SME RAPID 2015-AMazing!

Editor’s Corner

This year’s RAPID Conference and Exposition is underway. And of course, the AMazing team is on the ground at RAPID. We are excited to attend this special event and hearing this year’s RAPID will surpass all previous attendance records.

RAPID
Long Beach Convention Center
Long Beach, California USA
May 18-21, 2015

Here’s what we heard from a very distinguished panel of experts that resonated:

  • “Materials will drive the industry”
  • “Exciting opportunities for production are ahead”
  • “Collaboration is essential”

From the exhibit floor:

AutoDesk has released the Print Studio Ember design file. The file is open source with downloadable CAD files and resin recipes. Also, the Fusion 360 cloud based 3D CAD/CAM platform is free for students.

Cincinnati Incorporated is displaying the front end of an additively manufactured Shelby Cobra. The actual build took one day. The front end was then finished and painted. Really nice!

Additively manufactured front end of Shelby Cobra  (Photo courtesy of Cincinnati Inc.)

Additively manufactured front end of Shelby Cobra (Photo source: AMazing)

Concept Laser is showcasing the company’s M2 cusing Multilaser Metal Additive Manufacturing System. The M2 is equipped with a single and multi laser system. The Multilaser option utilizes two 400 W lasers. The M2 is equipped with a new filter design that is five times larger but the overall machine footprint is smaller.

M2 cusing Multilaser Metal Additive Manufacturing System  (Photo courtesy of AMazing)

M2 cusing Multilaser Metal Additive Manufacturing System (Photo source: AMazing)

Cosine Additive is exhibiting the company’s AM-1 Additive Manufacturing Machine. This is the first introduction of the FFF AM machine in a tradeshow. The AM-1 features a print volume of 43” x 34” x 37” (31.2 cut ft).

Cosine Additive's AM-1 Additive Manufacturing Machine  (Photo courtesy of Amazing)

Cosine Additive’s AM-1 Additive Manufacturing Machine (Photo source: AMazing)

DDM Systems-Fascinating lamp process for additively manufacturing cores for investment casting. The company is also touting the SLE™ Scanning Laser Epitaxy for laser additive manufacturing and re-manufacturing of high value components in conventionally non-weldable high-temperature alloys.

FARO is exhibiting the FARO® HD laser scanner, which is adept at handling reflective material and with faster data collection.

FARO® HD laser scanner  (Photo source: Amazing)

FARO® HD laser scanner (Photo source: AMazing)

LPW Technology The company markets an online software package called POWDERSOLVE providing life-cycle tracking of the user’s additive manufacturing powders.

Image source: LPW Technology

Image source: LPW Technology

Matsuura/M.C. Machinery Systems Inc. is exhibiting the Lumex Avance-25 4th generation metal laser sintering hybrid milling machine.

Lumex Avance-25 4th generation metal laser sintering hybrid milling machine.  (Photo source: Amazing)

Lumex Avance-25 4th generation metal laser sintering hybrid milling machine. (Photo source: AMazing)

Mcor is introducing the Mcor IRIS HD, which provides 360° high-definition color, sharpens details, and reduces the industry’s already lowest operating costs by 20 percent.

Mcor IRIS HD, which provides 360° high-definition color, sharpens details, and reduces the industry’s already lowest operating costs by 20 percent. (Photo source: AMazing)

Mcor IRIS HD, which provides 360° high-definition color, sharpens details, and reduces the industry’s already lowest operating costs by 20 percent. (Photo source: AMazing)

OPTOMEC-The company can upgrade any CNC tool machine with additive LENS technology.

Ken Vartanian, Vice President Marketing  (Photo source: Amazing)

Ken Vartanian, Vice President Marketing (Photo source: AMazing)

RapidScan3d is showcasing the hand held Artec Space Spider 3D scanner for light structural scanning, originally developed to work in space.

Sciaky Inc.- The company is featuring an expanded lineup of EBAM 3D printing systems that includes new options for medium, large, and extra-large part applications, making EBAM the most widely scalable metal 3D printing solution on the market (in terms of work envelope) for parts ranging from 12 inches (305 mm) to 19 feet (5791 mm) in length. EBAM is also the fastest deposition process in the metal 3D printing market, based on documented deposition rates ranging from 7 to 20 lbs. (pounds) of metal per hour.

SCICON is showcasing a simulated charging station to demonstrate the company’s ability to produce short run production of fully finished, assembled urethane products.

Simulated charging station  (Photo source: Amazing)

Simulated charging station (Photo source: AMazing)

SLM Solutions talked about the company’s flagship SLM500HL and the first time the machine has been featured in a US tradeshow.

Photo Source: AMazing

Photo Source: AMazing

SMARTECHMARKETS Publishing is introducing a new “3D Printing in Dentistry” report.

Smooth-On-Late last year, Smooth-On unveiled XTC-3D®, a brush-on coating for 3D printed parts.  We couldn’t help but notice the advertisement for a UreCoat® brush-on flexible rubber coating.  Another new product from Smooth-On!

Photo source: AMazing

Photo source: AMazing

UL-It’s an exciting time as UL LLC and the University of Louisville launch a 3D printing training facility called the UL Additive Manufacturing Competency Center (UL AMCC).

Photo source: AMazing

Photo source: AMazing

Voxel8 demonstrated the famous Voxel8 3D Printed quadcopter and a 3D printed antenna. The company claims the 3D printed antennae works better than the off-the-shelf product. The base is PLA with conductive ink. Wow!

Voxel8 Michael Bell and Daniel Oliver with quadcopter airborne.(Photo source: Amazing)

Voxel8 Michael Bell and Daniel Oliver with quadcopter airborne.(Photo source: AMazing)

Antennae 3D Printed from PLA base with conductive inks  (Photo source: Amazing)

Antennae 3D Printed from PLA base with conductive inks (Photo source: AMazing)

America Makes, Lockheed Martin and Wolf Robotics in a joint partnership, are displaying a Multi Robotic Additive Cluster System; incorporating several automated manufacturing operations in a coordinated manufacturing cluster including additive manufacturing, subtractive machining, process monitoring, visual inspection and thermal imaging measurements.

Photo source: AMazing

Photo source: AMazing

 

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