About Scawo3D

Scawo3D has developed a patented inkjet print head for cement that utilizes Selective Paste Intrusion (SPI) technology to produce millimeter-precise, construction-grade concrete components on-demand. This innovation enables the creation of complex freeform geometries, such as staircases and architectural elements, while eliminating the need for traditional formwork and reducing production time in the construction industry.

```xml <problem> Traditional concrete construction relies on manual formwork, which is time-consuming, labor-intensive, and limits design freedom, especially for complex geometries. The production of custom concrete elements often involves significant waste and delays due to the need for specialized molds and skilled labor. </problem> <solution> Scawo3D has developed a patented inkjet print head for cement that utilizes Selective Paste Intrusion (SPI) technology to produce construction-grade concrete components with millimeter precision on demand. This additive manufacturing approach eliminates the need for traditional formwork, enabling the creation of complex freeform geometries such as staircases, facades, and architectural elements. The system accepts standard 3D files, allowing for a fully digital workflow from design to production, reducing waste and lead times. </solution> <features> - Patented inkjet print head for cement using Selective Paste Intrusion (SPI) technology - Production of large-scale concrete components with dimensions up to 4 x 2.5 x 1.5 meters and a precision of 3 millimeters - Capability to create complex freeform geometries without the need for formwork - Digital workflow accepting standard 3D file formats - Integration of pre-fabricated reinforcement for structural integrity - Optimized for soundproofing decoupling - Use of recyclable materials </features> <target_audience> The primary customers are construction companies, architects, and designers seeking efficient and customizable solutions for concrete construction, particularly for projects involving complex geometries or requiring on-demand production of specialized components. </target_audience> ```

What does Scawo3D do?

Where is Scawo3D located?

Scawo3D is based in Munich, Germany.

When was Scawo3D founded?

Scawo3D was founded in 2023.

Location

Munich, Germany

Founded

2023

Employees

2 employees

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Scawo3D

Score: 45/100

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Executive Summary

scawo3d.com 300+

Founded 2023 – Munich, Germany

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Company Description

Problem

Traditional concrete construction relies on manual formwork, which is time-consuming, labor-intensive, and limits design freedom, especially for complex geometries. The production of custom concrete elements often involves significant waste and delays due to the need for specialized molds and skilled labor.

Solution

Scawo3D has developed a patented inkjet print head for cement that utilizes Selective Paste Intrusion (SPI) technology to produce construction-grade concrete components with millimeter precision on demand. This additive manufacturing approach eliminates the need for traditional formwork, enabling the creation of complex freeform geometries such as staircases, facades, and architectural elements. The system accepts standard 3D files, allowing for a fully digital workflow from design to production, reducing waste and lead times.

Features

Patented inkjet print head for cement using Selective Paste Intrusion (SPI) technology

Production of large-scale concrete components with dimensions up to 4 x 2.5 x 1.5 meters and a precision of 3 millimeters

Capability to create complex freeform geometries without the need for formwork

Digital workflow accepting standard 3D file formats

Integration of pre-fabricated reinforcement for structural integrity

Optimized for soundproofing decoupling

Use of recyclable materials

Target Audience

The primary customers are construction companies, architects, and designers seeking efficient and customizable solutions for concrete construction, particularly for projects involving complex geometries or requiring on-demand production of specialized components.