Type A Machines Launched The New Series 1 3D Printer

Printing activity became one needs at this present time. Printing device is a device created to display the output of a processing on a computer. There are many types of printing devices including printing paper, fabric printing, banner printing, printing up to 3 dimensions. On this occasion we will discuss about the explanation of each - each of the printing device.

Type A Machines launched the new Series 1 3D Printer with a few improved features:

  • Easier platform leveling;
  • More convenient Z-limit switch adjustment;
  • The 'Top Hat' a new filament management system for improved mounting and swapping PLA spools.

The new Series 1 3D Printer has a large build volume of 10" x 9"x 9" (254 x 230 x 230 mm) and a printing speeds of up to 90mm/s and travel speeds of up to 250mm/s. It also features an easily removable build surface, so it's easier to take a print off the bed once it's done.

The new Series 1 is priced at $1,695 with lead time 4-8 weeks
3D Printing. This type of printer that is a very powerful printer that can print and produce a three-dimensional product. 3D printers are widely used in various industries such as health, art, architecture, and other industries much. The materials used in the three-dimensional printers use special materials for three-dimensional printer. And media used for the manufacture of three-dimensional model is a special material, so can not use just any material.

Rapid Prototyping Definition

Rapid prototyping is the speedy creation of a full-scale model. The word prototype comes from the Latin words proto (original) and typus (model).

In manufacturing, rapid prototyping is used to create a three-dimensional model of a part or product. In addition to providing 3-D visualization for digitally rendered items, rapid prototyping can be used to test the efficiency of a part or product design before it is manufactured in larger quantities. Testing may have more to do with the shape or size of a design, rather than its strength or durability, because the prototype may not be made of the same material as the final product. Today, prototypes are often created with additive layer manufacturing technology, also known as 3-D printing. Direct metal laser sintering (DMLS) may also be used to create aluminum, stainless steel or titanium prototypes. This process uses laser beams to melt and fuse metal powders into solid parts.

In network design, rapid prototyping can be used to map the architecture for a new network.  A rapid prototype tool called Mininet, for example, allows the user to quickly create, interact with, customize and share a software-defined network (SDN) prototype on a single computer which simulates a network topology that uses Openflow switches.

In software development, when a small team quickly builds a working software program for users to review, it is also called rapid prototyping. It may also be called rapid application development (RAD).


How 3D Printing Impacts Manufacturing

With the ability to create on-demand specialist tools, any initial investment in 3D printing technology could quickly pay for itself. A world in which manufacturing on-demand is a reality might not be that far away, as the price of 3D printers is dramatically falling. The technology has the potential to fundamentally change the economies of scale for small, innovative enterprises.

For decades 3D printing – or additive manufacturing – was the preserve of larger enterprises, as investment costs were prohibitive for smaller companies.

But with costs for lower end plastics-printing machines having plummeted in the last few years, the technology is now on the cusp of becoming mainstream.

Paul Doe, chief designer at motorsport technology designers Prodrive, says 3D printing is already transforming the way the company does business. His previous experience with the technology had been making prototypes and the main reason Prodrive initially bought its 3D printer in 2009 was to make non-functional prototypes. “But our use of the machine changed quite a lot in 18 months to actually making production parts,” he says. “We discovered the technology was good in terms of strength, when we were using technology to make parts to test on the car.”


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      3D System Metal Printing Software

      3DMT specializes in metal additive manufacturing and the key component of the technology is material. With a long history of powder metallurgy in ARC Group, this experience transfers to 3DMT with metallurgists on staff, on-site material testing capabilities and heat treatment knowledge.


      3D Metal Printing Service
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      Titanium – Ti64 (Grade 5)
      Stainless Steel – 17-4PH, 15-5PH, GP1, PH
      Maraging Steel – M-300, MS1
      Inconel – 625, 718
      Cobalt Chrome

        3D Systems Metal Printing Software Service

        ABS – M30, ABSi (translucent)

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