Over 20 AXIOM 3D printers were used during this incredible event!
Airwolf 3D staff were on site to offer training, inspiration and technical assistance during the event.
Want to get a glimpse of the training offered before the 3D Printing Hackathon? Here is a video /quiz that you can also take: http://zapt.io/tubmmys5
Warner Bros. approach to exploring 3D printing technology is revolutionary. As 3D printer manufacturers and vendors, we see firsthand how some companies adopt desktop 3D printers into their creative processes. Some like to assign a 3D printer to one interested engineer to tinker and evaluate for possible integration without much direction. Other companies simply place the 3D printer on an employee’s desk and say, “learn this and see if it can help us,” despite the employee’s lack of interest or time. Yet others will begin to bring this very useful tool into the workplace only after several 3D printer enthusiasts have pleaded a strong case.
Warner Bros. on the other hand, has taken a very wise approach. The company invited all employees to participate in a voluntary 32 hour 3D Printing Hackathon. Participants where challenged to design and 3D print a new thing that could be useful at work. The level of participation was unprecedented. WB was pleasantly surprised that 17 teams of brilliant designers, engineers, and all around innovators signed up for the challenge! Together with Airwolf 3D, about 125 of these brave hackers learned about 3D printing and set out on the morning of May 11th to design and make their prototypes. They worked tirelessly throughout the night and until the late afternoon of the 12th.
The benefits of this 3D Printing Hackathon:
• It quickly identified key pioneers at the company with the desire to learn and embrace 3D printers in their workplace.
• It avoided feelings of a new technology being “forced” on staff.
• Prevented the potential financial burden of placing additive manufacturing equipment in departments where it might simply collect dust.
• It was a positive team building experience, filled with creativity, innovation and cross-collaboration among various departments.
What cool things did the participants make? Well, we can’t tell you, as that would be giving away secrets. What we can tell you is that the Warner Bros. participants came up with some seriously cool ideas that we had not seen before – and we have seen just about everything. Keep watching Warner Bros. productions and keep your eyes peeled for 3D printed inventions!
Transporting 20 machines, accessories and staff members was not an easy endeavor, however it was all well coordinated and the Airwolf 3D team had a blast at the Warner Bros. studios. Our seasoned Wolfpack is well familiar with the film industry and has helped with many projects, including the hit TV series “Bones“, and the film “Interstellar“.
We loaded up the 3D printers into the Airwolf 3D RV on May 10th, but before doing this, we took the opportunity to make a giant wall of 3D printers and take a few pictures. Airwolf 3D provided a memento to all the participants, it was of course 3D printed! Here are a few photos of the Hackathon event:
Airwolf 3D prides itself in building the best desktop 3D printer for professional and educational use. We enjoy making 3D printers, teaching and inspiring new users and most importantly, we consult with companies and schools to identify their unique uses for this equipment. If your company would like to host a Hackathon and learn more about YOUR competitive advantage, please drop us an email: email@example.com.
Airwolf 3D is coming back to the Anaheim Convention Center for the 2016 California STEM Symposium from October 9th through 11th. At the 2016 California STEM Symposium you can expect inspiring keynote speakers, their biggest Makerspace to date, engaging curriculum and classroom practices for California’s updated standards, including the Next Generation Science Standards, hands-on learning and student demonstrations.
Early Bird Registration to attend ends April 30th! Register Now before rates go up on May 1st.
• Diversity, Girls, and Inclusion in STEM
• California’s Updated Standards: Common Core and the Next Generation Science Standards
• Business, Community, and Post-Secondary Partnerships
• STEM Learning Across Disciplines
• STEM in Out-Of-School/Expanded Learning and Pathways
• STEM and the Arts
• Leadership in STEM
To be effective, California’s endeavors to improve schools and raise student accomplishment must incorporate propelling our student’s comprehension of STEM: science, technology, engineering, and mathematics. Through STEM education, students learn to become problem solvers, innovators, creators, and collaborators and go on to fill the critical pipeline of engineers, scientists, and innovators so fundamental to the future of California and the nation.
Sunday, October 9th, 2016 – Tuesday, October 11, 2016
12:00 PM – 1:00 PM
Anaheim Convention Center
800 W Katella Ave
Anaheim, California 92802
Join us on April 29th and 30th at the Discovery Cube in Santa Ana to present the 3rd Annual ocMaker Challenge Exhibit and Competition in the Julianne Argyros Showcase Theater and Exhibition Hall. The 2016 ocMaker Challenge tasks students with designing, building, or significantly re-purposing a product that will solve a problem, need, or want. Participants of the 2016 ocMaker Challenge work collaboratively to design and produce a 3D printed object and then create a video advertisement ‘pitching’ their ideas to a panel of judges. This approach teaches students to consider all aspects of the product development life-cycle and enhances their ability to think critically about complex systems.
Airwolf 3D will be showcasing an operational desktop 3D printer at the 2016 ocMaker Challenge so that visitors can learn how innovators use 3D printers to turn computer data into physical objects. Families can explore the 3D printing process through learning about materials and interacting with a collection of 3D printed parts. Airwolf 3D will also be giving away FREE 3D printed cat rings!
A private Awards Ceremony will be held on May 1st where the winners of the 2016 ocMaker Challenge will be awarded cash prizes from Airwolf 3D, MatterHackers, and other sponsors. Participants of the contest will consist of groups from 2 to 5 members and will be scored based upon (1) their description of a problem, (2) their proposed solution, (3) originality of the solution, (4) and organization of their presentation. All projects must be original creations that were designed specifically for the Maker Challenge and must make use of 3D modeling software and 3D printed parts… We hope to see you there!
2016 ocMaker Challenge.
April 29th – 30th.
Discovery Cube Center Orange County, 2500 N Main St, Santa Ana, CA 92705.
A family after Aggarwal directed “Now So Again,” her origin untrimmed outturn, with The Experimental Theater Company, MIT’s newest student-run theater extremist.
Aggarwal enjoyed her SuperUROP inquiry so much that she has discrete to freeze at MIT conterminous grade to engage her MEng with Ram’s group. It’s being able to get what you motive to, to get the job done.”“I material liked the nipper major belief of materials accomplishment, and I wanted to get that to ee,” she says. Aggarwal trenchant to start Voltage, a club for undergraduate galvanizing engineers.“I cerebrate the biggest affaire I’ve knowing at MIT is that you really don’t recognize what you don’t know,” she says. “I had no cerebration what else was out there.”She directed Oscar Wilde’s “The Richness of World Lamb” with the Dramashop during her junior dip.Aggarwal says, with no hesitation, that her darling post of MIT is the concourse. “You don’t annoyance discovery such a group of bulk anywhere else in the ground. Everybody here is so passionate roughly something, and it’s selfsame obvious on their faces, and in how they discourse things. That identical is the surmount use.” Founding VoltageAggarwal and Potency suffer too been operative to incite more students to ferment ee.
Voltage aims to farming students, alumni, and faculty together for interactions roughly query and coursework. A subcommittee of the MIT IEEE/ACM 9, Voltage started with resume breaks where students could fulfill, hear who was in their classes, and sketch up courses. Since so they let planned bigger events, including two question expos where faculty showcased their work to attend students find enquiry opportunities.
In September 2015, FormLabs launched Casting 2, the printer that Aggarwal worked on. Frequently of her internship focused on troubleshooting. “My biggest portion was genuinely that I exploited what I well-educated in lots of my signals and systems courses at MIT to broadcast the heater for the newswriter,” she says.Aggarwal was happy with her determination to convert majors, but baffled around of the benefits of a weakened academic department she had experienced in the Division of Materials Acquisition and Engineering. Since she was a missy introduction air-pressure rockets in her masking g in Houston, Texas, Neerja Aggarwal knew that she loved math and acquirement. “I was e’er open something,” the ee major recalls.In high-pitched, Aggarwal enrolled in a draw contrive focused on medicine because she thought she wanted to be a fix.
Aggarwal says that that her work at FormLabs and her look with Ram’s group helped her produce into a more footsure orchestrate. She remembers she went into her SuperUROP without knowledgeable anything around how to build a high-powered assume laser, the steering of her research tax. Nonetheless, with Ram’s encourage, she quickly established that encyclopaedism how to resoluteness new
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problems was the menstruation of SuperUROP and research itself.During her next-to-last course, Aggarwal worked on a hunt jutting through EECS’s SuperUROP program with Rajeev Ram, professor of ee, in his Physical Optics and Electronics Pigeonholing. The objectify she worked on was aimed at structure a wearing oculus health monitor.The endure prompted her to hold ee as her major. Aggarwal is one of a development play of students opting to vignette in the Part of Ee and Calculation (EECS) — adjustment in the department has boisterous threefold since 2010-2011 from six c xxx sevener students to 1,204 students in the pour donnish yr.
Earpiece: 617-253-4642MIT Department of Ee and Calculation
Mijal Tenenbaum | Part of Ee and Calculation
She leave simultaneously be useable on a theatre arts thesis.Another matter that Aggarwal knowledgeable from her SuperUROP is the grandeur of assorted interests. “I do battlefield, I do ee, I do scheming, I do sports. I sincerely comprehended that Professor Ram constantly encouraged me to donjon pursuing all of my interests, and ne’er told me to restriction myself to one intimacy.”Topics: , Students, Undergraduate, Electrical Engineering & Computer Science (eecs), SuperUROP, Theater, School of Engineering, SHASS
In the driblet of two k xv they hosted the Ee Expo with EECS, which connected students with ee internships and research opportunities.
The summer originally her senior category, Aggarwal worked at FormLabs, an MIT spinout in Somerville specializing in 3-D effect. “The definition of my job was ‘fix things that are low and make things work improve,’” she explains.
Departure into the surrender of her sophomore yr, Aggarwal was fix to herald her major in materials science and engineering. She had done search in a chemistry lab at Rice University during high, and loved the substantialness chemistry level she took during her newbie year.
Through the program she did rotations at Houston’s Anderson Cancer Perfume, and completed that she didn’t want to be a md — she valued to chassis devices that doctors could use.Engineering mindsetShe describes this deliver as “the hardest affair I’ve e’er done at MIT.” She calm loves playacting, but she loves directive evening more. “I present a mania for it, just like I nascency a lovingness for acquisition,” she says — a fact that speaks to her termination to add a s major, in MIT’s Music and Theater Arts Branch.Practical knowledgeBoth of these experiences showed her the magnificence of being fix to adopt and biff new slipway to recollect. “Throughout my SuperUROP smell and during my time at FormLabs, I had to see everything functional. And that’s what I realised engineering is.
Airwolf 3D will join Orange County’s chambers and business organizations for the 13th Annual Orange County’s Largest Mixer on Wednesday, March 16, 2016 at the OC Fair and Event Center. Come have a drink with the Wolfpack and check out the Airwolf 3D Printers in Orange County. Hundreds of companies from a wide variety of industries throughout Orange County will attend the event which promises to be Orange County’s biggest networking event of the year.
The Orange County’s Largest Mixer is a great opportunity to contact small to large companies, meet new clients and learn how different chambers of commerce and business organizations can help make your business grow. Guest attire is Business-Casual and comfortable walking shoes are recommended. If you are interested in attending the Orange County’s Largest Mixer you can buy tickets online here: Buy Your Ticket Online, or you may pay the $20 entrance fee at the door, but beware! The OCLM staff will not accept payment by check or credit card at the door, so guests are advised to buy their tickets ahead of time, or come prepared with some good old-fashioned cash. There is also a $7 parking fee, so it pays to carpool.
The 13th Annual Orange County’s Largest Mixer.
OC Fair and Event Center
Buildings 10 & 12
88 Fair Drive
Costa Mesa, CA 92626.
Wednesday, March 16, 2016
5:00 – 9:00 PM.
Orange County Chambers and private business owners from multiple industries located throughout Orange County.
If you would like to see a list of events that Airwolf 3D printers in Orange County will be attending you may do so here: Airwolf 3D Events. You may also shop our full line of multi-material desktop 3D printers here: Shop Airwolf 3D.]]>
Did you know that the deadline to file your third quarter (January 1–March 31) claim for Perkins funds is right around the corner and is due before or on April 30, 2016? That means that if you haven’t already expended your Perkins funds, and intended to do so before March 31st, then this is the time to take action.
The Carl D. Perkins Career and Technical Education Act (Perkins) purpose “is to provide individuals with the academic and technical skills needed to succeed in a knowledge-and skills-based economy. Perkins supports career and technical education that prepares its students both for postsecondary education and the careers of their choice (acteonline.org).”
According to Acteonline.org, state and local funds generally are to be used for the following types of activities:
3D printers are state-of-the-art technology that expand the use of technology in vocational and technical education and advance technical skills that lead to entry into the technology fields.
Wanted Analytics, a software firm that collects hiring data trends, reported that the number of 3D printing job ads increased by 1,834%. The most sought after employees with 3D experience, the firm found: industrial engineers, mechanical engineers, software developers, commercial and industrial designers and marketing managers. According to a recent article (“3-D printing’s latest creation: Jobs”) by CNBC News, workers have not been educated in now to apply 3-D printing to building products, and not enough technicians have a full understanding of how to service the machines and handle the composites used. As a result, some states are losing interested advance-manufacturing companies and future job growth because they are told there is no workforce with 3D printing skills. Furthermore, the BBC reported that 3D is more than a passing fad for jobs and that the main reason for job demand growth is that the interest in 3D printing is still expanding at a phenomenal rate. Just last month, the World Economic Forum published an executive summary on the Future of Jobs and identified 3D printing as one of the top 8 technological drivers of change in the job market.
Your teachers can be trained by Airwolf 3D staff in Costa Mesa on the use of a 3D printer and utilized the 3d printing lesson plans available from Airwolf 3D as a starting point to develop a customized curriculum. Students can use this tool to develop valuable skills such as: computer aided modeling, additive manufacturing, 3d printer operation, etc.. Most importantly, your students will learn how to “think in 3D” and this is perhaps one of the most valuable skill we can offer as they prepare for the workforce.
Your teachers can be trained by Airwolf 3D staff in Costa Mesa, California on the use of a 3D printer and utilize the 3d printing lesson plans available from Airwolf 3D as a starting point to develop a customized curriculum. With Airwolf 3D, educators receive hands-on training free of charge. Classes are offered twice a day – everyday. Airwolf 3D offers a professionally developed curriculum, created by teachers to meet and identify common core standards. Clearly, Airwolf 3D is committed to education and is a respected brand in thousands of schools worldwide. It is important to note that Airwolf 3D manufactures high-end equipment currently used by business and industry.
Our Perkins Grant Educational Start Up Package includes:
Still not convinced? Here are 7 Reasons Why Every School Should Have a 3D Printer.
Costa Mesa, Calif., (Via PR-WEB)
Wolfbite NITRO™, a premium solution specifically engineered to bond Nylon and Nylon Alloy/Polymer blend parts straight to glass 3D printer build plates without lifting–also known in the industry as ”warpage”–and to enable smooth release of objects after printing. Wolfbite NITRO™ works with any 3D printer equipped with a heated bed that utilizes glass or ceramic printing surfaces.
”For the first time, 3D printer users can directly print Nylon on glass substrates. We’re extremely proud to have developed the first solution capable of effectively bonding Nylon to glass and ceramic build surfaces,” said Erick Wolf, co-founder, Airwolf 3D. ”The result is that users will see substantial improvement in the output of their Nylon 3D printed projects when using Wolfbite NITRO™.”
Nylon is an ideal material for 3D printing high-strength, functional parts because of its superior tensional and flexural strength characteristics, as well as its resistance to heat and shrinkage. Nylon and Nylon-based materials are also desirable 3D printing materials because of their machinability and low friction properties. Traditionally, however, these materials did not bond to glass 3D printer build plates. The most common methods for encouraging adhesion to the build plate is combining PET film and generous coats of washable glue; a process that can be inconvenient, messy, and costly. The most significant limitation of this method is that one can only print small Nylon parts due to the de-bonding and warpage during the print process. Airwolf 3D’s new proprietary 3D Printing Nylon Adhesive Wolfbite NITRO™, with its advanced surface chemistry, solves these common Nylon-printing problems. When the build plate cools down, Wolfbite NITRO™ relaxes its bond with the 3D printed object, allowing for easy removal of the part. Wolfbite NITRO™ 3D Printing Nylon Adhesive is the latest addition to the Wolfbite family of products that include Wolfbite MEGA for 3D printing Polycarbonate, Wolfbite for ABS, PETG, TPU, AND TPE, and Wolfbite Nano for use with PLA.
”As a leading manufacturer of high-temperature 3D printers that excel at producing large 3D printed parts in Nylon and Nylon-based materials, we are aware of the frustrations that users have with the bed adhesion of their Nylon parts,” said Erick Wolf co-founder, Airwolf 3D. ”After months of research and development we are pleased to offer a 3D Printing Nylon Adhesive solution that will benefit nearly all desktop 3D printer users.” Wolfbite NITRO™ 3D Printing Nylon Adhesive was developed at Airwolf 3D through a collaboration with Professor Miodrag ‘Mickey’ Micic, Sc.D., Ph.D., M.T.M., department chairman at Cerritos College in Norwalk, Calif., and well known polymer chemist and additive manufacturing expert.
”This new, environmentally friendly solution resolves the acute problem of Nylon-based 3D printing, part adhesion and warpage. The solution combines the latest results in the area of poly electrolyte chemistry, advanced polymer science and nano technology creating the best possible 3D Printing Nylon Adhesive solution. In terms of the bonding strength, this is the strongest Wolfbite solution developed, and is the only solution in the world which allows direct printing of large Nylon parts directly to glass,” said Dr. Micic.
While it is designed to improve the usability and size of Nylon prints for any 3D printer capable of extruding at high temperature, Wolfbite NITRO™ 3D Printing Nylon Adhesive is especially effective when used with the next generation AXIOM series of 3D Printers. According to Dr. Micic, ”The AXIOM’s full enclosure provides a stable printing environment that protects the 3D print from fluctuations in temperature that can ruin large prints. When combined with the AXIOM’s fully enclosed print chamber, Wolfbite NITRO™ enables users to print large parts in Nylon that were previously only possible in some of the most expensive industrial 3D printers on the market.”
Wolfbite NITRO™ 3D Printing Nylon Adhesive is packaged in a two fluid ounce container and comes with a foam brush applicator. It is currently available for sale on the Airwolf 3D website at an introductory price of $19.95. Airwolf 3D will also be demonstrating Wolfbite NITRO™ at the Pacific Design & Manufacturing, ATX West, Electronics West, WestPack, PLASTEC West, MD&M West, and Quality Expo in Anaheim, Calif.
Wolfbite 3D Printing Bed Adhesives.
About Airwolf 3D
Airwolf 3D is committed to designing, manufacturing and selling 3D printers and 3D printing peripherals that are fast, affordable, durable and easy to use. Airwolf 3D has authorized dealers in more than 20 countries around the world. Airwolf 3D printers are delivered fully assembled and ready to print. All Airwolf 3D printers are made in America and manufactured in the company’s 12,000 sq. ft. facility in Costa Mesa, California. Airwolf 3D printers can be found in Fortune 500 companies, engineering firms, government agencies and schools worldwide. If you would like to buy the best 3D printer in its class, visit www.airwolf3d.com or you can telephone (949) 478-2933, email firstname.lastname@example.org, or visit the company’s showroom at 130 McCormick, Suite 105, Costa Mesa, CA 92626 for a free demonstration.]]>
Airwolf 3D today announces the AXIOM 3D Printer has been selected as a finalist for the Golden Mousetrap Award in the category of Materials & Assembly, 3D-Printing & Rapid Prototyping, Materials, Tools & Services.
“We are humbled by this award and for the AXIOM to be honored by our professional peers,” said Erick Wolf, founder and chairman, Airwolf 3D. “We took a clean sheet of paper and set out to solve the issues that users have in operating desktop 3D printers. The conceptualization, design and testing took us almost two years to get perfect and we could not be more pleased with the results,” continues Mr. Wolf. “AXIOM offers higher resolution, more material capabilities and better ease-of-use than printers costing more than three times the price. We are grateful the committee recognizes all the hard work, energy and innovation that went into making the AXIOM a success.”
Ease-of-use has been paramount in the design of the AXIOM with the integration of a print bed auto-leveling system. Prior to every 3D print, the four-point print bed leveling system automatically calibrates the print bed ensuring the proper initial layer height and orientation, and then actively maintains that leveling throughout the entire print process. When combined with AstroPrint – a cloud-based slicing and printer management system – users can simply select the AXIOM, the desired print material and the print resolution all in a matter of seconds.
AXIOM uses a state-of-the-art CoreXY motion control system for high-speed movement and precise control of the print head. Utilizing a fully enclosed housing made of extruded aluminum and injection molded polycarbonate components, AXIOM can print pieces as large as 12.5”x8”x10” which is three to four times larger than competing products. The fully enclosed printer comes with a standard heated bed that creates a consistent heat environment for printing large, high-resolution parts at layer heights as low as 40 microns. The printer supports a wide range of thermoplastics – from low-temperature materials like TPU and PLA, to high-temperature materials like nylon and polycarbonate.
The Golden Mousetrap Awards are sponsored by UBM Canon and celebrate the success of the American people, companies, and technologies that are driving progress in product design and manufacturing. Specifically, the Golden Mousetrap Awards celebrate the return and renaissance of manufacturing in North America by honoring those companies and people who are making it possible. Winners will be revealed in a live ceremony on February 9, 2016, in conjunction with Pacific Design & Manufacturing, ATX West, Electronics West, WestPack, PLASTEC West, MD&M West, and Quality Expo in Anaheim.
About Airwolf 3D
Airwolf 3D is committed to designing, manufacturing and selling 3D printers and 3D printing peripherals that are fast, affordable, durable and easy to use. Airwolf 3D has authorized dealers in more than 20 countries around the world. Airwolf 3D printers are delivered fully assembled and ready to print. All Airwolf 3D printers are made in America and manufactured in the company’s 12,000 sq. ft. facility in Costa Mesa, California. Airwolf 3D printers can be found in Fortune 500 companies, engineering firms, government agencies and schools worldwide. If you would like to buy the best 3D printer in its class, please visit http://airwolf3d.com/shop/. Or you can telephone (949) 478-2933, email email@example.com, or visit the company’s showroom at 130 McCormick, Suite 105, Costa Mesa, CA 92626 for a free demonstration.
Interested in attending the award ceremony or Expo in Anaheim? Click here for registration information: http://airwolf3d.com/2016/01/15/design-manufacturing-3d-printers-in-anaheim/
Also racing his quad is long time rider,Adam will be participating in the following races:
Anaheim CA, February 1, 2016 – Airwolf 3D today unveils the AXIOM 2, a new professional dual extruder 3D printer targeted at advanced 3D printing applications. The AXIOM 2 Dual Extruder 3D Printer debuts at the Pacific Design & Manufacturing 2016 Show on February 9 – 11, 2016 at the Anaheim California Convention Center, in the Airwolf 3D Booth #3386.
Airwolf 3D continues to deliver on its strategic vision for the 3D printing industry by unveiling the AXIOM Dual Extruder 3D Printer featuring dual hot-ends, auto leveling, an ”easy feed” system, an enclosed print environment for heat containment and an end-user replaceable cassette system (ERC) for serviceability and upgradeablity. Based on the highly successful AXIOM, a clean sheet design, AXIOM 2 has two independently controllable high temperature nozzles capable of printing high-resolution prototypes, molds and products in combinations of over 30 different thermoplastics materials at the touch of a button. In addition, existing AXIOM customers will be able to upgrade their machines to full AXIOM Dual Extruder 3D Printer specifications.
A state-of-the-art CoreXY motion control system provides high-speed movement and precise control of the print head. Utilizing a fully enclosed housing made of extruded aluminium and injection molded Polycarbonate components, AXIOM 2 can print pieces as large as 12”x8”x9.5”, three to four times larger than competing products. The fully enclosed printer comes standard with a heated bed that creates a consistent heat environment for printing large, multi-material high-resolution parts. The dual extruded 3D printer supports a wide range of thermoplastics – from low-temperature materials such as TPU and PLA, to high temperature materials such as Nylon and Polycarbonate.
Ease-of-use has been paramount in the design with the integration of a print bed auto-leveling system. Prior to every 3D print, the four-point print bed leveling system automatically calibrates the print bed ensuring proper initial layer height and orientation, and then actively maintains that leveling throughout the entire print process. Once calibrated, the AXIOM Dual Extruder 3D Printer is a set-and-forget operation.
The innovative End-User Replaceable Cassette (ERC) integrates the extruder and CoreXY assembly into a single ‘cassette’ that is field replaceable by the end-user. This unique approach allows the product to be serviced quickly, minimizing downtime. The ERC also allows end-users to easily upgrade to the latest technology protecting their initial purchase investment. The AXIOM’s Dual Extruder 3D Printer JRx (jam resistant) hot ends can operate continuously at sustained temperatures of 315 degrees Celsius (599 degrees Fahrenheit) to print engineering-grade materials such as Polycarbonate, and numerous forms of Nylon including Bridge Nylon and 910 Alloy.
”The AXIOM Dual Extruder 3D Printer sets the new standard in multi-material desktop 3D printing. We can independently control the temperature of two separate, high temperature, print heads to create material combinations not previously possible such as Polycarbonate and ABS hybrid parts having high rigidity in some areas and ductility in others,” said Erick Wolf, founder and chairman, Airwolf 3D.
Airwolf 3D is currently taking pre-orders for the AXIOM Dual Extruder 3D Printer with initial shipments beginning in early-March. The AXIOM Dual Extruder 3D Printer has a suggested retail price of $4995. Current AXIOM customers can also send their printers to Airwolf 3D’s headquarters to upgrade their existing machines for $1,495, inclusive of shipping and labor (in the continental U.S.). All AXIOM products are manufactured at the corporate facility in Costa Mesa, CA and come standard with a 12-month warranty. The AXIOM Dual Extruded 3D Printer can be purchased or leased directly from Airwolf 3D or through their international network of 3D printer re-sellers covering more than 20 countries.
Airwolf 3D is committed to manufacturing high-performance 3D printers that are fast, affordable, durable and easy to use. Airwolf 3D printers can be found in engineering firms, government agencies and schools worldwide. Currently the company is expanding its U.S. and international re-seller network. To learn more about becoming an Authorized Re-seller, contact firstname.lastname@example.org. For product information visit www.airwolf3d.com, telephone (949) 478-2933, email email@example.com, or visit the company’s showroom at 130 McCormick, Suite 105, Costa Mesa, CA 92636 for a free demonstration.
Download spec sheet here: Spec Sheet Dual Extruder 3D Printer]]>