Composition and method for three-dimensional (3d) printing
AssigneesArie KALO, Gabby SARUSI, Nir GILBOA, Shahar KALO
InventorArie Kalo
Life of this patent
Estimating the term…
Abstract
A method for producing an X-ray detectable three-dimensional (3D) object or a part thereof using a 3D printer includes: (i) providing a composition comprising at least one 3D printing material and at least one X-ray contrast agent; (ii) providing a digital model of the object or part thereof; and (iii) printing the 3D object or part thereof from the digital model using the composition of (i), thus obtaining the X-ray detectable printed 3D object or part thereof, which can be visualized under X-ray scanning.
Claims15
A method for producing an X-ray detectable three-dimensional (3D) weapon or a part thereof using a 3D printer, said method comprising:
- providing a composition comprising at least one 3D printing material and at least one X-ray contrast agent;
- providing a digital model of said weapon or part thereof;
- and
- printing said 3D weapon or part thereof from said digital model using said composition,
- thus obtaining said X-ray detectable printed 3D weapon or part thereof that can be visualized under X-ray scanning.
A method for producing an X-ray detectable three-dimensional (3D) object or a part thereof using a 3D printer, said method comprising:
- providing a composition comprising at least one 3D printing material and at least one X-ray contrast agent;
- providing a digital model of said object or part thereof;
- and
- printing said 3D object or part thereof from said digital model using said composition, thus obtaining said X-ray detectable printed 3D object or part thereof that can be visualized under X-ray scanning.
A composition comprising at least one 3D printing material and at least one X-ray contrast agent, for use in the manufacture of X-ray detectable weapons or parts thereof by 3D printing technology.
A composition comprising at least one 3D printing material and at least one X-ray contrast agent, for use in the manufacture of X-ray detectable objects or parts thereof by 3D printing technology.
A 3D printed weapon or part thereof that can be visualized under X-ray scanning.
Dependencies are inferred from the claim text.