E3D-Online Limited (20240253305). LIQUEFIER NOZZLE FOR AN ADDITIVE MANUFACTURING SYSTEM simplified abstract
Contents
LIQUEFIER NOZZLE FOR AN ADDITIVE MANUFACTURING SYSTEM
Organization Name
Inventor(s)
Mike Sherlock of Chalgrove (GB)
Dylan Roberts of Chalgrove (GB)
Sam Theobold of Chalgrove (GB)
Andy Everitt of Chalgrove (GB)
John Connor Leclaire of Chalgrove (GB)
LIQUEFIER NOZZLE FOR AN ADDITIVE MANUFACTURING SYSTEM - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240253305 titled 'LIQUEFIER NOZZLE FOR AN ADDITIVE MANUFACTURING SYSTEM
The invention pertains to a liquefier nozzle for an additive manufacturing system, featuring a body with one or more inserts. These inserts include wear-resistant tip inserts and heat transfer inserts, which can be press-fit into the body or captivated within it by the wear-resistant tip insert. Additionally, there are press-fit tip inserts that incorporate a heat transfer element.
- Wear-resistant tip inserts and heat transfer inserts are key components of the liquefier nozzle.
- The inserts can be press-fit into the body or captivated within it by other inserts.
- Press-fit tip inserts with heat transfer elements are also part of the innovation.
- The design allows for improved durability and heat transfer within the liquefier nozzle.
- This innovation aims to enhance the performance and longevity of additive manufacturing systems.
Potential Applications: - Additive manufacturing processes - 3D printing technologies - Industrial manufacturing applications
Problems Solved: - Wear and tear on liquefier nozzles - Inefficient heat transfer in additive manufacturing systems
Benefits: - Increased durability of the nozzle - Enhanced heat transfer capabilities - Improved overall performance of additive manufacturing systems
Commercial Applications: Title: Enhanced Liquefier Nozzle for Additive Manufacturing Systems This technology could be utilized in various industries such as aerospace, automotive, and healthcare for the production of complex parts and components.
Questions about the technology: 1. How does the design of the liquefier nozzle improve heat transfer efficiency? 2. What are the advantages of using wear-resistant tip inserts in additive manufacturing systems?
Original Abstract Submitted
the invention relates to a liquefier nozzle () for an additive manufacturing system, which includes a body () within which is received one or more inserts. one type of insert is a wear resistant tip insert () press-fit into the body. another type is a heat transfer insert () either press-fit into an upstream end of the body or captivated within the body by the wear resistant tip insert (). yet another type is a press-fit tip insert that incorporates a heat transfer element.
