20240009920. 3D PRINTER PROVIDING SPOOL CHIP DOCK OUTSIDE OF SPOOL CABINET ENVIRONMENT AND METHODS OF USE THEREOF simplified abstract (Stratasys, Inc.)

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3D PRINTER PROVIDING SPOOL CHIP DOCK OUTSIDE OF SPOOL CABINET ENVIRONMENT AND METHODS OF USE THEREOF

Organization Name

Stratasys, Inc.

Inventor(s)

Patrick Anderson of Maple Grove MN (US)

Dang Yang of Champlin MN (US)

Ross Michalkiewicz of Minneapolis MN (US)

3D PRINTER PROVIDING SPOOL CHIP DOCK OUTSIDE OF SPOOL CABINET ENVIRONMENT AND METHODS OF USE THEREOF - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240009920 titled '3D PRINTER PROVIDING SPOOL CHIP DOCK OUTSIDE OF SPOOL CABINET ENVIRONMENT AND METHODS OF USE THEREOF

Simplified Explanation

The abstract describes a consumable assembly for a 3D printer, which includes a spool carrying wound filament. The 3D printer has a print head that receives filament material and a spool cabinet that provides a controlled environment for the filament on the spool. The printer also has a dock located outside of the spool cabinet chamber, which is designed to receive a filament key fob with a spool chip. This allows the spool chip to be kept outside of the controlled environment of the chamber.

  • The consumable assembly for a 3D printer includes a spool carrying wound filament.
  • The 3D printer has a print head that receives filament material.
  • The spool cabinet of the printer is designed to provide a controlled environment for the filament on the spool.
  • The dock of the printer is located outside of the spool cabinet chamber.
  • The dock is configured to receive a filament key fob, which includes a spool chip.
  • The spool chip is maintained outside of the controlled environment of the chamber.

Potential applications of this technology:

  • 3D printing in various industries such as manufacturing, prototyping, and healthcare.
  • Improving the efficiency and reliability of 3D printing processes.
  • Enhancing the quality and consistency of printed objects.

Problems solved by this technology:

  • Ensuring the filament material remains in a controlled environment to prevent degradation or moisture absorption.
  • Simplifying the process of loading and unloading filament in a 3D printer.
  • Minimizing the risk of filament contamination or damage.

Benefits of this technology:

  • Improved print quality and accuracy.
  • Reduced material waste and cost.
  • Enhanced user experience with easier filament management.
  • Increased reliability and consistency in 3D printing.


Original Abstract Submitted

a consumable assembly for a 3d printer includes a spool carrying wound filament. a 3d printer includes a print head configured to receive filament material and a spool cabinet configured to have a filament spool positioned therein to provide a controlled environment for filament on the filament spool. a dock of the 3d printer is located outside of a chamber of the spool cabinet and is configured to receive a filament key fob, including a spool chip, of the filament spool to maintain the spool chip outside of the controlled environment of the chamber.