New Matter 3D printer | www.3diot.net

New Matter 3D printer
Customers seeking to enter the field of 3D printing will typically shell out between $500 to $2500. For a less expensive 3D printer, one would have to search for DIY 3D printer kits. The New Matter 3D Printer intends to change this with their MOD-t debut. The MOD-t is based on 3D major design considerations: affordability, easy to use software, and access to 3D designs. - See more at: http://www.3diot.net/new-matter-3d-printer/#sthash.ycheLWTY.dpuf

Customers
seeking to enter the field of 3D printing will typically shell out
between $500 to $2500. For a less expensive 3D printer, one would have
to search for DIY 3D printer kits. The New Matter 3D Printer intends to
change this with their MOD-t debut. The MOD-t is based on 3D major
design considerations: affordability, easy to use software, and access
to 3D designs. - See more at:
http://www.3diot.net/new-matter-3d-printer/#sthash.ycheLWTY.dpuf

Customers
seeking to enter the field of 3D printing will typically shell out
between $500 to $2500. For a less expensive 3D printer, one would have
to search for DIY 3D printer kits. The New Matter 3D Printer intends to
change this with their MOD-t debut. The MOD-t is based on 3D major
design considerations: affordability, easy to use software, and access
to 3D designs. - See more at:
http://www.3diot.net/new-matter-3d-printer/#sthash.ycheLWTY.dpuf

Customers
seeking to enter the field of 3D printing will typically shell out
between $500 to $2500. For a less expensive 3D printer, one would have
to search for DIY 3D printer kits. The New Matter 3D Printer intends to
change this with their MOD-t debut. The MOD-t is based on 3D major
design considerations: affordability, easy to use software, and access
to 3D designs. - See more at:
http://www.3diot.net/new-matter-3d-printer/#sthash.ycheLWTY.dpuf

3D printing artisans use a variety of tools to shape and then fabricate a physical design. From modeling our natural surroundings to engineering a mechanical component, everything begins with imagination, translated to digital canvas, then printed into reality. Here is a list of 3D modeling and printing tools to help you get started.  


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Faulty 3D Printed Products - Who is Liable? | Inside3DP.com

Faulty 3D Printed Products - Who is Liable? | Inside3DP.com

Professor Plastic: A Desktop 3-D Printer in Every Home? – Plastics Make It Possible

Some examples, all made possible by plastics:

• A dad creates unique toy trains and tracks for his kids while another creates a jigsaw puzzle from a family photograph;
• An artist uses 3-D printers to create sculptures that would be impractical to produce using traditional techniques;
• Handy homeowners create unique shower heads, curtain rod holders,
  shower caddies, drain screens and more—all designed to perfectly fit a
  specific bathroom space;
• Gear heads create personalized cell phone cases, tablet grips,
  laptop stands and scads of other customized devices/adaptors/holders for
  electronics;
• Do-it-yourselfers create washers, gears, brackets, connectors and other parts that are unique to specific needs;
• Crafty types create pendants, necklaces, rings, earrings, bracelets and other jewelry/accessories.

Staples Partners with 3D Systems to Launch In-store 3D Printing Experience in New York and Los Angeles | www.3dsystems.com

Staples Partners with 3D Systems to Launch In-store 3D Printing Experience in New York and Los Angeles | www.3dsystems.com

App uses video of customers’ feet to 3D print their perfect insole | Springwise

App uses video of customers’ feet to 3D print their perfect insole | Springwise



 TechCrunch,
SOLS may use its custom design platform to create other tailored
products, such as prosthetics or plus-size clothes. Are there other
products that 3D printing can help move into the mass-customization
model?

3D-Printing : Science World Report

3D-Printing : Science World Report

From 3D Printing to the Factory Floor Course Enrollment is Open to U.S. and International Engineering, Science and Architect Professionals for Course Starting July 21, 2014 Cambridge, Mass.

MIT Professional Education to Offer New Short Courses: MIT Professional Education Now Offers Additive Manufacturing: From 3D Printing to the Factory Floor Course
Enrollment is Open to U.S. and International Engineering, Science and Architect Professionals for Course Starting July 21, 2014

Cambridge, Mass. – April 23, 2014 – MIT Professional Education has added Additive Manufacturing: From 3D Printing to the Factory Floor to their Short Programs offerings. Designed for US and international manufacturing and design engineers, science, and architect professionals who seek the MIT experience in a condensed time frame, the course will focus on a comprehensive overview of additive manufacturing spanning from fundamentals to applications and technology trends.

Enrollment is now open to qualifying professionals from the U.S. and abroad through the MIT Professional Education website.



For 65 years MIT Professional Education has been providing those
professionals engaged in engineering, science and technology worldwide,
a gateway to renowned MIT research, knowledge and expertise through
advanced education programs designed specifically for working
professionals. http://web.mit.edu/professional/ 





Contacts:

Kate McCary

Matter Communications

978-518-4819

mitpe@matternow.com

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