View source for SANDVIK MACHINING SOLUTIONS AB (20240227015). METHOD AND SYSTEM FOR CALIBRATING AN ADDITIVE MANUFACTURING SYSTEM simplified abstract

=METHOD AND SYSTEM FOR CALIBRATING AN ADDITIVE MANUFACTURING SYSTEM=


==Organization Name==

[[:Category:SANDVIK MACHINING SOLUTIONS AB|SANDVIK MACHINING SOLUTIONS AB]]


[[Category:SANDVIK MACHINING SOLUTIONS AB]]

==Inventor(s)==

[[:Category:Per Viklund of Sandviken (SE)|Per Viklund of Sandviken (SE)]][[Category:Per Viklund of Sandviken (SE)]]

[[:Category:Ville-Pekka Matilainen of Sandviken (SE)|Ville-Pekka Matilainen of Sandviken (SE)]][[Category:Ville-Pekka Matilainen of Sandviken (SE)]]

==METHOD AND SYSTEM FOR CALIBRATING AN ADDITIVE MANUFACTURING SYSTEM - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240227015 titled 'METHOD AND SYSTEM FOR CALIBRATING AN ADDITIVE MANUFACTURING SYSTEM

'''Simplified Explanation''': 

This patent application describes a method for calibrating an additive manufacturing system to produce hybrid articles. The method involves measuring the position of calibration features on the build plate using a measuring device, determining the relative positions between the measuring device, calibration features, and base devices, and calibrating the system based on these relative positions.

* The method involves measuring calibration features on the build plate using a measuring device.
* It determines the relative positions between the measuring device, calibration features, and base devices.
* The additive manufacturing system is calibrated based on these relative positions.

'''Key Features and Innovation''':

* Calibration method for additive manufacturing systems.
* Measurement of calibration features on the build plate.
* Determination of relative positions between measuring device, calibration features, and base devices.
* Calibration of the system based on relative positions.

'''Potential Applications''':

* Additive manufacturing of hybrid articles.
* Precision calibration of additive manufacturing systems.
* Quality control in additive manufacturing processes.

'''Problems Solved''':

* Ensures accurate positioning of components in additive manufacturing.
* Improves the quality and precision of hybrid article production.
* Enhances the overall performance of additive manufacturing systems.

'''Benefits''':

* Increased accuracy in manufacturing hybrid articles.
* Improved efficiency in additive manufacturing processes.
* Consistent quality control and calibration of systems.

'''Commercial Applications''''':

Precision Calibration Method for Additive Manufacturing Systems: Enhancing Accuracy and Efficiency

'''Questions about Calibration Method for Additive Manufacturing Systems''':

1. How does the calibration method described in the patent application improve the accuracy of additive manufacturing systems?
2. What are the potential implications of this calibration method for the additive manufacturing industry?


==Original Abstract Submitted==

a method for calibrating an additive manufacturing system for manufacturing a hybrid article is provided. the additive manufacturing system includes at least one measuring device and a build plate. the build plate includes at least one fixture having a base device and at least one calibration feature, wherein the calibration feature is arranged to have its position determined by the at least one measuring device. the method includes measuring a position of the at least one calibration feature using the at least one measuring device and determining a relative position between the measuring device the at least one calibration feature. the method further includes determining the relative position between the measuring device and each corresponding base device, based on the relative position between the measuring device and the calibration feature, and calibrating the additive manufacturing system based on the determined relative positions.



[[Category:B22F10/31]]
[[Category:B22F12/30]]
[[Category:B22F12/90]]
[[Category:B33Y30/00]]
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[[Category:CPC_B22F10/31]]