Vitriform3D has introduced a new manufacturing method that transforms post-consumer glass into building materials. The company utilizes a binder jet 3D printing process to create durable products from recycled waste. This innovation allows discarded glass bottles to become functional architectural components.
Collaboration with Oak Ridge National Laboratory drives development
The technology relies on a layering technique that combines powder with an adhesive agent. Operators spread a thin sheet of material, which can be glass, metal, or ceramic powder. An inkjet printer head then applies a binder agent to glue the material together where needed. This process is currently patent-pending.
Specifications
- Process Type: Binder Jet
- Primary Material: Recycled Glass
- Mechanism: Layering powder with adhesive agent
- Collaboration Partner: Oak Ridge National Laboratory (ORNL) Manufacturing Demonstration Facility
- Product Applications: Kitchen countertops, floor tiles, architectural wall accents
Vitriform3D developed this technology in collaboration with experts from Oak Ridge National Laboratory’s Manufacturing Demonstration Facility. Ryan Dehoff from the facility explains that the system uses an inkjet head to deposit binder agents onto powder layers. The startup aims to produce kitchen countertops, floor tiles, and architectural wall accents using this method.
The binder jet approach offers potential scalability to desktop or hobbyist 3D printers. This shift could make recycled glass manufacturing more accessible to smaller operations. The process represents a significant step in sustainable construction material production.
Vitriform3D has not confirmed a specific launch window for the technology. The company has not disclosed pricing or availability details for the new products.
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