The C.E.M Crown Extruder – A 3D Printer Extruder Based on Concepts of a Microscope
Example of the C.E.M Crown Extruder with a 4-nozzle setup
Innovation in 3D printing is an ongoing process. There are always new ideas popping up, and new revelations taking place. However, one aspect of FDM 3D printers that hasn’t really changed all that much in the past couple of years, is that of the extruder mechanics.
A German engineer, by the name of Cem Schnitzler, hopes to change this though. His innovative design of a 3D printer’s extruder could eventually allow for more variety in 3D printed objects. The idea is based off the concept of a microscope, and the way in which the microscope’s objective lenses may be rotated in order to increase sight resolution.
The way that Schnitzler’s C.E.M Crown Extruder works, is similar to that of a microscope. The head of the extruder features different sized nozzles that can rotate to become the ‘active’ nozzle. The diameters of the nozzles all have different sizes to allow for different types of printing. A smaller nozzle can be used for printing more finely detailed areas of an object, while the larger nozzles can help print faster, on areas of an object that require very little detail.
The C.E.M Crown Extruder on a Mendel Prusa 3D printer
“For the fine shape you can turn the head and start printing with a little diameter, and for the rough shape you can turn the head and use a bigger diameter,” explained Schnitzler on his website.
The nozzles could be operated manually or automatically by using a stepper motor. It could include any number of different nozzle sizes (this example shows 4). If implemented properly, this could greatly increase the variety of detail that we will be able to use while printing an object.
Schnitzler informed 3DPrint.com that he will be applying for a patent for this idea. However he is allowing for people to use the design for private use, free of charge. The idea has not yet been implemented into a real 3D printer. He is starting to develop the Crown Extruder system now though. He also has plans to have the device work on all 3D printers, and hopes to be able to sell it in the future.
What do you think? Could this C.E.M Crown Extruder really work? Would you consider buying one? Discuss in the C.E.M Crown Extruder thread on 3DPB.com
Subscribe to Our Email Newsletter
Stay up-to-date on all the latest news from the 3D printing industry and receive information and offers from third party vendors.
Print Services
Upload your 3D Models and get them printed quickly and efficiently.
You May Also Like
AMCM’s Expanded Production Capacity Arrives Just in Time for Western Infrastructure Needs
The geography of the manufacturing sites that produce 3D printers is a bit of a blindspot for the additive manufacturing (AM) industry. Industry stakeholders in the West have been forced...
The Barnes Global Advisors Lands BPMI Metal AM Database Contract
Other than workforce development, materials qualification is perhaps the greatest existing barrier to the scale-up of metal additive manufacturing (AM). Moreover, improving access to data on metals qualified for the...
3D Printing Financials: 6K Additive Reports Record Quarter as Demand Grows for U.S.-Made Metal Powders
Demand for metal powders made in the United States continues to grow, particularly from aerospace and defense customers. That was one of the biggest takeaways from 6K Additive‘s (ASX: 6KA)...
Lyten’s Graphene Filaments Power Modovolo’s US-Made 3D Printing Platform
Drone manufacturer Modovolo has selected Lyten as the primary filament supplier for its industrial 3D printing platform, a move the companies say will strengthen U.S.-based manufacturing for aerospace, defense, and...
