Modern technology is constantly evolving and improving. The invention of 3D printing software is actually not a new technology. In fact, the first software 3D printer was successfully created in 1986. 3D printing actually has a long and complicated history starting from the 80s to the ground-breaking invention of Charles Hull’s technology called stereolithography. If you would like to explore everything about this three-dimensional printer to understand how you can put it to use to bring out efficient outcomes, this article would be of immense help. Initially, you should understand the basics to know better about the features.
According to the analyst firm Wohler Associates, the current 3D printing market is estimated at a whopping $6.063 billion, and it is continuously rising. The demand for software 3D printer is steadily increasing due to its simplicity of use and almost unlimited customization possibilities.
How does a Software 3D Printer Work?
A software 3D printer works on the principle of creating a physical object from a digital model. Although 3D printers use various technologies, the most common is Fused Deposition Modelling (FDM) and Stereolithography (SLA).
In FDM, rolls of filament are used as source material. These filaments are heated, squeezed out through an extruder nozzle, and then laid down in layers on a surface. These layers are incredibly thin and, as they lay on top of each other, they partially fuse into each other as they cool down. The first 3D printers that came to the market highly made use of FDM technology.
SLA uses liquid resin as its source material. This resin is exposed to light in a build tray, which when exposed to light creates a chemical reaction that hardens the resin. As light falls on every layer, the build platform raises the lower layer slightly to expose it to the light. SLA technique is most commonly used in polymerization printing. This includes the production of plastics, plastic composites, and materials like nylon.
Where is Software 3D Printer Used?
Mostly, designers use a software 3D printer to create product models and prototypes. But it is also becoming popular to make final products in industries. The most common use of software 3D printers is in the design of shoes, furniture, jewelry, tripods, novelty items, and parts of the automotive and aviation industries. Archaeologists also use 3D printing software to reconstruct models of artifacts and antiquities that have been destroyed over time.
Software 3D printer is also popular in the field of medical technology to create artificial teeth, prosthetics, hearing aids, and replicate models of internal body organs. Even the forensics department uses a software 3D printer to replicate a bullet wound inside a victim.
A software 3D printer has numerous uses as well as advantages. 3D printers allow almost unlimited customization, quick designs, clear prototypes, and conservation of time. 3D printing software like CAD Tools and Vectary are all set to revolutionize the level of 3D printing. For production companies, a software 3D printer is a highly efficient and cost-effective technology in the long run.