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Tvasta

Robotic concrete 3D-printing platform for onsite and offsite (microfactory) construction

Tvasta is a construction-technology company building gantry- and robotic-arm-based concrete 3D printers plus proprietary concrete-paste formulations, offering two delivery models — an Onsite Methodology that prints full-scale structures directly at the job site, and an Offsite Methodology that prints modular components in microfactories for later assembly — used for residential, commercial, and public-infrastructure projects in India.

Seed-stage funding referenced in company/press coverage; specific amount and lead investor not independently confirmed via a primary source during this research. Seed_facts flags "Brick&Mortar" (Brick and Mortar Ventures) as an investor source; this could not be corroborated against official Tvasta channels or independent funding-announcement coverage during this research — treat as unconfirmed. raisedEarly Stage
Founded 2016 · Notable delivered projects include India's first 3D-printed dwelling (600 sq ft, completed in 21 days, inaugurated April 2021), a 3D-printed bus shelter for Godrej & Boyce in Mumbai, and a 3D-printed office building at Garden Reach Shipbuilders in Kolkata; partnerships/MoUs referenced with CEPT University and Saintgits College; exact commercial customer count not publicly disclosed
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WHY IT EXISTS

Why This Tool Exists

The Problem

Traditional cast-in-place and precast concrete construction in India is slow, labor-intensive, and generates significant material waste and rework, constraining the pace and cost-efficiency of both affordable housing delivery and public infrastructure projects.

The Solution

Tvasta builds its own concrete 3D printers (gantry-based for large-scale onsite work, robotic-arm-based for microfactory production) and proprietary concrete-paste formulations. Digital building models are converted into a "C3D Print Format" and printed layer-by-layer, either directly on site (Onsite Methodology) or as modular components later transported and assembled (Offsite Methodology); completed projects include India's first 3D-printed house/dwelling space (2021) and a 3D-printed office building and bus shelter.

USAGE

How You Use It

Delivery Method
Robotic hardware (gantry and robotic-arm 3D concrete printers)Design/engineering servicesModular microfactory production
Integrations
CAD model import for print-file conversion ("C3D Print Format"); specific CAD software compatibility not publicly detailed
Disciplines
Construction, Structural Engineering
Workflows
Coordination & Delivery
Project Phases
Construction Administration, Fabrication
Project Types
Residential, Commercial, Public Infrastructure
TRANSPARENCY

Data Transparency

Exactly what this tool uses and how

Input
What it needs
Required:Building/structure design (converted to a proprietary print format)
Optional:Site survey data (for onsite printing), Material/mix specifications
Formats:CAD design files (converted to "C3D Print Format")
Output
What you get
Format:Physical printed concrete structures or modular components
Fields:Printed structural walls/components, Layer-by-layer print path, Material (concrete paste) specification
Algorithm
How it works
Model:Not publicly specified — no AI/ML model is described; the offering is a robotic fabrication process (gantry/robotic-arm 3D printing) driven by CAD-to-print-path conversion software, not a described AI or machine-learning system
Accuracy:Not applicable / not publicly specified — vendor markets a claimed ability to automate "80% of construction" without an independently audited methodology
Privacy
How your data is protected
Retention:Not publicly specified — a Privacy Policy is linked in the site footer and cookie consent is used for contact forms, but retention terms were not independently reviewed
Training:Not publicly specified
Compliance:Privacy Policy referenced at site footer; no SOC 2, ISO, or other formal data-security certification publicly disclosed (the product is primarily physical/robotic fabrication, not a data platform)
API
Integration
Endpoint:Not publicly available
Method:Not applicable
USE CASES

Use Cases

  • ·Affordable/rapid residential housing delivery via full-scale onsite concrete 3D printing
  • ·Modular component production in a microfactory for later on-site assembly
  • ·Public infrastructure elements (e.g. bus shelters) fabricated via robotic 3D printing
  • ·University and research partnerships establishing 3D-printing labs and training hubs
PRICING

Pricing

Free
Not applicable — Tvasta is a hardware/construction-services provider, not a software subscription product
Enterprise
Contact vendor for project-based or hardware pricing; no public pricing list found
Sources & Research NotesResearch date: 2026-07-18
Data Sources (7)
Fields Checked (6)
problem, solution, deliveryMethod, yearFounded, founders, notable-projects
Not Found (6)
funding-amount-and-source (seed_facts "Brick&Mortar" source not corroborated), pricing, api-availability, privacy-retention-and-training-policy, soc2-or-iso-certification, exact-customer-count
About this research: This record summarizes the cited sources and fields checked. A research date does not establish hands-on testing. Consult the original sources for current details and limitations.
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