3D Printing Industry News Sliced: BCN3D, Equinor, Liqcreate, Ricoh 3D, Picsima, and more

In this edition of Sliced, the 3D Printing Industry news digest, we cover the latest business developments, partnerships, and acquisitions across our industry.  Today’s edition features business updates, additive manufacturing partnerships, certifications, 3D printing materials, and the world’s first 3D printed part flown to an offshore installation by a drone.  Read on for the most […]

Domestic Data Streamers 3D prints interactive installation for Cisco Live 2020

Domestic Data Streamers, an independent data design studio based in Barcelona, used BCN3D Technologies 3D printers to create its interactive installation for the Cisco Live 2020 event earlier this year.  Using the BCN3D Epsilon, the creative studio was able to design, produce and set up its Recommendation Wall installation within 4 weeks, in time for […]

Volunteers develop 3D printable ventilator based on 1965 U.S. Army design

With ventilators in short supply in light of the coronavirus pandemic, makers in the 3D printing community continue to combat the shortage through the use of their machines. The latest piece of 3D printable medical kit in development is the timing mechanism of an emergency ventilator based on a U.S. Army design from 1965. The […]

3D Printing Industry News Sliced: BCN3D, BEAMIT, Thor3D, Ricoh, Senvol, Voxeljet

In this edition of Sliced, the 3D Printing Industry news digest, we cover the latest business developments, partnerships, and acquisitions across the additive manufacturing industry. Today’s edition also features the Multimaterial Dryer from Kodak’s Smart International and Copper3D’s potential solution for bacterial infections when wearing 3D printed prostheses. Read on for the latest 3D printing […]

3D Printing News Sliced: Dr. Hans Langer, Cuttlefish, RIZE, Senvol, Henkel, Open Bionics

The 3D Printing Industry news digest offers a summary of the latest partnerships, award presentations, software updates, material releases and applications from across the sector. In this update, we have snippets featuring Dr. Hans Langer, Mimaki, Velo3D, Dassault Systèmes, bionics hands, 3D printed lampshades, automotive repair and more. Dr. Hans Langer achieves esteemed AMUG recognition  3D […]

Camper Spanish Footwear is Designed on 3D Printers on the Island of Mallorca

3D printing—specifically with the use of BCN3D’s 3D Sigma and Sigmax printers—has allowed Spanish footwear multinational, Camper, to journey down paths they never expected with their line of footwear; experiencing so many of the benefits of this progressive (and often seemingly futuristic) technology they are now able to create designs that previously may have been impossible—not to mention the element of flexibility they are enjoying with materials, as well as the ability to fabricate new iterations on the spot.

Based on the Island of Mallorca, in Spain, Camper’s team has become immersed in 3D printing and additive manufacturing, with creativity flowing daily amidst their on-site desktop printers. In a recent case study, they explained that with the ‘giant leap’ into 3D printing, their team was able to enhance their design capabilities, along with ‘streamlining the creative processes of future collections.’

Each set of footwear is designed a year ahead of time, and the Camper team states that their shoes offer a geometric complexity, requiring technology capable of manufacturing their men’s, women’s, and children’s collections with great accuracy.

“Working with a 3D printer is very useful because if we have an idea in mind, together with a technician, we can obtain quick and direct results for the dimensions of components. This enhances our ability to be reactive,” said Job Willemsen, Senior Designer at Camper.

The 3D Sigma and Sigmax printers allow the Camper team to use materials flexible and capable enough of rendering extremely realistic prototypes. They can design products more rapidly, with even higher quality. The need for molds is eliminated, and intricate design elements can be integrated into new products.

“Because we have a dual-extruder system, we can use water-soluble print material. As a result, we can work with more complex geometric shapes and reduce design time for the collection,” said Jordi Guirado, Product Engineer at Camper.

The design process at Camper these days involves the team getting together and discussing new shapes for designs—each day—with their technical department. The team then creates 3D printed models, which are ready by the next day. This level of speed registers in stark comparison with more conventional methods that meant models and prototypes might not be ready for up to a month. Now, decision-making amongst the team is more rapid, and both designs and the impending results are greatly improved. Products are lightweight, ergonomic—and accommodate what customers are requesting these days.

 “With various 3D printers on site, Camper’s designers now have new designs literally in the palms of their hands. This is a huge advantage for designers because they can now validate volumes, dimensions and geometric shapes that they could not visualize with a digital model. If designers can print a shoe model in 3D the next day, the design team can take their creative potential further,” said Xavier Martínez Faneca, CEO of BCN3D. “With collaboration, they can really achieve the product they are looking for.”

Camper has been around since 1975, created by Lorenzo Fluxa. His goal was to create footwear unlike any other—with his foundation rooted in the shoemaking business of his family—beginning with his grandfather in 1877, who brought the first sewing machines to Mallorca. Fast forward to the present, and Camper shoes are still made in Mallorca. The team crafts about 500 models each season—with one difference these days: they are in stores in over 40 countries!

3D printing is having a huge impact on the fashion, and footwear industry, from high heels to ballet shoes and athletic shoes.

What do you think of this news? Let us know your thoughts! Join the discussion of this and other 3D printing topics at 3DPrintBoard.com.

[Source / Images: Camper case study]

The post Camper Spanish Footwear is Designed on 3D Printers on the Island of Mallorca appeared first on 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing.

BCN3D Technologies announces new Epsilon 3D printer with range of BASF and MCPP filaments

BCN3D Technologies, the Barcelona-based desktop 3D printer manufacturer, has released a new dual-extruder FFF/FDM system, named the BCN3D Epsilon.  Intended for more demanding settings compared to its range of Sigma desktop machines, the BCN3D Epsilon is designed to provide large-scale FFF 3D printed parts with high-performing materials. As such, BCN3D is currently in negotiation with […]

WATCH: BCN3D’s vast 3D printing farm

BCN3D Technologies, the Barcelona-based open-source 3D printer manufacturer and developer of Independent Dual Extruder (IDEX) technology, has released a video of its print farm. Using 63 BCN3D 3D printers the print farm operates around the clock.  BCN3D designs and manufactures desktop 3D printers, the BCN3D Sigma, and the BCN3D Sigmax. Each 3D printer has 47 pieces […]

Desktop 3D printed PLA proven to help researchers in pursuit of cancer cure

A desktop FFF 3D printer has been applied to cancer researcher at the University of Girona, Spain. Challenged with finding suitable treatments for triple negative breast cancer in this latest research, scientists have proven that PLA is a suitable material for hosting cancer cells cultures. This in turn opens up the relatively niche means of studying […]

Roger Uceda & CIM-UPC Create a Masters Degree in Design for Additive Manufacturing

Roger Uceda was one of the key people behind the BCN3D which was created as an offshoot of design nonprofit CIM UPC in Barcelona. After helping being BCN3D to life and leading the company Roger is now back at CIM UPC trying to do what he can to make Barcelona the global hub for 3D printing. Their next effort? They’re going to create a Masters program for 3D printing, or more precisely a Masters Degree in Design for Additive Manufacturing.  The team will collaborate with “Renishaw, Ricoh, HP… technological centres and universities to make this the most powerful masters degree in Additive Manufacturing.” The catch? The degree is in Spanish for now.
3D Printer and a small race car model
Focusing on Industry 4.0 and the growth of our industry would seem to be a rather prescient thing to do. One of the problems in 3D printing at the moment is in finding enough really good people to do the work. Experienced professionals are often thin on the ground and there is a real war for talent happening in 3D. This would seem to be an excellent opportunity for people to hit the ground running if they want to work in 3D printing. 3D printing exactly the part you have also doesn’t unlock any of the value this only happens when one designs for additive.
The course will be given by Universitat Politècnica de Catalunya and will focus on real cases and use machines such as the Ricoh AM S5500P, 3D Systems SLA 7000, Vanguard HS, HP MultiJet Fusion, Renishaw AM-250 as well as a BCN3D Sigma and Sigmax farm, hand-held 3DScanners and a Mitutoyo CMM. Much of the training will be conducted by professionals and will focus on product design, improving 3D printing itself through tools and tooling and also manufacturing.

3D printed surgical models DEFAM.

The director general of CIM UPC Felip Fenollosa said that, ” we have taken a step forward for the formative leadership in Additive Manufacturing, integrating the relevant actors in this ecosystem to contribute their experience to prepare the next generations of professionals for the transformation of our industry. We seek that in a global environment any Design can be sent anywhere in the world and manufactured at the same point of sale”

3DPrint.com asked Roger Uceda what the ideas were behind the new Design for Additive Manufacturing course:
What kind of students do you expect will attend? 
Roger Uceda: “We expect two kind of students. Firstly we expect just graduated in engineering degrees that love and beleive in 3D printing, and want to work in that field. We also expect engineers that are already working in companies and want to change not only their products but also the way they manufacture and supply. We need to provide to that students the criteria to choose the correct tool in aditive manufacturing depending on their strategy. Is not the same to use 3D printing to shorten the development time, to change the supply chain, to optimize the geometry or to fully customize a product.”
Where do you think you’re graduates will work? 
Roger Uceda: “Our students will work in different fields, from product develpment to production companies, 3D printing manufacturers and also in the medical field. We will give special attention to the use of additive manufacturing in health. On the other hand, CIM-UPC offers the possibility of a dual training, combining the master classes with an internship in companies in all that fields. At this moment we have more vacancies in our job bank that students.”
Why should I take this class? 
Roger Uceda: I personally think that additive manufacuring is the perfect tool for changing the way we produce things. But this is just a tool. We need to teach the best professionals to lead that change in design and in production using this amazing  technology. If you are a 3D printing passionate that want to lead that revolution, this master should be probably a very good idea!.