DENSO | October 07, 2020
DENSO, a main versatility provider, will observe Manufacturing Day all through October by facilitating an assortment of conversations pointed toward energizing understudies cross country about the advantages of seeking after professions inside the manufacturing business. With over 70 years of manufacturing mastery, DENSO will hold virtual boards on the absolute most significant themes in the business: mechanical technology and cutting edge innovation, extending open doors for ladies, wellbeing and maintainability, new versatility, exceptional profession pathways, gifted exchanges and then some.
The National Association of Manufacturers and the Manufacturing Institute made Manufacturing Day to help focus a light on present day manufacturing professions, share the significant work done in the field and dissipate the regular marks of disgrace frequently connected to the business. This exertion is particularly significant as the business hopes to fill more than 4.6 million innovative, significant salary positions inside the following decade.
The COVID-19 pandemic has additionally underscored the significance of current manufacturing, as makers overall jumped without hesitation this year to deliver the provisions basic to battling the infection's spread and ensuring general wellbeing. DENSO upheld such action by manufacturing individual defensive gear (PPE) for forefront laborers, including face shields and respirator segments, and face covers for DENSO workers.
“Manufacturing does so much for so many, giving people opportunities to positively impact global organizations and society, work with leading technologies, innovate new mobility solutions and grow their careers,” said Melissa Smith, community affairs lead at DENSO. “Manufacturing Day reminds us to celebrate the importance of this industry and those who make it possible, as well as encourage and educate the next generation who will make it stronger in the future.”
In festivity of Manufacturing Day, DENSO will have 14 manufacturing-related board conversations during the time of October, with the potential for additional, on themes, for example:
The Real Story of Manufacturing: Manufacturing is often shown as dirty, dangerous and boring; the reality is something entirely different. Panelists will share the real story and why they find manufacturing exciting.
Robotics: DENSO is a leading manufacturer and user of robots. Panelists will discuss the role robots play within DENSO and beyond.
Women in Manufacturing: Female panelists will share their experiences in manufacturing, a traditionally male-dominated industry.
Skilled Trades: Skilled trades play a critical role in manufacturing. In this panel, individuals in skilled trades roles will explore the career opportunities and experiences available.
Industrial Engineering: In this panel, hear more about the many tasks that fall within the role of industrial engineering and what makes it so exciting.
Professionalism in the Real World/Soft Skills: Learn how soft skills like communication, self-motivation, teamwork and leadership abilities help individuals interact effectively with one another and establish a professional presence.
Safety, Health and Environment: Hear from individuals who work in roles aimed at keeping people, communities and environments protected.
Back to Manufacturing: Individuals who left manufacturing and later returned will share what they learned from their experience and why they returned.
Unusual Career Pathways: Careers are no longer a straight path. Hear from individuals who have taken some unusual routes to get to their current roles.
New to Manufacturing – Recent Graduates: Individuals with less than three years of experience in manufacturing will share what attracted them to the manufacturing industry and what they want others to know.
Continuing Education/Training: Learn from people who utilized DENSO’s apprenticeship, tuition reimbursement, and/or our leadership training programs.
DENSO is a $47.6 billion global mobility supplier that develops advanced technology and components for nearly every vehicle make and model on the road today. With manufacturing at its core, DENSO invests in its 221 facilities in 35 countries to produce thermal, powertrain, mobility, electrification, & electronic systems, to create jobs that directly change how the world moves. The company’s 170,000+ employees are paving the way to a mobility future that improves lives, eliminates traffic accidents, and preserves the environment. Globally headquartered in Kariya, Japan, DENSO spent 9.9 percent of its global consolidated sales on research and development in the fiscal year ending March 31, 2020. For more information about global DENSO, visit https://www.denso.com/.
EOS | May 11, 2021
EOS, the main provider for mindful assembling arrangements dependent on modern 3D printing innovation, is announcing solid market interest for applications including its licensed 3D printed adaptable grid. EOS calls it Digital Foam™, yet regardless of the result, the organization is anxious to work with associations who need to use this kind of plan in their assembling.
Concocted by EOS representatives Michael Jan Galba, Monika Gessler, and Johann Oberhofer, the creative patent identifies with any generatively 3D printed object which has an adaptable network like construction or framework (i.e., grid), made out of open cells that are combined in gatherings of contrasting attributes. Portrayed in fundamental terms, this covers any differing 3D printed grid structures transforming into one another.
Regardless of whether applied to polymers or metals, the IP covers the added substance assembling of any three-dimensional item that has a grid structure intended for foreordained adaptability qualities is ensured by EOS in the U.S under Patent number 10,259,941 gave in April 2019 – and universally, with different filings.
One of the patent's creators, Michael Jan Galba, saw the capability of this headway years prior. "We realized that this interaction would empower uncommon assembling customization openings. Yet, seeing the selection by such countless imaginative associations who are truly making it a foundation of their 3D printed applications has outperformed our assumptions."
"Utilizing our patent, originators can make gatherings of cells making a cross-section that can be designed with shifting degrees of compressibility," adds Galba. "One regular model we are seeing influence this IP is in athletic footwear. Presently, customers can buy footwear custom-made to their particular necessities or wanted execution qualities, for example, shoe bottoms with shifting compressibility in the impact point, toe, and curve regions, made across the board additively fabricated piece. This is an incredible genuine use-instance of mass customization."
Early adopters of EOS' Digital Foam are looking for item separation, upper hands, and improved item execution qualities including security, solace, lightweight, and "tuneability."
"We are having many discussions now with makes who are creating or have built up some truly entrancing items, and our group is set-up to work together at whatever degree of help is required, from designing and setting-up creation to permitting," said Dr. Gregory Hayes, senior VP of applied designing at EOS North America. "We anticipate working straightforwardly with any makers intrigued by 3D printing adaptable grids so they can profit by our ability around this IP."
EOS gives dependable assembling arrangements utilizing modern 3D printing innovation to makers throughout the planet. Associating great creation effectiveness with its spearheading development and manageable practices, the free organization framed fit as a fiddle the eventual fate of assembling. Fueled by its foundation-driven computerized esteem organization of machines and an all-encompassing arrangement of administrations, materials, and cycles, EOS is profoundly dedicated to satisfying its clients' necessities and acting mindfully for our planet.
Desktop Metal | February 11, 2022
On February 10, Desktop Metal, a global leader in additive manufacturing technologies for mass production, announced the launch of ETEC, a new 3D printing brand that will allow EnvisionTEC, the inventor of digital light processing (DLP) technology, to connect with industrial customers more effectively.
The new brand logo is an overhead picture of DLP's renowned construction tray, in which resin is turned into anything a buyer may dream of using a digital light projector. It's complemented by a redesigned style and feel that's structured, smooth, bold, and durable, as well as a new marketing approach.
Since 2002, EnvisionTEC 3D printers have set the standard for accuracy and surface polish in the healthcare, dental, medical, and jewelry sectors. After acquiring EnvisionTEC in 2021, Desktop Metal formed Desktop Health to focus on healthcare and dentistry customers. ETEC (pronounced "Tek") will now focus exclusively on delivering high-speed photopolymer 3D printing solutions to volume makers of consumer and industrial items.
"Desktop Metal’s integration strategy is to focus on customers and their application needs first, so we can craft the most personalized and compelling business case for them to adopt Additive Manufacturing 2.0 technologies for volume production, Our launch of ETEC and Desktop Health allows us to speak more directly to specific customers with focused needs and serve them better. In addition, ETEC offers incredibly powerful 3D printers paired with exclusive materials that are already driving a new wave of consumer and industrial innovation."
-Ric Fulop, Desktop Metal Founder and CEO.
Using 3D printing technology, materials, software, and applications in the right way, Desktop Metal wants to help more and more manufacturers move into AM 2.0, which means more design flexibility, less waste, faster time-to-market, and less money spent while making their supply chains less risky.
For instance, ETEC has teamed with Adaptive3D, another Desktop Metal company, to provide its best-in-class 3D printed photo elastomers only on ETEC additive manufacturing systems, enhancing their performance through close integration of hardware and materials.
ETEC currently has one of the most comprehensive portfolios of photopolymer 3D printing materials on the market, including Elastic Tough Rubber 90 (ETR 90), the industry's highest rip strength elastomer. ETR is used in various consumer and industrial products, including power tool adapters and recoil pads. Adaptive3D's more extensive library of elastomers could be used in more places, like shoe midsoles, seat cushions, and more.
*According to federal securities laws, some of the information in this news release is "forward-looking."