![]() In the very same year, a company named Objet introduced a 3D printer that was capable of printing objects using numerous types of raw materials. Apart from the SLA process, the onset of selective laser sintering (SLS) in 2006 paved way for mass and on-demand production of industrial parts. The possibilities were endless and the future looked extremely bright for 3D Printing technology. This proved that the raw materials for creating objects could range from plastic, to metals, to human cells. The first lab-grown organ was successfully transplanted in young patients who were undergoing urinary bladder augmentation using a 3d-printed synthetic scaffold that was coated with cells from their own body. The vast potential of this technology was realized in the middle and latter stages of the 1990s, when fully-functional organs were produced. Since the development of this machine, rapid developments have occurred in the field of 3D printing. The machine was named the Stereolithographic Apparatus, as it utilized stereolithography as the process for printing 3D models. The very first machine capable of creating 3D objects from computer design was produced by 3D Systems. This allowed the creation of a 3d model from a picture or blueprint, before investments were made in large manufacturing processes by companies. This printing process gave birth to the whole concept of 3D printing, as it enabled the production of a 3D object from a digital design. It was in 1984 when a process called stereolithography (SLA) was invented by a person named Charles Hull, who later went on to cofound the company 3D Systems. The ability to create objects from the ground up is really astonishing for a great number of people. ![]() 3D printing is an emerging technology that first was introduced in the year 1986 however, it wasn’t until the 1990s that it began to draw serious attention from all corners of the technology world.įor many, 3D printing is no less than a technology right out of Star Trek or some parallel universe. It is a process in which a real, physical object is created based on a 3D design blueprint. ABS The Common Ground Storage Smell Part Accuracy General Material Properties Conclusion How to Choose A 3D Printer Choosing The Right 3D Printer What Type Of 3D Printing Technology User Are You? Determining Your Application Concept Models Verification Models 3D Printing as a Hobby 3D Printers: What To Look For When Comparing Printers Price Build Platform Size Filament Type Reviews Customer Support Performance Attributes of a 3D Printer Print Speed Part Cost Accuracy Material Properties Color Which 3D Printer Should You Buy? Maintaining Your Printer and Filament Maintenance Guidelines Things You Must Never Do With Your 3D Printer How To Store Printer Filament Correctly Conclusion FAQs VideosģD printing is also known as additive manufacturing, or desktop fabrication. Table of Contents What Is 3D Printing? A Brief History of 3D Printing 3D Printing: How It Works Applications Of 3D Printing Uses of 3D Printing? Fundamental Change to Manufacturing Processes Fundamental Change to Manufacturing Processes Localizing Production of Items Different 3d Printing Processes Stereolithography (SLA) Selective Laser Sintering (SLS) Fused Deposition Modeling (FDM) Multi-Jet Modeling (MJM) Conclusion Getting Started – What You Need to Know Do You Really Need a 3D Printer? If You Do, Which Printer Should You Buy? Where Can You Get 3D Model Blueprints? How Can You Make Your Own Models? Can You Simply Scan Real Objects And Print Them? How Should You Go About Printing Downloaded Models? How Should You Go About Printing Models That You Created? Where Can You Buy the Material? Conclusion Essential Software Introduction To 3D Printing Software The 3D Printing Process Computer-Aided Design Software AutoDesk Inventor Autodesk 123D Google SketchUp Make Slicing and Printer-Control Software Slic3r Skeinforge KISSlicer Conclusion Essential Hardware How A 3D Printer Works The Anatomy of a 3D Printer Print Bed Extruder Hot End Plastic Filament Different Types of Beginner-Friendly Printers Fused Deposition Modeling (FDM) Printers Stereolithography (SLA) Printers Selective Laser Sintering (SLS) Printers Filament Types – PLA vs.
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