The Ultimate 3D Concrete Printer for Architectural Design and Scalable Construction

How to Customize the Perfect 3D Concrete Printer for Your Needs

Your 3D concrete printer should match the scale, precision, and material requirements of your projects. At Vertico, we help you craft a customized solution that delivers efficiency, precision, and creative freedom.

Define Your Application

Every 3D concrete printing project has unique demands:

• Architecture & Design : Ideal for parametric facades, curved walls, and custom artistic installations that push the boundaries of modern architecture.
• Construction & Infrastructure: Perfect for houses, bridges, tunnels, and large-scale structural elements, enabling efficiency and precision in complex construction projects.
• Education & Research: Driving advancements in new material testing, experimental design, and robotic automation to shape the future of 3D concrete printing technology.

Selecting the Right Printhead for Your 3D Concrete Printer

Your printhead choice is critical—it defines the precision, speed, and material behavior of your 3D concrete printer. Whether you need smooth, large-scale prints or intricate designs with sharp angles, selecting the right printhead ensures optimal results for your project.

Understanding Your Options:

Accelerator Printhead (2K) – Uses a liquid accelerant to harden concrete instantly, enabling sharp angles, overhangs, and complex designs with form freedom.

Standard Printhead (1K) – Designed for structural builds, this printhead relies on the pre-mix properties of concrete for setting, making it ideal for walls, water tanks, and large-scale constructions that require gradual curing.

Choosing between these printheads depends on your project's complexity, speed requirements, and material preferences.

Choosing the Right Robotic System for Your 3D Concrete Printer

Selecting the right robotic system is essential for achieving the precision, scalability, and efficiency needed for your 3D concrete printing projects. The choice depends on factors like available space, project complexity, and automation needs.

On Track – Extended Reach & High Precision

A rail-mounted robotic system with 3.2m reach that enables large-scale projects like bridges, tunnels, and long structures. This system offers continuous printing along a 10-meter track for maximum efficiency.

Solo Robot - Flexible & Compact Printing

A stand-alone 6-axis robotic arm mounted on a pedestal, providing full design freedom for intricate architectural designs, facades, and custom artistic installations.

Compact – Balance of Mobility & Precision

Ideal for medium-scale 3D printing in architecture, design, and prototyping. This system balances mobility and precision, fitting into smaller workspaces.

LabCell – Controlled Environment for R&D

A portable research-focused setup, perfect for universities and material testing facilities. It offers full 6-axis control while being easy to transport and set up.

Robot & Printhead Compatibility

Software: The Digital Core of Your 3D Concrete Printer

A 3D concrete printer is only as powerful as the software controlling it. Advanced software ensures that parametric designs are translated into precise robot instructions, optimizing efficiency, material use, and print quality.

At Vertico, we provide a comprehensive software suite designed to streamline every stage of the 3D concrete printing process, from design preparation to real-time control and data storage.

Slicer – Turning 3D Models into Perfect Prints

The Slicer is the digital backbone of 3D concrete printing, converting 3D models into precise robotic toolpaths to ensure smooth, efficient builds.

• Optimized Layering – Adjust layer thickness and speed for efficiency.
• Precision Toolpaths – Ensures accurate material deposition for every print.
• Error Prevention – Simulates prints to catch and correct issues before production.

HMI (Human-Machine Interface) – Real-Time Print Control

The HMI touchscreen gives you real-time control over the printing process, allowing seamless adjustments to ensure perfect execution.

• Live Monitoring – Track material flow and layer deposition as it happens.
• Instant Adjustments – Fine-tune speed, material output, and settings on the fly.
• User-Friendly Interface – Intuitive controls designed for efficiency and ease.

How Much Does a 3D Concrete Printer Cost?

The cost of a 3D concrete printer depends on three key factors: printhead type, robotic system, and software. Below is a general price breakdown based on different configurations.