Corvallis, Oregon, United States
I am the Global Head of 3D Materials for HP’s 3D Printing & Digital Manufacturing business, responsible for leading HP’s 3D materials development globally. I am focused on driving materials innovations that unlock new applications and help transform the manufacturing industry. Prior to this role, I led HP’s metals 3D printing commercial business and technology, where I brought to market HP’s Metal Jet 3D printing system – representing the first 3D metals technology for industrial-scale production. I have been spearheading innovation at HP for more than 25 years. As one of HP’s early ink jet pioneers, I was part of the team responsible for product quality for the first thermal ink jet printers. I also lead the development of the scalable print solution that ultimately became HP’s innovative PageWide technology, which is now used everywhere from the desktop to the factory floor. I have numerous R&D innovations such as printing technology platforms, MEMS-based technologies (such as HP's state-of-the-art accelerometer), applied molecular systems (nanotechnology), solar applications, printed electronics, and 3D thermoplastics and metals. I hold 53 U.S.-issued patents.
Ascential extends capacity where it’s needed most – helping technology and life science companies scale the most difficult stages of development and manufacturing while maintaining speed, compliance, and on-time, in-full delivery across a global FDA/ISO-aligned network. We integrate complex systems including precision motion, fluidics, and Optics.
Tim Weber is the Global Head of 3D Metals R&D for HP’s 3D Printing & Digital Manufacturing business, responsible for leading HP’s 3D MetalJet R&D globally. He is focused on driving innovations that unlock new applications and help transform the manufacturing industry. Tim has been spearheading innovation at HP for more than 25 years. As one of HP’s early ink jet pioneers, Tim was part of the team responsible for product quality for the first thermal ink jet printers. He also managed the development of the scalable print solution that ultimately became HP’s innovative PageWide technology, which is now used everywhere from the desktop to the factory floor. Tim’s career includes numerous R&D innovations such as printing technology platforms, MEMS-based technologies (such as HP's state-of-the-art accelerometer), applied molecular systems (nanotechnology), solar applications, printed electronics, and 3D thermoplastics and ceramics. He holds 53 U.S.-issued patents. Tim holds an undergraduate and a Ph.D. degree in engineering from Oregon State University. A native of Corvallis, Oregon, he is a member of the Corvallis Economic Advisory Board, and the Oregon State University College of Engineering Board
Tim Weber is the Global Head of 3D Materials for HP’s 3D Printing & Digital Manufacturing business, responsible for leading HP’s 3D materials development globally. He is focused on driving materials innovations that unlock new applications and help transform the manufacturing industry. Prior to this role, Tim led HP’s metals 3D printing commercial business and technology, where he brought to market HP’s Metal Jet 3D printing system – representing the first 3D metals technology for industrial-scale production. Tim has been spearheading innovation at HP for more than 25 years. As one of HP’s early ink jet pioneers, Tim was part of the team responsible for product quality for the first thermal ink jet printers. He also managed the development of the scalable print solution that ultimately became HP’s innovative PageWide technology, which is now used everywhere from the desktop to the factory floor. Tim’s career includes numerous R&D innovations such as printing technology platforms, MEMS-based technologies (such as HP's state-of-the-art accelerometer), applied molecular systems (nanotechnology), solar applications, printed electronics, and 3D thermoplastics and ceramics. He holds 53 U.S.-issued patents. Tim holds an undergraduate and a Ph.D. degree in engineering from Oregon State University. A native of Corvallis, Oregon, he is a member of the Corvallis Economic Advisory Board, and the Oregon State University College of Engineering Board
Dr. Tim Weber is responsible for leading HP's metal 3D printing commercial business and technology. He is focused on driving the transformation of the $12 trillion global manufacturing industry and bringing mass production of metal parts to the industry for the first time.
Lead the team to develop and commercialize materials for HP's Multi Jet Fusion platform including thermoplastics, ceramics, metals, and voxel level control.