INDIUM CORPORATION (20240326133). THERMALLY DECOMPOSABLE BUILD PLATE STRUCTURE FOR STABILIZATION OF METAL BUILD SURFACE DURING 3D PRINTING AND FACILE RELEASE OF 3D PRINTED OBJECTS simplified abstract
THERMALLY DECOMPOSABLE BUILD PLATE STRUCTURE FOR STABILIZATION OF METAL BUILD SURFACE DURING 3D PRINTING AND FACILE RELEASE OF 3D PRINTED OBJECTS
Organization Name
Inventor(s)
David P. Socha of Whitesboro NY (US)
Mark K. Olearczyk of Barneveld NY (US)
THERMALLY DECOMPOSABLE BUILD PLATE STRUCTURE FOR STABILIZATION OF METAL BUILD SURFACE DURING 3D PRINTING AND FACILE RELEASE OF 3D PRINTED OBJECTS - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240326133 titled 'THERMALLY DECOMPOSABLE BUILD PLATE STRUCTURE FOR STABILIZATION OF METAL BUILD SURFACE DURING 3D PRINTING AND FACILE RELEASE OF 3D PRINTED OBJECTS
The patent application describes an additive manufacturing build plate structure for metal build surface stabilization during 3D printing and easy release of printed objects.
- The build plate includes a body with a recessed section on one surface, filled with a solid form of metal or metal alloy for printing.
- The recessed section has sidewalls and a locking mechanism to prevent lift-up of the metal during printing.
- This innovation ensures stability during 3D printing and facilitates the release of printed objects.
Potential Applications: - Industrial 3D printing for metal parts - Aerospace and automotive manufacturing - Prototyping and product development
Problems Solved: - Ensures stability of metal build surfaces during 3D printing - Facilitates easy release of printed objects - Improves overall printing quality and efficiency
Benefits: - Enhanced precision and accuracy in metal 3D printing - Reduction in printing failures and material wastage - Streamlined post-printing processes
Commercial Applications: Title: "Innovative Metal Build Plate for Enhanced 3D Printing" This technology can be utilized in industries such as aerospace, automotive, and manufacturing for efficient and precise metal 3D printing processes.
Questions about the technology: 1. How does the locking mechanism prevent lift-up of the metal during printing? The locking mechanism secures the solid metal form in the recessed section, ensuring stability and preventing any movement during the printing process.
2. What are the key advantages of using a metal build plate for 3D printing? Using a metal build plate provides durability, heat resistance, and excellent adhesion for metal printing, resulting in high-quality printed objects.
Original Abstract Submitted
some implementations of the disclosure are directed to an additive manufacturing build plate structure for metal build surface stabilization during 3d printing and facile release of 3d printed objects. the build plate includes a body having a recessed section formed through a first surface of the body, the recessed section including a bottom surface within the body and sidewalls extending to the bottom surface. the recessed section is configured to be filled with a solid form of a metal or metal alloy that provides a printing surface for forming a 3d object in a 3d printing device. the recessed section includes a locking mechanism configured to prevent lift-up of the solid form of the metal or metal alloy during 3d printing in the 3d printing device.
