According to Mr. Josef Prusa, “The Prusa i3 MK2 printer can automatically find the calibration points and because it knows its geometry (how skewed the axes are) it can correct it live during the print as it does with automatic mesh bed leveling”. 🙂
The Prusa i3 MK2 is open source and the firmware is available.
Icinginks Latest Edible Printer Bundle, Comes with Edible Cartridges and 10 Wafer Sheets, Cake Printer Canon Pixma MG6821 (Wireless+Scanner) , Edible Image Printer
Mini 3D Printer with heated Build Plate. The da Vinci miniMaker 3D printer uses non-toxic PLA filament and has a non-heated print bed for child safety.
Best Feature :
It comes with all necessary accessories.
According to Icinginks, “Edible ink cartridges which we supply along with this printer are FDA compliant and are made in USA using high quality food edible materials under very strict food manufacturing conditions. At Icinginks™ we customize the Canon printers, edit some settings on the machine to make it compatible with edible printing which finally delivers better end results, colors and printing quality”.
Alerts : Always Caution for Laser, Chemicals, Equipment, Other Hazardous things. Be careful, Use proper precaution for using anything related.
Please read manual properly before handling anything.
Curious about Nano Technology ———————————— October 9th is the National Nanotechnology Day. Nano technology uses nano particles, those particles are very useful in our every day life style. It can protect our cell phone from water damage, we can make our clothes on demand, we can design, and we protect our house from water damage. […]
3D Printing is evolving more and more. We always have curiosity about newer 3d technology. More we are going to involve in 3D Print, more we will have questions to ask. Mr. Ben Heck has solutions for 3d printing.
Based on his research and using 3d Printer so much we can use his ideas for our Dr. 3D Printer series. I hope he will like it. 🙂
NC State’s enthusiasts are doing lot of work for Microfluids. They found the liquid metal can be transform into 3d printed product.
This is fast and simple technique for making human body parts or metal objects.
According to Sidra Waheed, Joan M. Cabot, Niall P. Macdonald, Trevor Lewis,
3D printing has the potential to significantly change the field of microfluidics. The ability to fabricate a complete microfluidic device in a single step from a computer model has obvious attractions.
University of Buffalo student Zack Vader has created a machine that prints three-dimensional objects using liquid metal.
According to Professor Edward P. Furlani of Chemical and Biological Engineering and Electrical Engineering departments of University at Buffalo, Vader’s process uses a magnetic field to manipulate conductive fluids. The magnetic field is used to create pressure for squeezing the liquid out of an ejector nozzle.
According to Furlani “It’s a transformative technology. It’s very exciting interdisciplinary engineering. I think its application base will continue to broaden and expand for the foreseeable future.”
According to Chi Zhou, Assistant Professor at University of Buffalo, “I can see at this stage that it can complement traditional metal printing, but later, maybe 10 years later, it can dominate the metal printing market because it can print better quality, cheaper and faster.”
Vader’s 3-D printer can be used in future for making custom knee and hip replacements.
BUFFALO, N.Y. — A father and son team in the START-UP NY program have invented a liquid metal printing machine that could represent a significant transformation in manufacturing. A breakthrough idea five years ago by former University at Buffalo student Zack Vader, then 19, has created a machine that prints three-dimensional objects using liquid metal.
The current state of the art in consumer home 2D laser printer is that I can expect perfect prints immediately. Take it out of the box, load paper, load toner cartridge, hit print, and out pops a crisp printout. The current state of the art in consumer home 3D printing is not anywhere near that […]