BuMat PLA 1.75mm, 1kg, 2.2lb Translucent Yellow Filament Printing Material Supply Spool for 3D Printer PLATY

BuMat Filament is the best, safest, and most consistent filament for your 3D Printer. This is the highest quality components for producing successful 3D print. It is compatible with all 1.75mm Printer like Flash Forge USA, RepRap, Rapman, Makerbot, BFB 3000, Rostock, Ultimaker Printrbot, Makibox, Buccaneer, Kossel, Mendel and many other printers.

Product Features

  • 1.75mm PLA at 2.2 lb. (1KG)
  • User defined melting temperature at between 160 – 180 C
  • Diameter of the filament: 1.75mm
  • Easy to use and performs well on most prints
  • Air Tight Sealed in a plastic bag

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3D Printer Bearing set (12) LM8UU & (6) 608ZZ

Bearings for your 3D Printer build. Enough for the Prusa Mendel v2 build, including extruder Plus many other printer designs. Check the requirements of your build.

Product Features

  • 12 LM8UU Linear Bearings
  • 6 608ZZ Radial Bearings

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LulzBot TAZ 3 3D Printer

The evolution of desktop 3D printing continues with TAZ 3, LulzBot’s top-of-the-line, highest quality printer to date. Merging technical expertise with design sensibilities, TAZ is for inventors, entrepreneurs, design engineers and prototypers – bring your ideas to life with TAZ .

Product Features

  • The TAZ 3 is a Libre Hardware product. All of the part designs are provided with the printer. Printable updates are also made available at download.lulzbot.com.
  • Built for Performance TAZ is engineered for quality and tested for the long haul. As the most dependable desktop 3D printer on the market, TAZ requires minimal maintenance – helping you advance productivity and reduce costs. TAZ prints fine layer heights at speeds faster than most of the competition, is perfect for small manufacturing and comes with self-lubricating bushings. It’s also the quietest printer on the market.
  • Wood, polystyrene, plastic? Fantastic. TAZ is one of the few desktop 3D printers that can print with more than just your run-of-the-mill plastic. Create with ABS, PLA, PVA, high-impact polystyrene, and wood filament. But don’t stop there. With add-ons, you can print with nylon and more.
  • Print Tetherless! The TAZ 3 now comes with a graphic LCD controller for printing directly from an SD card! You can now print without a connected computer. The graphic LCD controller has the ability to perform print start up, print selection, and configuration changes.
  • INVENT IT. CREATE IT. PRODUCE IT. If a picture tells a thousand words, a 3D printer can tell the whole story. Like moveable type transformed and democratized communication, 3D printing is inspiring innovation and industry. The LulzBot TAZ from Aleph Objects, Inc., continues to transform the desktop 3D printer industry. A few short years ago, creating a three-dimensional prototype or short-run production required tens of thousands of dollars and months of time, making efficient innovation difficult for most and prohibitively expensive for many. Our technology allows you to design and print with ease and speed. Designed for innovators, prototypers, manufacturers, hobbyists, engineers, universities, architects, and medical practices – as a community, we are advancing the world of 3D printing.

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3D Printing Allows for Unprecedented Accuracy in Facial Reconstructive Surgery – 3D Printer

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3D printing technology has helped to reconstruct the facial injuries that a 29-year-old motorcycle accident victim sustained.

Stephen Power, from Cardiff, Wales, is possibly the first trauma patient to have 3D printing used at every stage during surgery, in which a reconstructive procedure was used to restore facial features.

In a motorcycle accident in 2012, Power suffered severe injuries that included breaking both of his arms, his right leg, as well as severe eye socket, cheek, and upper jaw injuries.

The accident left him in the hospital for four months.

“I can’t remember the accident – I remember five minutes before and then waking up in the hospital a few months later,” Power said.

Thanks to 3D printing technology, though, Power was able to undergo an eight-hour operation that allowed doctors to rebuild his face.

The surgical team used scanned 3D images of his face to design guides to cut and position bones, as well as titanium implants. 3D printing allowed for unprecedented accuracy in the surgery.

“It was a three dimensional exercise,” said consultant maxillofacial surgeon Adrian Sugar. “We had virtual and physical model planning for each stage of the operation. It made sense to plan it in three dimensions and that is why 3D printing came in – and successive 3D printing, as at every different stage we had a model.”

“Without this technology, you have to guess where everything goes. With 3D printing, we are far more precise.”

Power’s new face is a testament to the amazing things that 3D printing technology is capable of when combined with modern medical technology.

“I won’t have to hide my face away and my confidence will be back,” said Power. “I’ll be able to do everyday things – go and see people, walk in the streets, just go to any public areas.”

Related

3D Printing Allows for Unprecedented Accuracy in Facial Reconstructive Surgery
by Travis Starnes

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