Skip to main content
StoneFlower 3D has launched a laboratory-scale printer starting at 13,900 Euro, engineered to process industrial construction materials with aggregates up to 6mm.
Product
1 min read

StoneFlower 3D has launched a laboratory-scale printer starting at 13,900 Euro, engineered to process industrial construction materials with aggregates up to 6mm.

Originally reported by 3DPrint.com

StoneFlower 3D has launched a laboratory-scale printer starting at 13,900 Euro, engineered to process industrial construction materials with aggregates up to 6mm. This system bridges a vital gap in the 3DCP workflow, allowing researchers to validate 2-component mixtures and fiber-reinforced mortars without the costs of building-scale equipment. By enabling lab-based testing of localized binders, StoneFlower 3D is decentralizing material innovation and accelerating the transition to sustainable, low-carbon construction. 🏗️🔬 #3DPrinting #ConstructionTech #AdditiveManufacturing #StoneFlower3D

Read Original

How This Connects

6 related events
  1. Same pattern

    MIT and the Museum of Fine Arts, Boston have launched a collaborative research initiative to create playable replicas of 1,450 historical instruments using CT scanning and additive manufacturing.

  2. Same pattern

    Researchers from Argonne National Laboratory and the University of Chicago have demonstrated a method for aerosol jet printing of durable, low-power transistors using vanadium diox...

  3. Same pattern

    Dalian University of Technology researchers reduce ceramic porosity by 85.5 percent using microwave-laser hybrid additive manufacturing.

  4. Same pattern

    KAIST and ETRI researchers have developed a mechanochemically activatable liquid metal powder for additive electronics printing, as detailed in a study published in Advanced Functi...

  5. This article

    StoneFlower 3D has launched a laboratory-scale printer starting at 13,900 Euro, engineered to process industrial construction materials with aggregates up to 6mm.

  6. Same pattern

    Researchers have developed an optofluidic 3D microfabrication technique that enables the creation of microstructures from metals, oxides, and quantum dots.

  7. Same pattern

    Abu Dhabi University has inaugurated the UAE first fully instrumented 3D concrete printing research chamber, shifting the focus from design to structural validation.