3D Printing is pushing the boundaries of the biomedical field, and the latest Young Ceramists Network (YCN) webinar provided an in-depth look at the cutting-edge advancements in 3D-printed implants. Charlie Clark, an expert from 3DCeram, shared valuable insights into the transformative potential of ceramic additive manufacturing for medical applications. 

🔗 Watch the full webinar here: YCN #19 - 3D Printing in Biomedical applications 

Pioneering 3D-Printed skull implants 

Since 2005, 3DCeram has been at the forefront of 3D-printed medical implants, with more than 15 custom skull implants successfully completed for patients at the CHU de Limoges. This webinar explored the advantages of 3D printing in cranial reconstruction, highlighting the ability to create implants with varying densities to optimize mechanical strength, osteointegration, and surgical fixation. Real-world cases demonstrated how these customized implants seamlessly integrate with bone structure, improving patient outcomes. 

Advancements in Zirconia-Based ceramics 

The session also covered groundbreaking research conducted in collaboration with INSA Lyon on cerium-stabilized zirconia. This innovative ceramic material significantly improves the longevity of biomedical implants by addressing aging-related degradation, which has been a major challenge in traditional zirconia implants. The research aims to enhance the mechanical properties and durability of implants, potentially eliminating the need for revision surgeries. 

Click down below to watch an interview about our collaboration with the surgeon we worked with to use the first skull implants on real life cases :

A new era for spinal cages 

Another key highlight was the collaboration between 3DCeram and a customer in Australia to develop next-generation spinal cages using a novel strontium-based ceramic material. Traditionally, spinal cages require bone grafting, leading to additional surgical procedures. This new material not only enhances bioactivity and bone fusion but also has the potential to eliminate the need for autografts, simplifying spinal surgery and improving patient recovery. 

The power of SLA technology in medical innovation 

Charlie Clark also detailed the unique benefits of SLA (Stereolithography) technology used by 3DCeram. This top-down approach enables precise layer-by-layer fabrication, allowing the production of intricate lattice structures that enhance biocompatibility and mechanical performance. The combination of advanced formulations, optimized printing parameters, and post-processing techniques ensures that ceramic implants meet the highest industry standards, with examples that speak for themselves. 

Watch the webinar for more insights 

For those interested in learning more about these groundbreaking innovations in biomedical 3D printing, the full webinar is available on our YouTube channel. Discover how ceramic additive manufacturing is pushing the boundaries of medical technology and shaping the future of personalized healthcare. 

In the world of industrial ceramic additive manufacturing, where both size and precision are critical, top-down stereolithography (SLA) emerges as a standout solution. With its ability to produce large, dense, and complex components with unmatched accuracy, this technology is reshaping how industries approach 3D printing. Its scalability and compatibility with cost-effective automation make it the ideal choice for businesses driving innovation. 

Printing large surfaces with complex geometries 

One of the defining strengths of top-down SLA is its ability to handle large surface areas, making it suitable for both small and large ceramic components. Thanks to its laser placement above the printing platform, it ensures consistent precision across vast surfaces, enabling the production of intricate and detailed geometries. 

This capability opens the door to designs that were previously unachievable with traditional methods or other 3D printing technologies. Whether you’re working on high-performance parts for aerospace or delicate components for the medical sector, top-down SLA delivers exceptional results

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Faster printing with multi-laser systems 

In industries where speed and efficiency are non-negotiable, top-down SLA rises to the challenge. By integrating multi-laser configurations—2, 4, or even more lasers—into its optical system, this technology significantly reduces printing times while maintaining the best of accuracy. 

Gravity-driven reliability for dense and heavy parts 

Unlike bottom-up technologies like DLP, which often rely on extensive support structures, top-down SLA leverages gravity to simplify the printing process. This minimizes the need for supports, reducing post-processing efforts and improving overall efficiency. 

Additionally, gravity allows for the production of dense and heavy parts without the risk of cracking or deformation during printing. This makes it ideal for manufacturing robust components for demanding applications. 

Streamlined automation for industrial production 

Automation is key to scaling industrial manufacturing, and the top-down SLA configuration is designed with this in mind. With robotic systems capable of handling vats and build platforms, manufacturers can easily streamline their workflows, cutting costs and boosting efficiency. 

This compatibility with automation enables businesses to achieve consistent, repeatable results at an industrial scale, transforming 3D printing into a reliable production tool rather than just a prototyping method.

Broad range of materials for versatile applications 

Another compelling advantage of top-down SLA is its compatibility with diverse slurries. These materials offer a wide range of mechanical, thermal, and aesthetic properties, making the technology adaptable to various industries, from aerospace and semiconductor manufacturing to medical applications. 

Whether you need materials that withstand extreme temperatures, provide biocompatibility, or offer exceptional surface finishes, top-down SLA has the flexibility to meet your requirements. 

Mirror for aerospace

Top-down SLA isn’t just a 3D printing technology; it’s a transformative tool for modern industrial manufacturing. Its ability to combine precision, scalability, and automation with a diverse material range makes it the ultimate solution for industries looking to innovate and grow. 

Are you ready to explore how top-down SLA can revolutionize your production processes? Contact us today to learn more or schedule a demonstration. 

The landscape of 3D printing evolves, with technology constantly being pushed to new frontiers. The most exciting developments in this space is definitely the Artificial Intelligence. At the forefront, CERIA, the artificial intelligence (AI) developed by 3DCeram, to optimize the ceramic 3D printing to reach the industrial scale! As industries like aerospace, medical devices, and automotive continue to rely on the precision and versatility of 3D printing, CERIA is offering a smarter, and more efficient approach to design and production.

AI-Driven Innovation in 3D Printing

The core innovation behind CERIA is its ability to leverage AI to improve the ceramic 3D printing process. Traditional 3D printing often involves some manual adjustments and trial or iterations to get designs and printing parameters just right. With CERIA, the AI automatically analyzes and optimizes designs, streamlining productions, and reducing the production costly.

This is particularly useful in industries where precision is paramount. For instance, aerospace components must adhere to strict standards for weight and strength, while medical devices need to be produced with an extraordinary level of detail. By utilizing CERIA, the AI, helps manufacturers meet these demands with far greater efficiency than traditional methods.

Real-Time Monitoring: Precision in Action

One of CERIA’s standout features is its real-time monitoring capabilities. As a 3D print progresses, CERIA tracks and analyzes the 3 printed layers, adjusting parameters in real time to maintain the highest level of quality on the next 5 layers to come. This feature helps manufacturers catch any potential issues early in the process, before they happen and then will waste time and materials.

By ensuring that each layer is printed with the utmost accuracy, CERIA adapts the right material quantity needed and contributes to a more sustainable production process. This feature is particularly important for industries that use expensive, specialized materials for their products, such as ceramics used in aerospace or medical applications.

Seamless Integration with Existing Tools

For companies already invested in 3DCeram’s tools, CERIA integrates smoothly with the other softwares like Build-It and CPS 2.0, creating a comprehensive workflow that extends from design to production. This integration simplifies the process.

Applications Across Industries

CERIA's versatility makes it a valuable tool for various industries. In the aerospace sector, for example, CERIA helps streamline the production of lightweight, high-performance parts. Its ability to optimize material usage and ensure precision in design is crucial for creating components that meet the rigorous demands of aviation and space technology.

For the semiconductor industry, which is a strategic application, CERIA optimizes the success and production costs of large components such as suction plates with internal channels,and end effectors that require extreme precision.

The medical industry benefits from CERIA’s capability to print highly detailed, customized implants and surgical tools. With the help of AI-driven optimizations, manufacturers can produce parts with the exact specifications needed for patient-specific solutions, all while ensuring the necessary levels of safety and reliability.

Automotive manufacturers also stand to gain from CERIA’s ability to improve production efficiency and reduce costs. By minimizing material use and enhancing print speed and quality, CERIA enables companies to produce parts that meet performance requirements at the right rate of costs.

The Future of Ceramic 3D Printing

As the capabilities of AI and 3D printing continue to evolve, CERIA is positioned to play a pivotal role in the future of ceramic manufacturing. By combining the precision of 3D printing with the AI, CERIA offers manufacturers a more efficient, cost-effective way to produce high-quality ceramic parts. CERIA not only improves the design process but also accelerates production, making it an essential tool for industries that require both speed and precision.

In an increasingly competitive market, CERIA’s ability to reduce material use, improve production speed, and maintain high-quality standards makes it a key game changer for the future of 3D printing. As more industries look to adopt 3D printing for complex applications, CERIA is setting the stage for a new era of smarter, more sustainable manufacturing.

Interactive Game Experience at Formnext

To help users fully grasp the potential of Ceria, we launched an interactive quizz game at Formnext 2024, allowing attendees to experience firsthand how the IA can optimize their 3D printing projects. The game demonstrates CERIA's capabilities by showcasing several distinct scenarios: printing a series of small parts and printing a large part in one single run.

This hands-on approach allowed participants to see how CERIA's AI can dynamically adjust parameters and optimize production, whether it’s managing the complexities of small parts or handling the challenges of larger parts in a single print. The game provided a fun and interactive way for visitors to explore how the software could benefit their own work, regardless of the size or scale of their projects.

Now, for those who weren’t able to attend Formnext, we’re excited to offer this interactive experience online. You can explore CERIA and understand how it can optimize your own projects, whether you’re working with small, detailed parts or large, complex components. Try it yourself and see how Ceria can elevate your 3D printing process.

Now, you can try it for yourself and explore the power of Ceria to streamline your 3D printing processes!

3DCeram continues to innovate, making its proposals for ceramic 3D printing ever more industrialized. In addition to the semi-automated process already offered by the C1000 FLEXMATIC, we are going one step further by incorporating Artificial Intelligence, enabling users to acquire the expertise they need for successful production in a minimum of time, and with productivity in line with industrial requirements.

Ceria, 3DCeram's artificial intelligence, enables the printing of large, single-piece parts on the C3601 ULTIMATE, which features the largest printing plate on the market and delivers high success rates. This AI aims to expand the possibilities of 3D printing, boosting productivity while lowering production costs.

Join us at Formnext from November 19 to 22, 2024, in Hall 11.1, Booth 21, for an exclusive opportunity to experience CERIA like never before. We won’t spoil the surprise—come see for yourself!

We look forward to seeing you there!

Need a free pass? Feel free to get in touch with us

A must-attend event for innovation enthusiasts: Technical Ceramics 3D Printing Day returns to Tarbes on December 3, 2024, under the captivating theme of space!

Don't miss this day, part of the Fête Nationale de l'Impression 3D, and discover how cutting-edge technologies are transforming the most demanding sectors, such as aerospace!

Program highlights :

Meet Léopold Eyharts, a renowned player in the aerospace industry. An officer in the French Air Force, former test pilot and astronaut for CNES and ESA, he will take you on a journey through his incredible experiences during the presentation “Pegasus, Columbus: two missions, two eras”. He will share his knowledge of technological developments and answer all your questions in an exclusive discussion session.

Why assist?

3D printing of technical ceramics opens up vast opportunities for applications such as aerospace, thanks to their exceptional resistance to extreme temperatures, effective electrical insulation, and unique robustness against corrosion. Come meet industry experts, exchange innovative ideas, and explore how this technology is redefining standards in the aerospace industry.

Join us on December 3 in Tarbes for an immersion in the future of 3D printing!

Places are limited, so don't miss this opportunity to talk to pioneers and discover impressive technological advances. Reserve your place now and get ready to travel between ceramics and space!

Practical information

• Date: December 3, 2024
• Location: Tarbes, premises of the Université de Technologie Tarbes Occitanie Pyrénées (formerly ENIT)
• Theme: Space
• Access and registration: https://gf-ceramique.fr/events/4eme-rencontres-impression-3d-ceramiques-tarbes/

Creatz3D Ceramics has recently shared about its ongoing collaboration with Aliena in supporting the development of the MUSIC plasma propulsion system. This collaboration is already contributing to key space initiatives, with ceramic components from Creatz3D Ceramics playing an active role in Aliena’s STRIDER mission since July 2023.

About the compagnies

Creatz3D Ceramics provides high-quality ceramic 3D printing services using Stereolithography (SLA) technology.

Aliena is a space-tech company based in Singapour which provides advanced electric propulsion engines for small satellites, enabling them to fly closer to Earth for improved data collection.

Innovation in Space Technology

This collaboration reflects a growing trend in space technology, where 3D printing is helping companies like Aliena create more efficient propulsion systems for satellites. Aliena’s system, which was onboard the smallest satellite ever to carry a Hall thruster, was featured in NASA’s State-of-the-Art of Small Spacecraft Technology. This innovative thruster is distinguished by its low power consumption, using just 20 watts, making it the most efficient commercial Hall thruster available. Creatz3D Ceramics’ expertise in 3D-printed ceramics plays a key role in meeting the tough demands of space, such as extreme temperatures and harsh environments. By working together, they are improving performance and cutting costs in space exploration while also addressing the specific needs of industries that require durable, high-quality materials.

Looking Ahead

Creatz3D Ceramics and Aliena are ready to continue pushing the boundaries of space propulsion through their joint efforts. With significant milestones already achieved, such as the involvement in the STRIDER mission and the upcoming ESA tests, the partnership is expected to deliver even more advancements in the field of satellite technology.

Could you introduce your company, Z3Dlabs?

I founded Z3DLabs in 2014 in Rotterdam with the ambition of becoming a specialized leader in medical 3D printing, particularly in the manufacture of Class III implants. For many years now, we have been dedicated to pushing the boundaries of innovation in various sectors, including energy, semicon, industry, and medical manufacturing. Our team of highly skilled professionals is committed to delivering high-quality, efficient, and customizable 3D solutions that meet the unique needs of our clients. With a strong focus on development, Z3DLabs is constantly exploring new technologies and methodologies to stay at the forefront of the 3D printing industry, with a special focus on advanced ceramic materials. Our mission is to empower businesses with innovative tools and services that foster growth, inspire creativity and drive success in an ever-evolving Additive Manufacturing environment.

Why did you choose 3DCeram technology for technical ceramics AM?

We have been a reseller of 3DCeram Sinto since mid-2016 due to their dedication and proven expertise in technical ceramics. We chose 3DCeram Sinto Stereo lithography (SLA) 3Dprinting technology for technical ceramic additive manufacturing (AM) for several compelling reasons. Firstly, 3DCeram Sinto 3D printers can successfully utilize Hydroxyapatite for skull implants and overcame significant challenges in a market where technical ceramics are not yet fully developed. Their unique approach to SLA-3D printing and compliance with new medical device regulations in the Europe were important factors in our decision.

In 2018, we started at Maxima Medical Centre in Veldhoven to demonstrate our capabilities. This strategic move allowed us to meet our potential customers in the medical field as well as in the industrial, energy and aerospace sectors. The outstanding quality and performance of 3DCeram Sinto's technology was instrumental in journey in these different fields.

In the summer of 2023, a successful entrepreneur joined as an investor and co-owner of Z3Dlabs. Thanks to his contribution we could invest in the high-end machines and working environment.

Last year, December 2023 we moved to our new location in Oirschot. We installed three different 3D printing technologies and a 3D measurement machine. We can 3D print ceramics with customized designs, complex geometries and high precision to meet the specific requirements of professional applications. At the end of this year, we will open our doors to show our new production laboratories.

You have a printer on your premises with a large platform printing technical ceramics. Can you tell us what markets you hope to address with this machine?

At our facility in Oirschot, we utilize the C1000 Flexmatic 3D printer from 3DCeram Sinto, which features a large platform for printing technical ceramics. This advanced 3D printer can serve a wide range of markets, including semicon, electron microscopy, medical imaging, aerospace, automotive, and the medical sector. With its exceptional precision and versatility, the C1000 enables us to address the demanding requirements of these industries, providing high-quality, reliable, and innovative ceramic solutions.

You have been using Ceria Set for a few month, what is your feedback and your thoughts about AI as a support for AM?

To provide high quality ceramic products, it is essential to keep up productivity. As an addition to the workflow of ceramic AM it is a very useful tool to prevent down time during production. With CerIA®, we can establish an insight into the challenges for the next print job. Herewith we gain insight in the printing process where we can improve to deliver the highest quality. Moreover, CerIA® is able to generate process parameters such that critical printing phenomena are reduced. In a way, CerIA® is a virtual assistant to optimize our workflow with 3DCerams’ technology.

Your engineer, who works on the printer, had an advanced training in order to manage mass production with the printer, what could you/he say about that?

"Using the C1000 with the swappable printing VAT is mandatory to achieve high productivity. After changing the printing VAT to continue production, the used VAT can be cleaned immediately after starting the next print. With our current projects, we do not yet produce in high quantity but with high quality. We are keen to increase our projects with mass production, therefore we are eager to find clients with a need for high quality ceramics," according to AM Engineer Ir. Roy Maas of Z3DLabs!

What is the added value of Z3Dlabs as a service bureau? What technologies do you host and produce with?

Z3Dlabs offers significant value as a service bureau by providing high-precision 3D printing solutions tailored to the needs of high-end clients in the Brainport region, including leading companies in lightning, semiconducting electron microscope and energy sectors. Our expertise lies in delivering advanced, locally produced 3D printed components that meet the stringent quality standards required by these industry leaders.

We utilize state-of-the-art 3D Ceram technology, renowned for its capability to produce high-resolution, intricate ceramic parts. This technology enables us to offer superior performance and durability in our printed components, making them suitable for demanding applications in sectors such as electronics, healthcare, and high-tech manufacturing. By leveraging this cutting-edge technology, Z3Dlabs ensures that our clients receive not only innovative solutions but also timely and cost-effective services that enhance their operational efficiency.

At Z3Dlabs, we leverage a suite of advanced 3D printing technologies to deliver high-quality solutions. Our capabilities include Stereolithography (SLA) with the C1000 printer for high-resolution parts; Fused Filament Fabrication technology, Multi Additive Manufacturing (M.A.T.) 3D printer from 3DCeram Sinto Tiwari for intricate multi-material and multi-technology components, and Digital Light Processing (DLP) with nano-materials resin using the S230 and S240 from BMF for versatile and robust printing. Additionally, we ensure precise quality control with our Primo Verity 3D measurement machine from Zeiss, which provides accurate assessments of our 3D-printed parts.

What do you think about Additive manufacturing at the industrial scale? And future?

Additive manufacturing at the industrial scale presents both significant opportunities and challenges. Achieving high precision and reproducibility is crucial, as single-instance accuracy alone is insufficient for industrial applications. To advance additive manufacturing, it is essential to integrate a comprehensive suite of technologies and equipment that ensures consistent, high-quality production over time. This involves not only advancing the technology itself but also implementing robust quality control measures to achieve near-impossible tolerances and exceptional mechanical properties. Looking ahead, the future of industrial additive manufacturing will likely focus on enhancing these capabilities, fostering greater integration into traditional manufacturing processes, and driving innovations that will push the boundaries of what is possible in precision, performance, and efficiency.

What are your development objectives for 2024/2025?

In the fourth quarter of 2024, our primary focus is on preparing our laboratory to meet the evolving needs of our future clients. We are enhancing our capabilities to deliver parts with resolutions ranging from 2 micrometers to 10 micrometers using our BMF technology and producing technical ceramics up to 300 mm in the C1000 printer. Our precision measurement will be supported by the Prisma Verity system from Zeiss.

Our priority is as soon as possible to integrate the proven 3Dprinting materials alumina, zirconia, hydroxyapatite and Tricalcium Phosphate (TCP).

We will also focus on new materials such as cordierite which has low Coefficient of Thermal Expansion (CTE) value.

Looking ahead to 2025, we aim to advance our operational infrastructure by establishing a vacuum environment and a contamination-free, dust-controlled workspace. These upgrades will be integrated into a proven supply chain to ensure the highest standards of quality and reliability. Our goal is to position our capabilities at the forefront of the industry, delivering superior performance and precision to meet the most demanding client requirements.

Can you share your vision of technical ceramics AM? Do you see some new trends?

Technical ceramics in additive manufacturing (AM) present unique challenges and opportunities. Due to their complex material properties and multi-step processing requirements, such as binding, binder removal, and atomic solidification through sintering, these materials are often underrepresented in the design community. The multi-stage process, including the critical binding stage and subsequent solidification phases, plays a pivotal role in achieving the desired material properties. Communication and collaboration on that what really matter. Not once but continuously.

CEO and founder of Z3Dlabs, Mrs. Zerafet Tenwolde-Cansizoglu and COO and co-owner, Mr. Jean Henry Robert Madern.

InnoSys, Inc. is an expert in high-frequency and high-power communication applications, particularly for extreme environments. The company specializes in advanced electronics that meet the rigorous demands of sectors like aerospace, defense, and energy. Their expertise ranges from designing robust electronic components to developing full-fledged subsystems that can withstand the harshest conditions.

Key contributions and projects

Located in Salt Lake City, Utah, InnoSys operates a modern facility that develops advanced electronic devices and circuits. Notable projects include a collaboration with NASA to create a camera for a Venus rover, capable of enduring the planet's harsh temperatures. Additionally, they are working on a high-frequency power amplifier for the Department of Defense (DoD). This effort is supported by the C101 LAB, which focuses on building advanced ceramic parts.

Recognition and impact

InnoSys has received multiple Small Business Innovation Research (SBIR) and Small Business Technology Transfer (STTR) grants from the DoD, Department of Energy (DOE), and NASA. These awards reflect the company’s significant contributions to national security and energy solutions. Their recent SBIR project with the DOE aims to develop a low-noise, fast-switching high-voltage power supply for neutron generator detectors.

Advanced manufacturing techniques

By leveraging advanced 3D printing technologies, InnoSys collaborates with partners like 3DCeram to enhance the manufacturing of aerospace components, ensuring they meet strict durability requirements.

Ongoing innovations and future directions

InnoSys plans to expand its personnel, equipment, and facilities to foster ongoing innovation in electronic systems. Their partnership with the Utah Innovation Center helps them secure funding and advance their research efforts.

InnoSys, Inc. is a leader in creating innovative solutions for challenging environments, solidifying its role in high-frequency and high-power communication systems and this is quite a satisfaction for 3DCeram to collaborate with such a partner!

For more details on their projects and innovations, visit their official website (InnoSysTech) (Gov Econ Opportunity).

In an era where innovation drives progress, James Cook University (JCU) has taken a significant leap forward by upgrading their C100 EASY LAB to the advanced C100 EASY FAB version. This transformation marks a pivotal moment in 3D printing for the university, offering enhanced capabilities to meet the evolving demands of their industrial partnerships and serve ambitious projects. 

The Evolution from C100 EASY LAB to C100 EASY FAB 

JCU's journey with the C100 EASY LAB has been marked by numerous successful projects and groundbreaking research. However, as partnerships with industry leaders grew and the need for more complex, scalable solutions emerged, an upgrade became essential. 

The transition to the C100 EASY FAB represents more than just an improvement – it's a move forward in 3D printing capabilities. This upgrade addresses the specific needs of industrial applications, enabling JCU to tackle more ambitious projects and drive innovation across various sectors. 

Key Benefits of the C100 EASY FAB Upgrade: 

• Keep production flowing  

• Faster production times by reducing down time 

• Produce higher parts thanks to additional monitoring devices 

Global services: Bringing Innovation

At 3DCeram Sinto, we understand that staying at the forefront of technology is crucial for our clients' success. That's why we offer worldwide services for the whole Ceramaker printing range. 

Our commitment to you extends far beyond just providing technology. We offer a wide array of services tailored to meet your specific needs. Our expert teams and partners are equipped to perform upgrades, routine maintenance, and provide technical assistance directly at your facility, regardless of your location worldwide. We understand the importance of minimizing downtime, so we strive to conduct all our services efficiently, ensuring your operations continue with minimal disruption. 

Recognizing that each client has unique requirements, we customize our approach to match your specific situation. This could involve anything from a major system upgrade to regular maintenance checks or on-demand troubleshooting. Additionally, we provide comprehensive training for your team, covering not just new features after an upgrade, but also the best practices and tips for ongoing use and maintenance. Our goal is to empower you to fully leverage your 3D printing systems, maximizing their potential and your return on investment. 

The Future of 3D Printing with the C100 EASY FAB 

The upgrade to C100 EASY FAB opens new horizons for research institutions and industries alike. With its enhanced capabilities, this advanced 3D printing system is set to revolutionize: 

- Aerospace engineering 

- Medical device manufacturing 

- Sustainable materials research 

- And much more! 

Partner with Us for Your Upgrade Journey 

Whether you're a research institution like JCU or an industry leader looking to upgrade your 3D printing capabilities, 3DCeram Sinto is here to support you. Our global team of experts is ready to bring the power of a Ceramaker printer to your doorstep, ensuring you stay ahead in the competitive world of additive manufacturing. 

At 3DCeram, we stand as the pioneers in offering a comprehensive solution tailored to meet industrial demands. Our unique approach is built around three core pillars:

• Tailored Machine Offerings
• Scalable Technology
• Artificial Intelligence for Optimized Production

Tailored Machine Offerings Scalable Technology Artificial Intelligence for Optimized Production

As a leading manufacturer of 3D printers for technical ceramics, our mission is to support industrial players, technical ceramic manufacturers, and service bureaus looking to integrate 3D printing into their production lines.

Tailored Machine Offerings

We have meticulously developed a range of machines to cater to diverse needs. Starting with our smallest printer, the C101 EASY, available in both LAB and FAB models. The C101 EASY LAB is perfect for development and prototyping, while the C101 EASY FAB is designed for small series production of small parts.For industries seeking higher volumes, 3DCeram introduced the C1000 FLEXMATIC three years ago.

This semi-automatic machine, with a build platform of 320x320x200mm, is ideal for larger production volumes. Its integrated recycling station ensures cost-effectiveness by allowing the reuse of all non-polymerized ceramic material, making it a viable solution for large-scale manufacturing.

Scalable Technology

While numerous 3D printing technologies exist, not all are suited for industrial applications, primarily due to limited automation capabilities. Stereolithography, however, offers extensive automation potential, opening new horizons for industrial scalability.

Artificial Intelligence for Optimized Production

To further advance the industrialization process, we leverage over 20 years of expertise in technical ceramic 3D printing with our cutting-edge artificial intelligence, CERIA. This AI-driven system significantly reduces iteration issues inherent in process industrialization, offering time savings and cost reductions through optimized material consumption.

Our Commitment

Our commitment to pushing the boundaries of 3D printing technology ensures that we remain at the forefront of industrial solutions. By combining innovative machine design, scalable technology, and advanced AI, 3DCeram provides a robust framework for industrial players to seamlessly integrate 3D printing into their production processes.