that enhance concrete strength, reduce cracking, and allow for rapid curing, enabling faster print speeds.
Target Profile: Residential developers (100–1,000 unit tracts), Commercial Builders (Warehouses), and Government entities (Disaster relief / Affordable housing). · New York Commercial Project: Secured $1M warehouse project delivering 3–4× cost savings. · Brunei Government: Proof-of-concept project demonstrating durability in tropical conditions.
Built upon $10M of prior R&D in graphene and carbon nanotubes.
Proprietary additives significantly enhance the rheology (flow) of the concrete, allowing it to hold its shape immediately upon extrusion (thixotropy) while bonding perfectly with the layer below.
The nano-enhanced mix offers superior resistance to cracking, water permeation, and seismic activity compared to standard mortar mixes.
By enabling the use of local aggregates with a small dosage of proprietary additive, Vertis avoids the high shipping costs of proprietary pre-bagged mixes used by competitors.
A robust, industrial-grade truss system ensuring millimeter-level precision. Unlike robotic arms with limited reach, the gantry scale is expandable (up to 30m × 60m × 8m), allowing for small apartment blocks or large warehouses.
The "slicing" software converts standard CAD/BIM files into machine code (G-code), integrating seamlessly with architects' existing workflows. Toolpaths account for layer height, print speed, and material flow rate, exporting directly to the gantry controller — eliminating manual reprogramming between jobs and shortening the gap from design file to first layer.
The Company is actively investing in AI and computer vision to automate quality control (detecting print anomalies in real-time) and is developing reinforcement integration robotics to further reduce manual labor.
Onboard temperature, humidity, and pressure sensors feed a live cure-control loop, adjusting proprietary admixture dosing in real time — turning weather variability into a managed input. Proven across an 11-month monsoon deployment.
Standard CAD/BIM files convert directly to machine code (G-code) with toolpaths tuned for layer height, speed, and flow — collapsing the gap from design file to first layer and eliminating manual reprogramming.
Computer-vision quality control to detect print anomalies layer-by-layer in real time. In active development — capital accelerates the path from human spot-check to autonomous, PE-grade verification.
SOPs and an AI-assisted knowledge base codify core process IP, reducing single-person dependency and preserving know-how as the team scales.
Each project prints the structural shell at 3–4× conventional speed with a lean crew.
Sensors and vision log cure behavior, tolerances, and anomalies on every layer.
Data sharpens toolpaths, admixture dosing, and QC across the fleet.
The next build is faster, tighter, and cheaper — a lead that widens with volume.
Hardware sellers (COBOD) ship a machine and forfeit the data. High-capital players (ICON) keep the intelligence but chase moonshot economics. Vertis is the only model that pairs an asset-light service with a compounding intelligence layer — the substrate is what drives the 3→1 crew roadmap and defends the 63–70% contribution margin as printers themselves commoditize.
Vertis designs its structures to meet or exceed international building codes. The system is aligned with ICC-ES AC509 — the recognized acceptance criteria for 3D-printed concrete walls — and qualifies under the International Building Code (IBC) "Alternative Method" provisions via early engagement with licensed structural engineers who issue stamped, jurisdiction-ready plans. The proprietary mix has undergone rigorous testing for compressive strength and environmental durability, ensuring projects are permit-ready in major markets.
| Revenue Stream | Avg. Price / m² | Variable Cost / m² | Contribution / m² | Margin % |
|---|---|---|---|---|
| CaaS — Basic Walls | $150 | $45 | $105 | 70% |
| CaaS — Fully Fitted | $250 | $80 | $170 | 68% |
| Developer Contracts | $180 | $60 | $120 | 67% |
| Government Projects | $175 | $65 | $110 | 63% |
| Vertically Integrated | $300 | $100 | $200 | 67% |
Variable cost is dominated by local aggregate and a small dosage of proprietary additive — no pre-bagged mix freight, no inventory carry. As configuration value rises (fitted, integrated), price climbs faster than variable cost, so contribution per m² expands while the percentage stays disciplined.
With a 2–3 person crew replacing 6–8 person masonry teams and containerized equipment that mobilizes in under 24 hours, fixed overhead per project is minimal. Contribution margin therefore converts to operating margin rapidly as fleet utilization scales across the pipeline.
Every CaaS revenue stream clears a 63–70% contribution margin (see prior page). Contribution per square meter ranges from $105/m² on basic structural walls to $200/m² on vertically integrated builds — pricing power scales with configuration value.
Contracts are typically structured with mobilization fees and progress payments, aiding cash flow management. The mix shifts toward recurring developer service agreements as the fleet scales.
The Company operates with extreme capital efficiency — a 2–3 person crew, containerized equipment, and no inventory carry mean burn scales only as revenue-generating projects are secured.
The current round is allocated primarily to hardware acquisition (expanding the fleet of printers) and working capital to execute the immediate pipeline of developer and government projects.
Revenue is derived from "Construction-as-a-Service" contracts. As the Company scales, the mix will shift towards recurring service agreements with large developers. Current profitability is driven by the low cost of goods sold (COGS) inherent in the CaaS model—no expensive inventory, just raw materials and labor.
Vertis maintains a flexible supply chain, utilizing off-the-shelf components for printer maintenance to ensure low downtime. The Company is platform-agnostic regarding concrete pumps, allowing the use of standard rental equipment found on most job sites.
Converting engaged developer partners into signed CaaS projects. The Company is prioritizing opportunities that would fully utilize fleet capacity as printers complete their US rollout.
Expanding beyond the US Northeast and Brunei into Sunbelt states (TX, FL, AZ), where housing demand and favorable regulatory environments for 3D printing intersect.
Leveraging international government project success to bid on US DoD (barracks) and FEMA (disaster relief) contracts, which value speed and deployability.
Investing in next-gen automation. By integrating AI for "print-and-watch" capabilities, the Company aims to reduce the crew requirement from 3 to 1, further widening the margin gap against traditional construction.
Potential to license the proprietary carbon-nano additive formulation to third-party concrete suppliers or other 3D printing firms, creating a high-margin, recurring revenue stream without operational overhead.
As fleet size grows, mobilization costs per unit decrease. Purchasing power for raw materials (cement, aggregates) improves, enhancing gross margins.
Future opportunity to integrate MEP (Mechanical, Electrical, Plumbing) installation robotics, capturing a larger percentage of the total construction budget per home.
National homebuilders actively investing in PropTech to reduce cycle times and costs. Lennar has already partnered with competitors (ICON), validating the thesis. Vertis offers a more cost-effective alternative for mass-market housing.
Global material giants seeking proprietary IP in 3D-printable concrete mixes. These incumbents face margin compression in commodity cement and are acquiring downstream technology to defend share. Vertis's proprietary mix and field-proven performance offer a differentiated, higher-margin product line and a direct channel into the automated-construction value chain.
Heavy equipment manufacturers expanding into construction automation and robotics. A printable-structures capability slots naturally into their global dealer and rental networks, letting them upsell automated building systems alongside existing fleets.
Specialist built-world investors such as Brick & Mortar Ventures and Fifth Wall actively deploy into ConTech platforms with proven field traction. Vertis's signed commercial contracts and proprietary material IP fit their core thesis of backing companies that digitize and automate the physical construction stack.
Capital mandated toward affordable housing, decarbonization, and sustainability. Vertis's up-to-60% waste reduction, lower embodied-carbon mix, and ability to deliver attainable housing at 3–4× speed map directly to measurable ESG and impact KPIs.
Later-stage private equity and infrastructure funds seeking scalable, asset-backed platforms with defensible margins. The CaaS model's recurring service revenue and 63–70% contribution margins present an attractive buy-and-build foundation.
The buyer universe is liquid and motivated: construction-sector balance sheets are strong post-pandemic, and strategic acquirers are actively seeking technology that solves the labor shortage as organic hiring fails to meet replacement needs.
There are very few commercially viable, revenue-generating 3D construction companies. Most are still in the R&D or prototype phase. Vertis 3D's status as a commercial operator with signed contracts creates scarcity value.
The passing of the US Infrastructure Bill and various affordable housing grants creates a favorable funding environment for technologies that speed up deployment.
Recent high-profile capital raises and projects in the sector have de-risked the category, making it easier for acquirers and investors to model the ROI.
The convergence of AI, robotics, and advanced materials is expected to drive the cost of printed construction below that of traditional wood framing within the next 3–5 years. As "Construction-as-a-Service" gains acceptance, companies like Vertis that own the proprietary tech stack and the operational know-how will become the preferred partners for major REITs and national developers.