A License was granted to a Polish Company for the use of a Liquid FDM System from 3DPrinting.com.

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Sygnis SA, a Polish manufacturing company, has announced a groundbreaking partnership with Adam Mickiewicz University in Poznań, introducing Fused Deposition Modelling (FDM) 3D printing technology to the masses.

The university’s patented Liquid for Fused Deposition Modelling (LFDM) technique enables the direct integration of chemicals and substances into the 3D printing process, bringing new levels of accuracy and precision to the manufacturing process.

This technology allows for the production of complex designs with intricate detail. Moreover, precious time and resources are saved as fewer individual parts are needed for the production of a single product.

The use of the LFDM technique has widespread implications. It can be used in applications ranging from the automotive and aerospace industries to medical technologies. Its processes are more efficient, more cost-effective, and more sustainable with deeper levels of customisation, making the partnership between Sygnis SA and Adam Mickiewicz University a truly revolutionary endeavour. The LFDM technique revolutionizes the direct printing of chemicals, dyes, pesticides, antibiotics, radioactive substances, nanoparticles, and many other materials through the use of a standard FDM printer. This technique opens up previously unavailable possibilities as it eliminates the need for expensive and energy-consuming processing equipment.

By applying a special polymer material to the FDM printer, users are now able to directly print the innovative and previously unavailable materials with a wide variety of applications. The polymer material acts as a buffer between the substances and the FDM printer, thus allowing for physical and chemical properties to remain intact during processing.

This new technique opens up a world of possibilities for many users, particularly those without specialized FDM printing equipment. It allows them to print hazardous and even radioactive materials while avoiding the cost, time, and energy that are normally spent on expensive and complicated processing equipment.

LFDM is revolutionizing the way that chemical and organic substances can be applied and used in a variety of industries. Its potential to revolutionize these industries is immense and the possibilities are endless. Sygnis S.A., a Polish biotechnology company, has recently announced the conclusion of a license agreement related to its innovative Low-Formaldehyde Degradable Monomers (LFDM) technique for manufacturing, marketing, and distribution of related products.

Under the agreement, Sygnis has been granted a non-exclusive, transferable, and perpetual license to use the LFDM technique in Poland. The license is valid until June 27, 2033, and Sygnis will pay royalties based on the revenue generated from the sale of products utilizing this invention.

The LFDM technique has immense potential and is a distinct innovation in the manufacturing technology sector. It allows for cost-effective manufacturing of high-performance products and components for various applications. The technique has the potential to revolutionize the way products are manufactured and is expected to become one of the most important innovations in the industry in the next decade.

Sygnis is the first company to secure a license for the LFDM technology, giving them a significant advantage over competitors. The company will be able to use the technology to manufacture cost-effective products for various markets, which could help them to gain a greater share of revenues from the sale of products manufactured using the technology.

Moreover, the license agreement will enable Sygnis to receive royalties for as long as its products remain competitive and relevant in the market. This is an attractive development for the company, as it has the potential to provide additional revenue streams over the next decade.

Overall, this license agreement is expected to be a major boost for Sygnis, as it will allow them to utilize their innovative technology and remain competitive in the market. By taking advantage of this agreement, the company can potentially gain significant financial rewards from their products over the long-term. When Professor Robert E. Przekop spoke about his idea to directly merge 3D printing and chemistry, he impressed and excited the audience. His concept, he explained, was both unique and simple.

As 3D printing becomes more and more popular, Professor Przekop saw the opportunity to couple it with chemistry. This would allow chemists to save time in their experiments and to work faster.

He presented his idea at the Annual International Scientific Conference in Poznań, captivating the ears of experienced scientists. Those in attendance experienced firsthand the potential of his idea.

This concept gives an exciting hint of the near future, one that’ll see chemistry blended with 3D printing, and probably many other sciences. We may soon witness a whole range of exciting and innovative applications.

Professor Przekop was encouraged by those present to further develop his concept, to explore its viability and bring it into practice for the benefit of the scientific community. Are you looking for a way to improve your processes and workflows? Our team developed our patented LFDM solution three years ago, and now we are making it available to everyone.

This versatile method can significantly improve the way you design and execute your workflows, resulting in:

• Streamlined communications with colleagues and customers
• Reduced complexity when it comes to individual teamwork
• Greater efficiency and effectiveness in project completion
• Improved visibility into every team’s progress

The LFDM method offers different communication tools which make it simple to track each individual delegation of tasks, help members of the team stay coordinated and connected and provide visibility into progress.

We strongly encourage you to use our method in its intended capacity, but we are also eager to see how else this tool might be used. We believe our solution will bring creativity to any project, so don’t let your imagination be limited. Use the LFDM method and take it to the next level! Sygnis is making big strides with their recently acquired license to commercialize a technology from a partnering university. With this license, Sygnis is looking to expand its revenue from sales of 3D printing accessories and peripherals.

In addition to improving their financial outlook, Sygnis gains great benefit in fostering further collaborations with scientific institutions and driving further development through successful cooperation with the university. This partnership enables Sygnis to gain access to resources that would otherwise be unavailable, while allowing the university to benefit from the commercialization of the technology.

Sygnis is fully committed to working with the university to foster further collaborations and improve their product offerings. Sygnis believes that this collaboration will ultimately lead to increased revenue and a stronger relationship with the participating university.

So, with the recent license acquisition and the focus to increase its revenue from 3D printing accessories and peripherals, Sygnis is leading the charge in its collaboration with universities and fostering a mutually beneficial relationship. Are you interested in staying on top of the latest 3D printing news? We’d love to hear from you on our social media accounts! We’ve created profiles on Facebook, Twitter, and LinkedIn where we share the latest updates so you can stay informed about the additive manufacturing industry. Plus, you can join our weekly additive manufacturing newsletter to get stories straight to your inbox. We can’t wait to hear your thoughts!


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