Olivier Van Herpt Offers a Process for Developing Large Objects
Jamie Danielle Munro — August 22, 2014 — Art & Design
References: oliviervanherpt & designboom
Olivier Van Herpt has developed a process for delivering and manufacturing larger ceramic materials using 3D technology. It seems as if an abundant number of objects are being made this way these days, so Herpt thought he would see how this could translate into the world of ceramics.
The machine thus allows him to make different designs and sizes or objects such as bowls and cups. The interesting thing here is how distinct each one is, since most would think the results would be quite generic. However, the variety is evident, making one question the meaning of "craftsmanship" behind this art.
From objects used in surgeries to devices put together allowing pets to recover from injuries, 3D printed materials is becoming more and more common, and Olivier Van Herpt knew ceramics would be no different.
Photo Credits: designboom, oliviervanherpt
The machine thus allows him to make different designs and sizes or objects such as bowls and cups. The interesting thing here is how distinct each one is, since most would think the results would be quite generic. However, the variety is evident, making one question the meaning of "craftsmanship" behind this art.
From objects used in surgeries to devices put together allowing pets to recover from injuries, 3D printed materials is becoming more and more common, and Olivier Van Herpt knew ceramics would be no different.
Photo Credits: designboom, oliviervanherpt
Trend Themes
1. Large-scale Ceramic 3D Printing - The development of a process for delivering and manufacturing larger ceramic materials using 3D technology presents disruptive innovation opportunities in the production of large-scale ceramic objects.
2. Distinct and Customized 3d-printed Ceramics - The ability to create unique and customized designs for ceramics using 3D printing technology opens up new possibilities for craftsmanship and personalized artistic expression.
3. Expanding Applications of 3D Printed Materials - The increasing integration of 3D printed materials into various industries, including ceramics, offers potential for disruptive innovation in fields such as medical devices and pet care products.
Industry Implications
1. Ceramics - The ceramics industry can leverage the advancements in 3D printing technology to create larger and more intricate ceramic objects, revolutionizing the manufacturing and design processes.
2. Medical Devices - The medical device industry can explore the use of 3D printed ceramics for more efficient and customized surgical tools, implants, and prosthetics, transforming patient care and outcomes.
3. Pet Care Products - The pet care industry can utilize 3D printing technology to produce innovative devices and accessories for pet rehabilitation and injury recovery, enhancing the well-being of animals.
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