Forecast 3D to unveil race auto with more than 45 3D printed parts at Fast in Extended Beach

Carlsbad, CA (PRWEB) Could 13, 2015

For over 20 years, Forecast 3D has been providing the newest additive manufacturing, 3D printing, and brief-run manufacturing services to engineers all more than North America. Subsequent week, the team appears forward to unveiling a key project that utilized practically all seven of Forecast 3D’s additive technologies – the Harbinger an all new, custom built race car primarily based on a 1969 Mustang. This race automobile – which boasts more than 45 fully functional parts built with additive manufacturing – is genuinely exclusive and demonstrates the realm of possibilities of 3D printing. The Forecast 3D group and race car can be noticed next week in Extended Beach at Rapid, identified as “the preeminent event for 3D printing, scanning, and additive manufacturing.”

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Forecast 3D will be exhibiting at the major additive manufacturing industry show Speedy subsequent week, Tuesday, May 19th through Thursday, Might 21st at the Long Beach Convention Center in Booth #749. Being at the forefront of item development for over 20 years, the group brings a continuous array of wonderful designs to life every single day, and the Harbinger, which was constructed for race automobile manufacturer Agent 47 Competitors Items, is a project that Forecast 3D is specifically excited to reveal at Fast.

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“Working with Agent 47 on the Harbinger project has been quite enjoyable and rewarding to all of us at Forecast 3D. Motorsports has constantly been a hobby of mine, so to be involved on a project of this scale and to see what can be done with Additive and ProCAST RTV in the custom and race vehicle constructing business… to say it’s thrilling is a gross understatement. I think this is the tip of the iceberg as more and far more custom and specialty car shops embrace these technologies,” stated Corey Weber, President and CEO of Forecast 3D

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Agent 47 Competition Products needed a multitude of sturdy, lightweight, high heat resistant, and appealing parts for its new Harbinger Mustang. The team utilized Forecast 3D’s SLA (Stereolithography), Fortus FDM (Fused Deposition Modeling), DMLS (Direct Metal Laser Sintering), ProCAST (RTV Casting / Short-Run Manufacturing), and CNC Machining services to prototype more than 45 components throughout the vehicle. Agent 47 was able to get components swiftly and inexpensively in thermoset production plastics, with a assortment of properties and cast in colors and textures. The combination of technologies, supplies, and finishes enabled style verification, lengthy term finish-use testing, and most importantly high level racing. The Harbinger and its components had been tested by means of an whole grueling season of NASA’s American Iron race series culminating in the 2014 National Championship at Sonoma Raceway.

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Those interested in joining Forecast 3D at Speedy can use code 10074525 for totally free registration: http://www.rapid3devent.com/. To schedule a client meeting or project assessment during the show, email information@forecast3d.com or check out Booth #749. These interested in learning far more about Forecast 3D’s additive manufacturing solutions can go to http://www.forecast3d.com or submit a 3D CAD file design and style to https://dashboard.forecast3d.com to get started on a new project.

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About Forecast 3D &#13

Forecast 3D (http://www.forecast3d.com) has been in the 3D Printing and short-run manufacturing space for 20 years and was not too long ago voted by their personnel as one of the 10 Greatest Places to Function in the US &amp Canada in Plastics News. Known for their quality of service and craftsmanship, Forecast 3D gives a diverse variety of 3D printing technologies with SLA (Stereolithography), FDM (Fused Deposition Modeling), DMLS (Direct Metal Laser Sintering), PolyJET high-precision 3D printing, and CNC Machining, as effectively as becoming a leader in RTV Tooling operations.

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(Source from rapid prototyping from China blog)

Precision Linear Stage: Extended Travel, Low Profile, Higher Resolution

Auburn, MA (PRWEB) October 02, 2014

PI’s new M-417 linear stage provides 500 mm travel and half-micron resolution. This motorized precision positioner can be computer controlled for automation and precision assembly applications. The linear translation stage can manage higher duty cycles and boasts high velocity of one hundred mm/second. Precision recirculating ball bearings give guiding precision in the one hundred µrad range over the total travel range.

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The low friction ball screw with a 2 mm thread pitch permits for maintenance free of charge operation and the integrated extremely effective PWM servo amplifier improves expense efficiency although simplifying installation and operation – no additional amplifier required. For instance, the M-417 can be driven by PI’s miniature, palm-prime C-863 Mercury servo motion controller.

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Closed-Loop Operation, Limit &amp Reference Point Switches&#13

An incremental optical rotary encoder with 4000 counts/rev controls the position delivering unidirectional repeatability of .5 µm. Non-contacting reference point and limit switches shield the mechanics from harm.

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Dimensions and Application&#13

The M-417 stage is 120 mm wide and 56 mm high. Its pressure-relieved aluminum base ensures the stage’s high stability. This low-profile positioning stage is well suited for automation and precision motion manage applications for science and market.

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Far more info and datasheet: http://www.pi-usa.us/news/news_ka.php

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Precision Linear Stage: Extended Travel, Low Profile, High Resolution

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PI’s new M-417 linear stage gives 500 mm travel and half-micron resolution. This motorized precision positioner can be computer controlled for automation and precision assembly applications. The linear translation stage can manage high duty cycles and boasts higher velocity of one hundred mm/second. Precision recirculating ball bearings give guiding precision in the one hundred µrad variety over the complete travel range.

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The low friction ball screw with a 2 mm thread pitch allows for upkeep free operation and the integrated extremely effective PWM servo amplifier improves expense efficiency although simplifying installation and operation – no added amplifier required. For instance, the M-417 can be driven by PI’s miniature, palm-best C-863 Mercury servo motion controller.

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Closed-Loop Operation, Limit &amp Reference Point Switches

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An incremental optical rotary encoder with 4000 counts/rev controls the position providing unidirectional repeatability of .5 µm. Non-contacting reference point and limit switches protect the mechanics from damage.

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Dimensions and Application

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The M-417 stage is 120 mm wide and 56 mm higher. Its stress-relieved aluminum base ensures the stage’s high stability. This low-profile positioning stage is well suited for automation and precision motion control applications for science and industry.

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More info and datasheet:&#13

http://www.pi-usa.us/news/news_ka.php

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About PI&#13

PI is a top manufacturer of precision motion control gear, piezo systems, piezo motors and actuators for semiconductor applications, photonics, bio-nano-technology and medical engineering. PI has been creating and manufacturing common &amp custom precision products with piezoceramic and electromagnetic drives for four decades. The company has been ISO 9001 certified considering that 1994 and supplies revolutionary, high-good quality options for OEM and research. PI is present worldwide with ten subsidiaries, R&ampD / engineering on three continents and total staff of 750+

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(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)

​High speed milling - a small added understanding can go a extended way

​High speed milling – a little additional knowledge can go a long way

“There are a lot of elements going into it,” Prashant Gokhale, CNC Machine Tools Manager at Applied Machinery told Producers" Month-to-month. He explained that getting the appropriate machine and spindle are components of the equation, but not the entire story. He …
Read a lot more on Ferret

Shadow Chancellor Ed Balls backs Vicky Fowler"s bid to become Nuneaton"s …

… CNC lathe operator John Taylor shows Ed Balls a tiny element he has produced. They have been welcomed and shown around by Paul Bailey, managing director of the family members-run concern, which was began 45 years ago. He explained how components manufactured at&nbsp…
Study much more on Coventry Telegraph

(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)

Contact for Makers Extended Till June 14 for Maker Faire Detroit 2013 at The Henry Ford

Dearborn, Mich. (PRWEB) June 07, 2013

The Henry Ford announced it is extending its call to makers for Maker Faire Detroit until June 14. This special, two-day, loved ones-friendly event promises to bring Makers from all over the nation to celebrate their unbridled creativity and resourcefulness. Maker Faire Detroit will be held July 27-28, 2013, from 9:30 a.m.-6 p.m.

To participate in Maker Faire Detroit, an entry form have to be completed at http://www.makerfairedetroit.com/contact-for-makers. Entries can be submitted by folks or by groups, such as hobbyist clubs and schools. The Henry Ford specifically encourages exhibits that are interactive and that highlight the process of making items.

Maker Faire Detroit is seeking for a wide assortment of eclectic, diverse and out-of-the-box ideas that highlight the DIY and tinkerer spirit. Exhibits and displays can range from student projects, robotics, 3D printers and CNC mills, textile arts and crafts, property power monitoring, rockets and R/C toys, sustainability, green tech, radios, vintage computer systems and game systems, electronics, electric vehicles, biology/biotech and chemistry projects, puppets, kites, bicycles, shelter (tents, domes, etc.), and unusual tools or machines,

For much more details, pay a visit to our internet site at http://www.makerfairedetroit.com or like us on Facebook at http://www.facebook.com/makerfairedetroit.

Maker Faire Detroit is independently made by The Henry Ford in collaboration with Maker Media.

About The Henry Ford

The Henry Ford in Dearborn, Michigan is an internationally-recognized cultural location exactly where stories and artifacts from 300 years of America’s history bring to life the accomplishments of ordinary and extraordinary men and women alike. A national historic landmark with five unique venues, unparalleled collections and world-class expertise, The Henry Ford is a force for fueling the spirit of American innovation and inspiring a ‘can-do’ culture. Practically two million guests annually knowledge its attractions: Henry Ford Museum, Greenfield Village, The Ford Rouge Factory Tour, The Benson Ford Analysis Center and The Henry Ford IMAX Theatre. A continually expanding array of content material available online offers anytime, anywhere access. The Henry Ford is also house to Henry Ford Academy, a public charter high college which educates 485 students a year on the institution’s campus. For more data please go to our website thehenryford.org.

About Maker Media

Maker Media is a international platform for connecting makers with each and every other, with merchandise and services, and with our partners. Through media, events and ecommerce, Maker Media serves a growing neighborhood of makers who bring a DIY mindset to technologies. Regardless of whether as hobbyists or professionals, makers are inventive, resourceful and curious, creating projects that demonstrate how they can interact with the globe around them. The launch of MAKE Magazine in 2005, followed by Maker Faire in 2006, jumpstarted a worldwide Maker Movement, which is transforming innovation, culture and education. Positioned in Sebastopol, CA, Maker Media is the publisher of MAKE Magazine and the producer of Maker Faire. It also develops “obtaining started” kits and books that are sold in its Maker Shed retailer as well as in retail channels.

(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)