Single Piece 3D-Printed PCB Vice

single piece 3d-printed pcb vice


Making full use of the capabilities and advantages of 3D printing requires a very different way of thinking compared to more traditional manufacturing methods. Often we see designs that do not really take these advantages into account, so we’re always on the lookout for interesting designs that embrace the nature of 3D-printed parts in interesting ways. [joopjoop]’s spring-loaded PCB vice is one such ingenious design that incorporates the spring action into the print itself.
This vice is designed to be printed as a single piece, with very little post-processing required if your printer is dialed in. There is a small gap between the base plate and the springs and clamping surfaces that need to be separated with a painters knife or putty knife. Two “handles” have contours for your fingers to operate the clamping surfaces. It opens quickly for inserting your latest custom PCB.
PLA can be surprisingly flexible if the right geometry is used, and these springs are an excellent example of this. In the video below [Chuck Hellebuyck] does a test and review of the design, and it looks like it works well for hand soldering (though it probably won’t hold up well with a …



Leading Car Designers Work on Zortrax 3D Printers – MANUFACTUR3D

leading car designers work on zortrax 3d printers – manufactur3d


Above: Restoring vintage cars at the ABcar Oldtimers’ workshop in Poland/Image Credit: Zortrax

3D printing technology is indispensable in modern car design. World-leading brands like Ferrari extensively use additive manufacturing, especially in the early stages of developing new products. Vincenzo Mattia, an ex-Ferrari designer involved in the LaFerrari project, explains the Ferrari’s approach to design and how the company works with various 3D printers, including Zortrax.
Modern car design is a complex process that takes a multitude of different skills like processing carbon fiber, setting up suspensions and engines, or adjusting aerodynamics. According to Mattia, the best way to start a career in the automotive industry is to get a general education offered at renowned schools like the Italian ISSAM which stands for Istituto Superiore di Scienza dell’Automobile di Modena, and then narrow the scope of expertise down to more specific areas of interest.
At Ferrari, there are over 3000 people involved in the design process and it is impossible to do everything alone. Mattia names the five design stages every new Ferrari has to go through: the demo, mulotipo, prototipo, avanserie, and preserie. 3D printing is heavily used in the first two stages.
“The demo is the …


READ MORE FROM SOURCE ARTICLE Continue reading “Leading Car Designers Work on Zortrax 3D Printers – MANUFACTUR3D”

Glass-Filled PP Granules Optimized for Structural, Demanding 3D-Printing Applications

glass-filled pp granules optimized for structural, demanding 3d-printing applications


A new glass-filled polypropylene (PP) for 3D printing is designed to enable consistent production in structural and demanding applications using fused granulate fabrication (FGF) technology. Arnilene AM6001 GF (G) combines the mechanical, thermal, and chemical performance of glass-filled PP with the flexibility of a proven 3D process, said Royal DSM, which introduced the material yesterday.

Automotive, industrial, and infrastructure manufacturers looking to adopt additive manufacturing technology for low-volume or decentralized production are most comfortable using a material they are familiar with from traditional manufacturing, said DSM. PP is the second most frequently used polymer worldwide, and Arnilene AM6001 GF (G) stems from that base material. It has been optimized for FGF-based 3D printing and is suited for direct printing of structural, lightweight parts for automotive, infrastructure, and water management applications, as well as tooling, said DSM.

Sewer manholes are one potential application for DSM’s glass-filled polypropylene for 3D printing. Image courtesy DSM.
DSM Additive Manufacturing experts worked with equipment partners to validate the material on closed- and open-chamber build printers. Its low carbon footprint, thanks to reduced energy consumption, and advantageous life-cycle assessment, inherent to PP chemistry, make it a sustainable solution, according to DSM.


READ MORE FROM SOURCE ARTICLE Continue reading “Glass-Filled PP Granules Optimized for Structural, Demanding 3D-Printing Applications”

Make:able Challenge: Design & 3D Print Assistive Technology for the Disabled – | The Voice of 3D Printing / Additive Manufacturing

make:able challenge: design & 3d print assistive technology for the disabled – | the voice of 3d printing / additive manufacturing


Service bureau PrintLab is partnering with Autodesk for an exciting new competition for schools. The make:able challenge represents what should be a remarkable technological journey for students and teachers as they are invited to use either Tinkercad or Fusion 360 software  (both options are products of Autodesk) and 3D printing to make free, assistive technology with the following directions:
“Design and make a product or prototype that improves the day-to-day life of someone who struggles with mobility in their hands.”
This comprehensive challenge—and learning experience for students—is centered around an online toolkit provided for students, including a teacher’s guide and accompanying lesson plans. Students are expected to team up into smaller groups and use the toolkit as a foundation for increasing their design skills, especially in 3D—with the use of Autodesk products. More importantly, though, the competition is designed to help them find meaning in their communities, whether locally or online, as well as learning about how individuals must cope with disabilities and can use assistive technology for a better quality of life.

Make:able toolkits also offer inspiration through the following:

Stories and example solutions
Worksheets and a variety of activities designed to encourage a …


READ MORE FROM SOURCE ARTICLE Continue reading “Make:able Challenge: Design & 3D Print Assistive Technology for the Disabled – | The Voice of 3D Printing / Additive Manufacturing”

Illusory Material: reimagining product design with multi-material 3D printing

illusory material: reimagining product design with multi-material 3d printing


Stratasys multi-material, multi-color PolyJet 3D printing process is arguably one of the most artful processes in the AM world. Designers and artists have used the technology to create some truly remarkable pieces: from 3D printed multi-color denim, to Neri Oxman’s haunting 3D printed death masks. Recently, a duo of designers from the MIT Media Lab used the technology to create products with a totally new aesthetic.
The project, called Illusory Material, was conceived by industrial designer Jiani Zeng and computational designer Honghao Deng in their time at MIT. The aim of the project was to use Stratasys’ J8 Series 3D printer to devise a new perspective on product design that was only possible using multi-material 3D printing. Another angle that came into play was that they wanted to create a dynamic physical design which could interact with users without the need for any electronic or robotic elements.
[embedded content]
In coming up with Illusory Material, Zeng and Deng were inspired by lenticular printing, a well established technique that uses lenticular lenses to produce images that appear to have depth or that appear different from certain perspectives. An example of lenticular printing is advertisements that change depending on the viewing …


READ MORE FROM SOURCE ARTICLE Continue reading “Illusory Material: reimagining product design with multi-material 3D printing”

VELO3D and Lam Research are 3D Printing Metal Parts for Semiconductor Industry – | The Voice of 3D Printing / Additive Manufacturing

velo3d and lam research are 3d printing metal parts for semiconductor industry – | the voice of 3d printing / additive manufacturing


Silicon Valley metal 3D printer manufacturer VELO3D, which recently landed the largest order yet in the company’s short history for its Sapphire system, has announced a joint development agreement with Lam Research Corporation, a wafer fabrication equipment and services supplier to the semiconductor industry. Also based out of California, Lam Research is a FORTUNE 500 company, and is an important partner of the world’s leading semiconductor companies. With this new strategic agreement, Lam Research plans to majorly expand how many parts for semiconductor capital equipment are fabricated with additive manufacturing in the next five years.
“Semiconductor manufacturing is one of the best examples of high-volume production and Lam requires the highest levels of repeatability and consistency to achieve precision control at atomic scale. VELO3D is well positioned to provide confidence in metal 3D printing due to our calibration, metrology, and digital traceability capabilities,” stated VELO3D’s Founder and CEO Benny Buller in a press release. “This relationship aims to accelerate Lam’s journey of continuous innovation toward producing equipment that creates cutting-edge microprocessors, memory devices, and numerous related product types.”
A Shrouded Impeller Printed on the Velo3D, note the supports on the bottom.
According to …


READ MORE FROM SOURCE ARTICLE Continue reading “VELO3D and Lam Research are 3D Printing Metal Parts for Semiconductor Industry – | The Voice of 3D Printing / Additive Manufacturing”

HV3DWorks restores 1969 Ferrari using ExOne binder jetting AM

hv3dworks restores 1969 ferrari using exone binder jetting am


We may just have to add this case study to our roundup of favorite 3D automotive restoration projects. Pittsburgh-based HV3DWorks LLC, a company specializing in the restoration and customization of classic cars, has leveraged ExOne’s binder jetting 3D printing technology to help restore a vintage Ferrari from 1969. The technology enabled the restoration team to reproduce a critical carburetor component for the Ferrari 365 GT 2+2 V-12 engine.
HV3DWorks was founded in 2016 by Paul Vorbach, a specialist in automotive restoration and customization. His company, like a number of others in the field, has recognized the benefits of additive manufacturing for restoring and fixing up old vehicles, as it can be used in combination with 3D scanning and reverse engineering to cost and time efficiently manufacture obsolete or rare parts in low volumes. HV3DWorks’ technology of choice is ExOne’s metal binder jetting.
Paul Vorbach, Owner of HV3DWorks LLC
“Once we learned about ExOne, and what they were doing with metal 3D printing, I recognized the potential of what we could do for the restoration business if we had the ability to access more of the parts we needed using additive,” said Vorbach. “Through our partnership and collaboration with …


READ MORE FROM SOURCE ARTICLE Continue reading “HV3DWorks restores 1969 Ferrari using ExOne binder jetting AM”

Multiphoton Optics GmbH appoints new managing directors

multiphoton optics gmbh appoints new managing directors


Dr. Boris Neubert and Dr. Benedikt Stender have been appointed to the new Managing Directors of Multiphoton Optics GmbH with effect from August 11, 2020. The two new heads at management level replace the company’s co-founder Dr. Ruth Houbertz, who has been in charge of the company’s fortunes since 2014 in her role as Managing Director, and who has continuously developed the innovative high-tech company into a globally active solution provider in the field of 3D lithography during the recent years, whose interdisciplinary team of experts offers world-class technical support in the implementation of 3D lithography into standard manufacturing processes: From the first design idea to prototyping and engineering, via small series to industrial series production, with the aim of establishing Multiphoton Optics in the industrial environment as an innovative supplier of equipment technology for the production of products of the 21st century.
Dr. Houbertz will continue to be available to the company and to the customers and partners of Multiphoton Optics with her profound know-how and experience in an advisory role.
“I would like to thank the team of Multiphoton Optics for the excellent support offered to me during the last years, and wish you continued success,” said Ruth Houbertz. …


READ MORE FROM SOURCE ARTICLE Continue reading “Multiphoton Optics GmbH appoints new managing directors”

Munich Re and Fraunhofer award €1m in 3D printed COVID-19 ventilator contest – 3D Printing Industry

munich re and fraunhofer award €1m in 3d printed covid-19 ventilator contest – 3d printing industry


Global reinsurance business Munich Re and technology research firm Fraunhofer have awarded €1m as part of a competition to 3D print medical devices for COVID-19 sufferers. 
Launched at the pandemic’s outbreak, The Give a Breath Challenge tasked contestants with developing low cost ventilator parts that could be 3D printed anywhere in the world. Together, the firms provided a contest prize money and budget of €1 million, while making blueprints and training apps freely available to those countries with high demand. Leveraging their expertise, networks and financial resources, the sponsor companies aim to advance the decentralized treatment of COVID-19 patients in regions that are hardest-hit. 
“The coronavirus has reached every country on earth, but medical help for patients is far from available everywhere,” said Torsten Jeworrek, Member of the Munich Re Board of Directors. “The participants showed that with creativity, commitment and energy, opportunities can be created quickly that help save human lives. My special thanks go to you!”
“Innovation is the engine of society and economy – initiatives such as the Give a Breath Challenge drive it.” 
The SmartCPAP team’s winning ventilator design (pictured) was designed to provide support for as long as possible without intubation. Photo via Munich Re.


READ MORE FROM SOURCE ARTICLE Continue reading “Munich Re and Fraunhofer award €1m in 3D printed COVID-19 ventilator contest – 3D Printing Industry”

Habitas Unveils its Luxury 3D Printed Hotel in Todos Santos, Mexico – MANUFACTUR3D

habitas unveils its luxury 3d printed hotel in todos santos, mexico – manufactur3d


Above: Habitas’ 3D Printed Hotel in Todos Santos, Mexico/Image Credit: Habitas

Habitas, the global hospitality group, unveiled its new luxury 3D printed hotel in Todos Santos, Mexico. Habitas is building the entire Todos Santos property in just four months with their modular 3D printing approach.
The hotel, spread across 24-acres of the coastal area, is developed with a singular focus of being ecologically sustainable.
Above: Habitas Tulum, Mexico Hotel/Image Credit: Habitas

Habitas often called a 3D Printed Hotel Startup is created by a diverse community of people seeking human connection, authentic experiences, and a better future together. The group also focuses on measuring its success, not by the number of stars given but the number of smiles received, hearts warmed, minds opened and friends made.
Habitas, which was born out of a camp at the Burning Man desert arts festival, has raised $20m to expand its “3D printed hotel” concept to new markets in Asia, the Middle East, and Africa having first tested the model in Tulum, Mexico.
Habitas have caught the imagination of a stream of new-age entrepreneurs right from Travis Kalanick – CEO of Uber to Justin Mateen, the co-founder of dating app Tinder. Some of …


READ MORE FROM SOURCE ARTICLE Continue reading “Habitas Unveils its Luxury 3D Printed Hotel in Todos Santos, Mexico – MANUFACTUR3D”