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China's first mini metal 3D printer unveiled, capable of 3D printing metal jewelry

Klarm Prototyping

China's first mini metal 3D printer unveiled, capable of 3D printing metal jewelry
As you might know, metal 3D printers usually only come in a room-filling full cabinet size, can cost millions of dollars and are almost exclusively used for the production of high quality metal parts for aerospace, aviation and other high tech sectors …
Read more on 3ders.org (blog)

Scrap-Metal Sector Is Latest Victim of Commodities Bust
As prices for steel, iron ore and other commodities have dropped because of a demand slowdown and oversupply in China, prices for scrap metal have also collapsed. That is leading junkyard operators to stockpile cars instead of shredding them, stalling …
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Automotive Rapid Prototype Fail First Paradox

Automotive Rapid Prototype Fail First Paradox

Klarm Prototyping

New item improvement and innovation is a lot a lot more hard and time consuming than most other business activities. Automotive speedy prototype tremendously enhances learning speed and reduces the threat of new automotive parts improvement.

Historically, the automotive industry has been using rapid prototype as an important tool in the automotive components design and style procedure. The really quickly-paced automotive style cycles require an extremely rapidly prototyping technique which can produce auto parts quickly and inexpensively.

The major objective of automotive prototyping is to learn swiftly: how a new automotive item behaves in its organic functioning environment, prior to transferring the prototype to the production line. Several times, blunders are learned only soon after a new automotive part is launched. This is the main explanation for poor automotive parts design, from product mismatch, poor engineering and function or finish, and overpriced production. In order to accelerate the learning curve, before these costly automotive prototyping mistakes are created, one need to accelerate and facilitate feedback loops from tests in the lab and market place trials.

Automotive Manufacturing Technologies

Functioning with an assortment of fast prototype gear, automotive prototyping engineers use the most sophisticated 3D printers, in their quest for best type, function and utility. Operating in advanced manufacturing centers, the automotive engineers use the technology to verify what they are carrying out, and, equally crucial, to save tremendous amounts of time, and money.

Automotive fast prototype Compresses Improvement Time

The benefits of 3D rapid prototype model creation versus viewing a cad/cam model on a computer screen is palpable. Automotive parts engineers get with each other discuss the pros and cons of a quickly made automotive components model and talk about the pros and cons of the style, as they pass it about, twisting and viewing the prototype, and decide if that is what they had in thoughts. This way, difficulties get solved up front, just before going to the assembly line! After determined that the automotive prototype style is a go, the model can then be sent to a die maker.

Automotive Prototyping and the Die Maker Approach

The die maker can not use model to make the die, but since they have it in their hand and can look at it and really feel it, they can establish exactly where the parting lines will be and precisely how considerably steel they will need to have to make it. The timing of the die procedure is tremendously compressed.

Examples of Automotive speedy prototype Components

Engine castings and parts

Car Engine parts

Auto Mechanical parts

Car Dashboards

Car Handles and Knobs

Auto Physique Components

Automobile Trim parts

Fail very first Paradox in Automotive fast prototype

The automotive fast prototype paradox is to fail earlier rather than later. By failing earlier, the design and style engineers surprisingly succeed in accelerating the project this drastically reduces improvement price threat. By taking into consideration all automotive prototype failures as understanding experiments, the engineer has a lot less pressure, understanding that they are practicing the old adage, that achievement comes from ninety-nine % failure and introspection.

Skilled rapid prototype supplies prime top quality “a single-stop” product design and style solutions such as: fast prototyping, Plastic mold, which includes fast tooling and plastic mould. We will be your 1st selection for fast prototypes.

Myrtle Beach Sports Center Announces Signing of 17 Occasion Contracts New Facility, Scheduled To Open in March 2015, Has Nearly Sold Out Its Very first Six Months

Myrtle Beach Sports Center Announces Signing of 17 Occasion Contracts New Facility, Scheduled To Open in March 2015, Has Nearly Sold Out Its Very first Six Months

Klarm Prototyping


Clearwater, FL (PRWEB) November 12, 2014

Myrtle Beach, SC is the third largest tourism location in America behind Orlando and Las Vegas – its longtime focus on sports is 1 cause the beach town has grow to be so well-liked. John MacDonald, Common Manager of the new Myrtle Beach Sports Center positioned in Myrtle Beach, has announced the signing of 17 event contracts for the new facility, which is scheduled to open in March 2015. “Response has been phenomenal,” says MacDonald. “There are only two weekends still open for the center’s initial six months of operation—Easter and Memorial day.”

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Myrtle Beach Sports Center will incorporate one hundred,000 square feet of year-round tournament and events space. The center delivers eight high school basketball courts or 16 volleyball courts with full-length retractable curtains. The courts are also lined so as to be configurable as four collegiate/specialist basketball courts.

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“Basketball and volleyball are not the only choices, of course,” says MacDonald. “The center has 70,000 square feet of totally free-span space it is developed to host mat sports, table tennis, pickle ball, trade shows, and numerous other sorts of events.”

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When not at the Sports Center, MacDonald notes, athletes and their households will have a host of region activities to select from. These incorporate the Myrtle Beach Boardwalk, named the nation’s number-three boardwalk by National Geographic Household Kingdom Amusement Park, considered the fifth-ideal amusement park in the nation the Huntington Beach and Myrtle Beach State Parks a wide selection of musical entertainment, which includes the Carolina Opry and comprehensive, family-friendly purchasing.1

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“This new facility and its locale in one particular of the significant tourist destinations in the U.S.,” says MacDonald, “makes it a have to quit for any occasion owner that wants to give athletic teams with the ultimate in customer service, facilities, value, and guest experience—in and outside of the competition venue.”

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Amongst the groups that will be moving their events next year to the Myrtle Beach Sports Center sits the National Travel Basketball Association (NTBA). Says NTBA President John Whitley, “Having the new Myrtle Beach Sports Center permits NTBA to now bring its 1st-class tournaments to a first-class facility. We will be hosting our State and National Championships at the MBSC, and becoming capable to have the games below 1 roof is merely a win-win for all involved, but especially the spectators.”

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A essential aspect in the accomplishment of the new Myrtle Beach Sports Center, and of related facilities nationwide, is an explosion of interest in youth and travel sports. “Youth sports tourism wasn’t even a category 4 years ago,” says Dave Hollander, a professor at New York University’s Tisch Center for Hospitality, Tourism, and Sports, “and now it’s the fastest-growing segment in travel. You have got millions of youngsters involved, parents spending thousands of dollars, and cities constructing facilities to host events. It is just massive.”

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According to a recent USA Right now survey, at least 35 million youngsters between five and 18 currently play an organized sport every single year in the U.S. Of these, 21 million are involved in non-college youth sports. “I do not see this as trending downward,” says Hollander. “Check out the neighborhood youth sports Television channels in your neighborhood. They are continuing to grow. Cities and towns are seeing advantages as these trips turn into mini-vacations for households, so their incentive to be a player in this is also expanding.”2

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Even though the opportunity is real and developing, Dev Pathik, Founder and CEO, Sports Facilities Advisory and Sports Facilities Management, cautions that becoming a player in youth sports demands accurate analysis and planning. Speaking of the Myrtle Beach Sports Center, he says, “The city engaged us to generate a detailed economic forecast and financial effect projections for [Myrtle Beach Sports Center] from the time the project was in its infancy, and then hired our management team, to oversee the pre-opening and day to day operations.”

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This cautious and detailed strategy, notes Pathik, is crucial to the success of any new sports facility. “Even with a excellent location and a booming market,” he says, “you have to make particular that what you are doing is precisely calibrated to the marketplace. We recognize this simply because it is our enterprise.”

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SFA|SFM works with government entities, economic institutions, private developers, institutional customers, and faith-primarily based organizations to assist them—from the ground up—to optimize the return they make on their investment.

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About Sports Facilities Advisory and Sports Facilities Management (SFA|SFM):

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The Sports Facilities Advisory and Sports Facilities Management (SFA|SFM) is the leading resource in sports facility arranging and management. SFA|SFM has served a portfolio totaling a lot more than $ 4Billion in planned and operational sports centers in communities throughout the USA and internationally given that its founding in 2003. Youth and amateur sports and neighborhood recreation centers now require professional planning and management. SFA’s proprietary data system—based on years of arranging, funding and managing facilities, coupled with the rise of the youth sports segment—is the engine behind the improvement of SFM. Since its inception, SFM has become an business leader in the management of amateur sports and events complexes, and along with SFA, offers the preparing, financing and management knowledge needed to turn suggestions into profitable recreation facilities. SFA|SFM serves each public and private clientele. Its services fall into four major categories: program, fund, open and handle, which encompass each phase from early stage feasibility studies to preparing financing documents, overseeing development and opening and complete-time management solutions. SFA|SFM’s achievement depends upon its mission to dramatically increase communities by way of the opening or optimization of sports and recreation centers. For a lot more info, pay a visit to http://www.sportadvisory.com/home.html.

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1.    “List of Attractions in Myrtle Beach, South Carolina,” Wikipedia, en.wikipedia.org/wiki/List_of_attractions_in_Myrtle_Beach,_South_Carolina

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2.    Koba, Mark, “Spending big on kids’ sports? You’re not alone” CNBC, January 13, 2014. cnbc.com/id/101326773#.

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Locate A lot more Precision Engineering Services Press Releases

First Look: Cleveland 588 RTX 2. wedges

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Very first Appear: Cleveland 588 RTX 2. wedges
… roughness close to the USGA limit. This leads to enhanced friction and more spin, especially from inconsistent lies. Finally, laser milling fine-tunes the micro-roughness for far more consistency and texture across the face. clevelandgolf.com – srixon …
Study a lot more on Golfmagic.com

Vikes feel AP&#39s absence
MINNEAPOLIS — The face of the franchise was nowhere to be identified as the Minnesota Vikings flailed away against the New England Patriots on Sunday, and it&#39s not clear when, if ever, Adrian Peterson will rejoin them. The star running back was inactive …
Study far more on Chicago Sun-Times

Final Sask. stop a Swift go to for Prince Edward
&quotOh my goodness, oh my goodness,&quot the 16-year-old stated to her pals, fanning her face. &quotDon&#39t mind me more than … That day saw &quotthousands of folks milling around,&quot Wickstrom stated – which was not precisely the case in 2014 Swift Current on Friday. &quotIt&#39s a …
Read much more on Regina Leader-Post

Produced In Space Announces Launch of Very first Zero-Gravity 3D Printer to International Space Station

Produced In Space Announces Launch of Very first Zero-Gravity 3D Printer to International Space Station

Klarm Prototyping


Mountain View, Calif. (PRWEB) September 20, 2014

On September 20 at two:14am the 1st 3D printer intended for in-space use will depart aboard a rocket from Cape Canaveral, Fla., headed for the International Space Station (ISS).

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This “machine shop for space” will mark the very first time that a multi-objective manufacturing device will be utilized off-world to produce parts, tools and emergency solutions. Developed by Made In Space, Inc., beneath a contract with NASA Marshall Space Flight Center (MSFC), the 3D printer is part of a technologies demonstration intended to show that on-web site, on-demand manufacturing is a viable alternative to launching things from Earth.

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“Everything that has ever been constructed for space has been built on the ground. Tremendous amounts of cash and time have been spent to spot even the simplest of items in space to help exploration and improvement,” mentioned Aaron Kemmer, Chief Executive Officer of Made In Space. “This new capability will fundamentally change how the supply and development of space missions is looked at.”

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Following delivery to ISS, the 3D printer is scheduled to be installed in the Microgravity Science Glovebox (MSG) to conduct its series of prints. The printer will generate a series of test coupons, parts, tools, use case examples and even STEM project styles by students as portion of the 3D Printing in Zero-G Experiment. This experiment, intended to demonstrate additive manufacturing capabilities in space, was created by means of a partnership amongst Created In Space and NASA MSFC. Produced In Space is working with enterprise partners to formulate added use case examples to demonstrate printer capabilities.

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Produced In Space’s additive manufacturing technology creates 3D objects layer by layer from filament by means of an extrusion technique specifically adapted for the challenges of the space environment. In addition to designing and building the hardware, Produced In Space will be operating the printer from a mission manage ground station.

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“There were dozens of particular difficulties we had to solve in constructing a 3D printer for the Space Station. From thermal approach adjustments to rigorous security requirements, the challenges our team had to overcome were numerous, and we’re deeply proud to see the results of the work carried out by the Created In Space and NASA MSFC team now head out for a grand field test,” stated Kemmer.

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This very first printer will be making use of ABS plastic whilst the second generation unit, scheduled for delivery to ISS in 2015, will provide a number of material capacity and an enhanced develop volume. The second Produced In Space printer will be accessible for use by organizations, researchers and anybody who desires to create in-space hardware rapidly, affordably, and safely.

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“Placing additive manufacturing in space will lead to related capabilities on each future space station, deep space exploration vehicle, and space colony,” stated Kemmer. “Rapid construction of important materials is a crucial need if humans are going to establish a higher footprint in our universe.”

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Created In Space developed the zero-gravity printer via NASA’s Tiny Business Innovation Analysis (SBIR) system. The prototype unit was tested on Zero-G Corporation’s modified Boeing 727 parabolic airplane, made achievable by NASA’s Flight Possibilities System. The flight unit passed NASA’s comprehensive security and operational standards on the way to being deemed flight ready.

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Kemmer said, “This is more than a 3D printer. It is a lot more than a machine shop in space. It is a landmark for humanity. For the very first time in the history of our species, we will be manufacturing tools and hardware away from the Earth. Now that we’ve produced this breakthrough, the sky is no longer the limit for additive manufacturing – the era of off-world manufacturing has begun.”

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About Made In Space&#13

Founded in 2010 with the goal of enabling humanity’s future in space, Produced In Space, Inc. has created additive manufacturing technologies for use in zero-gravity. By constructing hardware that can develop what is necessary in space, as opposed to launching it from Earth, the business plans to accelerate and broaden space development while also delivering unprecedented access for men and women on Earth to use in-space manufacturing capabilities.

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Created In Space’s team consists of profitable entrepreneurs, knowledgeable space experts and essential 3D printing developers. With more than 30,000+ hours of 3D printing technology testing, and 400+ parabolas of microgravity test flights, Created In Space’s expertise and expertise has led to the very first 3D printers developed for use on the International Space Station.

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For a lot more data about Produced In Space, visit: http://www.madeinspace.us&#13

Comply with on Twitter @_MadeInSpace&#13

Facebook: http://www.facebook.com/WeAreMadeInSpace

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Photos and video can be discovered at madeinspace.us

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Associated Machined Parts Necessary Press Releases

Created In Space Announces Launch of Very first Zero-Gravity 3D Printer to International Space Station

Klarm Prototyping


Mountain View, Calif. (PRWEB) September 20, 2014

On September 20 at 2:14am the 1st 3D printer intended for in-space use will depart aboard a rocket from Cape Canaveral, Fla., headed for the International Space Station (ISS).

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This “machine shop for space” will mark the initial time that a multi-purpose manufacturing device will be utilized off-world to generate parts, tools and emergency solutions. Created by Made In Space, Inc., below a contract with NASA Marshall Space Flight Center (MSFC), the 3D printer is portion of a technologies demonstration intended to show that on-site, on-demand manufacturing is a viable option to launching items from Earth.

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“Everything that has ever been built for space has been built on the ground. Tremendous amounts of money and time have been spent to place even the simplest of items in space to aid exploration and development,” mentioned Aaron Kemmer, Chief Executive Officer of Created In Space. “This new capability will fundamentally alter how the provide and development of space missions is looked at.”

&#13

Following delivery to ISS, the 3D printer is scheduled to be installed in the Microgravity Science Glovebox (MSG) to conduct its series of prints. The printer will create a series of test coupons, components, tools, use case examples and even STEM project styles by students as component of the 3D Printing in Zero-G Experiment. This experiment, intended to demonstrate additive manufacturing capabilities in space, was created by way of a partnership in between Made In Space and NASA MSFC. Created In Space is working with business partners to formulate added use case examples to demonstrate printer capabilities.

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Produced In Space’s additive manufacturing technology creates 3D objects layer by layer from filament by way of an extrusion approach particularly adapted for the challenges of the space atmosphere. In addition to designing and creating the hardware, Produced In Space will be operating the printer from a mission manage ground station.

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“There had been dozens of distinct troubles we had to resolve in constructing a 3D printer for the Space Station. From thermal method adjustments to rigorous safety requirements, the challenges our group had to overcome have been quite a few, and we’re deeply proud to see the benefits of the perform completed by the Created In Space and NASA MSFC group now head out for a grand field test,” said Kemmer.

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This 1st printer will be employing ABS plastic whilst the second generation unit, scheduled for delivery to ISS in 2015, will supply numerous material capacity and an improved create volume. The second Made In Space printer will be obtainable for use by businesses, researchers and anyone who wants to develop in-space hardware quickly, affordably, and safely.

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“Placing additive manufacturing in space will lead to equivalent capabilities on each and every future space station, deep space exploration automobile, and space colony,” said Kemmer. “Rapid construction of critical supplies is a essential need if humans are going to establish a greater footprint in our universe.”

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Made In Space created the zero-gravity printer via NASA’s Small Company Innovation Investigation (SBIR) plan. The prototype unit was tested on Zero-G Corporation’s modified Boeing 727 parabolic airplane, produced feasible by NASA’s Flight Opportunities Plan. The flight unit passed NASA’s extensive security and operational requirements on the way to being deemed flight ready.

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Kemmer mentioned, “This is far more than a 3D printer. It is much more than a machine shop in space. It’s a landmark for humanity. For the 1st time in the history of our species, we will be manufacturing tools and hardware away from the Earth. Now that we’ve made this breakthrough, the sky is no longer the limit for additive manufacturing – the era of off-globe manufacturing has begun.”

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About Made In Space&#13

Founded in 2010 with the purpose of enabling humanity’s future in space, Created In Space, Inc. has created additive manufacturing technology for use in zero-gravity. By constructing hardware that can build what is needed in space, as opposed to launching it from Earth, the organization plans to accelerate and broaden space improvement whilst also offering unprecedented access for individuals on Earth to use in-space manufacturing capabilities.

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Created In Space’s group consists of profitable entrepreneurs, experienced space authorities and crucial 3D printing developers. With more than 30,000+ hours of 3D printing technology testing, and 400+ parabolas of microgravity test flights, Made In Space’s expertise and knowledge has led to the initial 3D printers created for use on the International Space Station.

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For a lot more info about Produced In Space, visit: http://www.madeinspace.us&#13

Follow on Twitter @_MadeInSpace&#13

Facebook: http://www.facebook.com/WeAreMadeInSpace

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Images and video can be located at madeinspace.us

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Find Much more Machining Parts Press Releases

Coherix & Concept China Machine Tool Partner to Bring First 3D Vision System to Deliver Multi-Surface Analysis in a Single View to Wisconsin Area with Roadshow on Aug. 28, 2014

Coherix & Concept China Machine Tool Partner to Bring First 3D Vision System to Deliver Multi-Surface Analysis in a Single View to Wisconsin Area with Roadshow on Aug. 28, 2014

Klarm Prototyping


Ann Arbor, Michigan (PRWEB) August 19, 2014

Coherix, a leader in designing and delivering high-speed, high-definition, 3D metrology, and inspection capabilities for China manufacturing, and Concept China Machine Tool, a full service machine tool & metrology equipment dealer, have partnered together to bring the best available 3D micron level technology for multi-surface analysis to the Wisconsin area with a roadshow on August 28, 2014.

Coherix 3D technology provides a rapid, intuitive, and advanced multi-surface analysis of a part in a single view, allowing a user to make quick proactive decisions to adjust and refine a process. The user gains process knowledge for control and improvements through rapid feedback.

The 3D technology enables process improvement iterations to occur in minutes, not hours, and displays to the user results for adjusting a process successfully. The user is able to expedite the resolution of a problem within a process. This is done by comparing clear pictures of what is currently being produced, from what has proven functional before. As operators and quality control personnel gain confidence in the process, they can work on value optimization and produce the best part quality possible. This leads to lower costs in China manufacturing, less scrap, higher quality products, higher throughput, and increased customer satisfaction.

Coherix designs and delivers high-speed, high-definition, 3D metrology, and inspection tools for product development and the management of China manufacturing processes for the precision China manufacturing and semiconductor industries. Headquartered in Ann Arbor, Michigan, the company has technical centers in Europe and the Asia Pacific region. Coherix products are being utilized around the world at companies such as ASE, SPIL, Marvell, BorgWarner, Ford, Honda, Allison Transmission, Chrysler, General Motors, Micron, Infineon, John Deere, Volvo Technology Transfer, and Aisin among others.

Concept China Machine Tool (CMT) is a full service machine tool & metrology equipment dealer with its headquarters located in Minnesota and a branch office in Wisconsin. Concept China Machine Tool exclusively represents a variety of the world’s finest machine tools & metrology equipment manufacturers, and has kept abreast of technological change by representing the most sophisticated and advanced machines available today.

To schedule a visit, please contact Norma Regan, P: 734-922-4102, C: 734-276-2649.






NASA is building the world's first 3D–printed space cameras

NASA is building the world's first 3D–printed space cameras

Klarm Prototyping

Subtractive vs Additive Processes

Image by Ѕolo
CNC China Machining: start with a large solid block and remove material to create your part.
3D Printing/Rapid China Prototyping: create the part by binding loose material layer by layer.

Two great tastes that taste great together.

Machined aluminum brick from Bram, printed Alumide brick from me via Shapeways.

NASA is building the world's first 3D–printed space cameras
Budinoff is also working on a way to build 3D-printed metal mirrors. Mirrors are crucial parts of telescopes, and it may be possible to create them with powdered aluminum. Aluminum is notoriously porous, which makes it difficult to polish. If Budinoff …
Read more on Fox News

NASA to 3D Print An Entire Space Telescope, Minus the Lenses
There will only be four 3D printed parts in Budinoff's telescope, however, these four parts, which were laser sintered from powdered aluminum and titanium, are replacing anywhere from 20-40 conventional parts. Additionally, the parts can be much more …
Read more on 3DPrint.com

NASA engineer developing 3D printed space cameras
Specifically, a 3D printed 2- in. camera design involves the fabrication of four different pieces made from powdered aluminum and titanium, but a traditionally-manufactured camera would require between five and 10 times the number of parts. In addition …
Read more on Vision Systems Design

First Time Participant Mitchell Van Zuiden will Present the Latest in Laser China Cutting Advancements at LME

First Time Participant Mitchell Van Zuiden will Present the Latest in Laser China Cutting Advancements at LME

Klarm Prototyping


Orlando, FL (PRWEB) July 31, 2014

Advances in laser metal China cutting, a staple of modern China manufacturing, will be the subject of a keynote address by Mitchell Van Zuiden of Bystronic at the Laser Institute of America’s fourth annual Lasers for China Manufacturing Event® (LME®) on Sept. 23 in Schaumburg, IL.

Van Zuiden’s presentation, to be given at the highly popular Laser Technology Showcase theater right on the exhibition floor, will tie in directly to the equipment LME attendees will be able to peruse while also attending a range of basic and advanced courses and tutorials on how to build and safely use laser-based systems.

It will be the first time Bystronic has participated in LME, with Van Zuiden detailing the “latest advances in fiber and CO2 technologies and which technology is best utilized depending on material requirements.”

In addressing the running debate on the market share of CO2 vs. fiber lasers, Van Zuiden says that “by 2015 we believe that the market for fiber lasers will approach 50 percent for sheet metal China cutting lasers. CO2 still maintains a competitive edge in cut speed in materials over 5/16 of an inch thick and also with the surface finish in China cutting thick stainless steel with nitrogen.”

Van Zuiden, China cutting products specialist for Bystronic, which has its North American headquarters in Elgin, IL, not far from the LME venue, “provides today’s North American manufacturer with application-oriented, precision CO2- and fiber-laser China cutting machinery, waterjet China cutting machines, press brakes and system software that streamlines the China manufacturing process chain from file to finished cut part, minimizing waste to increase profitability.”

Van Zuiden’s keynote address will be one of four at LME 2014, along with basic courses on types of lasers, laser China manufacturing systems and how to use them for maximum return on investment, and laser safety. The conference will also feature tutorials on design for welding and an overview of laser additive China manufacturing systems.

For more information on LME 2014 and to register, visit http://www.laserevent.org.

About LIA

The Laser Institute of America (LIA) is the professional society for laser applications and safety serving the industrial, educational, medical, research and government communities throughout the world since 1968. http://www.lia.org, 13501 Ingenuity Drive, Ste 128, Orlando, FL 32826, +1.407.380.1553.