• NASA Marshall Space Flight Center used the Geeetech A10 3D Printer during the prototype testing of the Electronic Alchemy Eforge 0.6 version. Morning Bird Media Corporation and A&M University for their STTR Phase II contract through an Additive Manufacturing Technique. A technique to develop 3D-printed electronic components.
• The project was started back in 2016 and was successfully delivered with the help of the Geeetech 3D printer.

Can 3D printers make Electronics?

NASA used the Geeetech A10 3D printer to see how it made wanders. Hence, 3D Printing has made its benchmark in almost every industry. May it be aerospace, military, architecture, industrial design, construction, automotive, engineering, dental and medical, fashion, footwear, jewelry, food, and many more. Hence, reducing the cost of manufacturing, time in building the object, labor, and reduction of waste in this ever-evolving technological era.

3D printing technology is very helpful, fast, and innovative. And has replaced the production and manufacturing of components with its improved way of manufacturing. The components are layer by layer using additive manufacturing techniques.

Now it has also set its benchmark in the field of Electronics. Hence, at NASA last month, the production of the Electronic component was a pressure sensor. Made up of 3 different materials insulators at the bottom in green, a resistor at the middle in grey, and capacitive material at the top in yellow. Using Tinkercad which is a Cad software platform used in creating 3D digital designs. Those which are deployed as. G file that drives the 3D printer and uses 3D filaments of various colors. The product is created within no time by the Geeetech A10 3D printer using additive manufacturing techniques.

The reason behind using the Geeetech A10 3D printer

Geeetech A10 3D printer with its handsome attire of blue and black color combo. A simple, attractive, and dignified 3D printer with a GT2560 open-source control board that is reliable, cost-effective, and easy to assemble.

Due to its gantry structure and its build volume as 220*220*260mm&sup3. A10 3D printer makes the best of the building platform with its hot black bed that provides the full view of the printing details. Its well-designed extruder head placed above the hotbed greatly reduces the risk of clogging or leaking. The design of the extruder helps the printing head move lightly and stably enhancing the printing efficiency, high resolution, and adhesion. The V-shaped wheels and rails on each axis are made up of wear-resistant and aluminum profiles. In a large measure reduce the printing noise and provide a pleasant 3D printing environment. These are the reasons why Nasa used the Geeetech A10 printer.

Main features and how it’s different from other 3D printers.

1. Featuring a printing accuracy of 0.1 mm. A10 delivers exquisite prints with delicate texture, sleek contour, and stable structure.
2. A10 comes with an OPEN SOURCE GT2560 control board, providing limitless space for you to modify the firmware and tinker with your printer.
3. Stable running provides users with quality printouts and a satisfactory printing experience.
4. A10 printer comes with an LCD screen. Therefore provides all the menus such as Info screen, Tune, Prepare, Control, SD card, and About the printer.
5. A10 provides 2 print choices one is SD card and the other is USB printing.
6. Its Break-resuming capability helps to resume the printing process. Hence, when a power outage is caused complete the unfinished print successfully.
7. The Reset button helps to reset the printer when the printer works abnormally and prevents any damage.
8. The filament run-out sensor is used to detect the end of printing, preventing half-done printing. And therefore helpful in printing large objects fearlessly.

Due to these amazing features of this 3D printer. Nasa used Geeetech A10 for an additive manufacturing project.

What’s Next?

Hence, 3D-printed electronic components can be used in various applications. Such as Research and Development, Space Missions, Medicine, Manufacturing, Technology, and many other fields. However, 3D printing is changing the world shortly through its capability to provide various components with great accuracy and components created within no time due to its speed. Before the production of components used to take days now, they are created within minutes with high resolution and adhesion. 3D printing and its features are very useful so what are waiting for click on the below link and start using Geeetech 3D print and make your life simple and easy.

3D Printing is such a hot topic in the industry that intrigues almost every industry, right from fashion or food to architecture and more.

Whereas, Laser 3D Printing is where a laser beam helps to create a prototype or a product in a more precise manner. Thus, it’s a whole new level of 3D printing itself. It provides a big help for the manufacturing industries to create exact prototypes.

What is 3D Laser Printing?

It is all about Subtractive manufacturing technology and laser added direct metal tooling. Therefore, which helps to form complex parts using high power laser and metal powder. Unlike normal 3D Printing, 3D Laser printing uses a beam thinner than a human hair to print a whole new object. The laser beams have the power to cut, shape and engrave 3D Printed parts.

They have common working capabilities like CNC milling. But like CNC milling, the 3D laser printer doesn’t have a milling head. They are all in one printer yet with some limitations. This type of printer is more expensive than an FDM printer, as it includes a 3D printer, a 3D scanner, a laser engraver, and/or a CNC mill.

What is Selective Laser Sintering?

3D Printing being a vast industry, it has many processes that are still not that common or known just like 3D Laser printing, SLS. Selective Laser Sintering is a part of 3D Laser Printing is an additive manufacturing method. It’s a powder bed fusion method where nylon is transferred from the container holding fresh powder material onto the build stage. In the process chamber with a recoating tool. A laser then selectively scans the thin layer of powder, sintering together powder particles. Hence, in the shape of the cross-section of the first layer of the 3D part.

Glowforge is a magical printer- Best Printer

Dan Shipiro a former CEO of Google wanted to make the laser technology more usable. The aim of Glowforge- an all in one laser 3D printer is to create more beautiful things. By giving the objects proper shapes and cuts. The company says it can cut wood, fabrics, leather, paper, linoleum, food, and even some plastics and also engrave metal and glass. It aims to help artisans and businesses create innovative products just using one machine.

Cost-cutting is also something that the Glowforge developers. Therefore, they are focusing on substituting the hardware components with sophisticated software. For a simpler design, there are no buttons on the Glowforge interface. Also, a camera inside the laser cutting chamber and image processing in the cloud will take the place of a motion planner. Therefore, which usually determines how the laser cuts the material.

There was a Glowforge Kickstarter project funded for a month in 2015 which was very successful and led to many people taking an interest in a laser printer.

Conclusion: Scope of laser 3D printing

3D laser printing is also becoming popular just like normal 3D Printing and is used for personal as well as industrial use. Many 3D printer manufacturers are creating Laser printers as they perform well and are all in one. Post-processing becomes easy with the Laser printers thus reducing your work.’

3D Laser Printing is a new wave in this Ocean of 3D Printing!!

Credits- all3dp.com,sharehack.com,youtube.com