Home page - Nform

Designing Matter. Printing Performance.

N-FORM is developing the next generation of large-scale 3D construction printing. We combine advanced materials, computational design and robotic, manufacturing to transform digital designs into high-performance buildings and infrastructure. Not someday. Now.

Patent-protected, backed by scientific research

Bringing construction up to speed.

Buildings remain slow to produce. Workflows remain fragmented. Projects depend on countless trades, materials, interfaces, and on-site operations.

The world is changing faster than the way we build it. We bring manufacturing intelligence to construction.

02 · THE SYSTEM

ONE SYSTEM. THREE LAYERS.

Materials

Printable materials engineered for construction. Advanced systems designed for robotic deposition, structural performance, precision, and environmental responsibility. Local materials. Recycled materials. Less waste. More control.

Technical data +

Cement Reduction up to 50%

Carbon Emissions up to 55% lower

Construction Waste up to 70% less

Mix design → mechanical & functional testing → performance approval

Research-based targets · validated per project

COMPUTATIONAL DESIGN

Every line has a purpose. Computational systems connect geometry, material behavior, structural logic, fabrication constraints, and building performance. It determines how the building is made.

Technical data +

Optimized Simultaneously

Geometry · structure · thermal · acoustic · material efficiency · manufacturability

Parametric design → FEA → multi-physics optimization → fabrication output

Output: one digital model, ready for production

Robotic Manufacturing

Robotic 3D printing that transforms digital models into full-scale construction, with exceptional precision and repeatability. What can be computed can be printed. What can be printed can be built.

Technical data +

Build-Time Reduction ~30%

Unit-to-unit repeatability Full

Digital Model → Print Path → Robotic Fabrication →  Quality Verification

Research-based target · validated per project

One technology. Multiple scales.

Buildings

Complete printed structures of one to two stories, demonstrated in the field.

Envelopes

High-performance facade walls for high-rise construction - insulation, acoustics, and finish, dry-installed as finished units.

Infrastructure

Reinforced hollow-core walls for data centers and critical infrastructure. Services routed inside the wall.

Critical Environments

Protection and resilience for demanding and secured environments. In development.

Built on science.

N-FORM emerged from years of advanced research at Technion, developed by a multidisciplinary team working across architecture, materials science, structural engineering, robotics, and computation. The technology is grounded in scientific research and protected by intellectual property.

Robotic printing at the production center

BASE

Technion Research Labs

STATUS

Designing Matter. Printing Performance.

Bringing construction up to speed.

ONE SYSTEM. THREE LAYERS.

Materials

COMPUTATIONAL DESIGN

Geometry · structure · thermal · acoustic · material efficiency · manufacturability

Robotic Manufacturing

Printed structure · No formwork · No molds Material shaped by performance.

Digital model.

Material.

Architecture.

One technology. Multiple scales.

Buildings

Envelopes

Infrastructure

Critical Environments

Built on science.

Technion Research Labs

Lab → Prototype → Field

The next generation of construction starts here.

Contact us