TUMAKER

Additive manufacturing with #pellets opens up new frontiers in the handling of complex materials. In this post, we explore three advanced #materials that have been processed and validated by Tumaker 3D printers. 1️⃣ PC-PTFE (Polycarbonate with Polytetrafluoroethylene) The combination of polycarbonate with #PTFE presents a significant challenge due to differences in their thermal behaviours. To overcome these issues, our 3D printers utilise high-precision extrusion and temperature control systems, ensuring efficient material fusion and strong layer adhesion, thereby preventing thermal degradation and producing high-quality components. 2️⃣ PA12 30% GF (Nylon Reinforced with 30% Glass Fibre) The addition of #GlassFibre to nylon enhances its mechanical and thermal capabilities, providing greater resistance to tensile and compressive forces. During the 3D printing process, controlling the alignment of the fibres is crucial to optimise the material's properties. Tumaker advanced technologies allow for a uniform distribution and perfect integration of the fibres, ensuring high stability and performance of the printed component. 3️⃣ PA12 30% CF (Nylon Reinforced with 30% Carbon Fibre) This material stands out for its high rigidity and mechanical strength, thanks to the incorporation of #CarbonFibre into its composition. The uniform dispersion of the fibres and the correct adhesion to the polymer matrix are essential to maintain its structural properties. Our 3D printers are specifically calibrated to ensure controlled deposition, guaranteeing that each layer adheres precisely, resulting in robust and consistent final parts. These materials demonstrate the potential of our 3D printers to process technical compounds with precision. For more details or to learn how Tumaker 3D printers can transform your projects, get in touch with our specialists at: www.tumaker.com #Tumaker #AdvancedMaterials #Innovation #AdditiveManufacturing #3DTechnology

Advanced #materials in filament format for R&D applications | Tumaker The filament extrusion system integrated into our 3D printers has proven to be an effective tool in the field of #research and development (R&D). The use of specialized #3D printers for processing advanced materials enables the exploration of new frontiers in various research fields, such as materials engineering, regenerative medicine, flexible electronics, and nanotechnology. This technical capability not only expands design and manufacturing possibilities but also significantly accelerates the development of customized devices and components for scientific and technological applications. The images show an example of 3D printing using a thermoplastic filament with a high concentration of inorganic ceramic particles, specifically developed by Colfeed4print. This material stands out for its unique properties, making it suitable for applications that require high thermal and mechanical resistance. We invite researchers and industry professionals to consult with our specialists on how to integrate Tumaker 3D printers, whether with pellet or filament systems, into their R&D projects. For more details, you can visit: https://lnkd.in/dN6Ep5Hp #3DPrinting #ScientificResearch #AdvancedMaterials #3Dprinter #filament #pellet

Scientific Advantages of 3D Printing with Independent Extruders | Tumaker The evolution of #additivemanufacturing is exponentially driving scientific advancement. Below are some of the most prominent advantages offered by Tumaker's 3D printing technology with 4 independent extruders: 🔸 Multifactorial Research: The ability to combine #pellet and #filament extruders, along with the option to work with up to four different materials simultaneously, enables the creation of complex structures and the development of experiments with interdependent variables. This allows for a comprehensive characterization in a single process, facilitating more detailed and comparative analyses. 🔸 Personalized Scientific Precision: Tumaker's high printing resolution is key to the production of personalized models and devices, essential in scientific trials that demand high precision. This accuracy is crucial to ensure the reproducibility of experiments and the validity of the results obtained. 🔸 Accelerated Development: Printing multiple components simultaneously optimizes manufacturing times and significantly reduces prototyping cycles. This capability increases the productivity of laboratories, allowing for more iterations in less time and accelerating research progress. 🔸 Broad Selection of Materials: With the ability to use everything from advanced polymers to conductive and #biocompatible materials, Tumaker's 3D printer expands applications in fields like biomedicine, electronics, and materials engineering. This allows researchers to tackle challenges from an interdisciplinary perspective and push the boundaries of their projects. Explore everything Tumaker's 3D printer with 4 independent extruders can contribute to your research: https://lnkd.in/dzPBaPsd #3DPrinting #ScientificInnovation #AdvancedMaterials #Prototyping #Innovation #Research

Tumaker 3D printing with #pellets made from #recycled materials is driving new possibilities in R&D and additive manufacturing. This approach allows the use of high-performance recycled polymers to create strong and sustainable parts without compromising quality. Key advantages of working with recycled materials in applied #research: 🔸 Sustainability: Recycled pellets reduce waste and the carbon footprint. 🔸 Advanced materials: Encourages experimentation with enhanced compounds (carbon fiber, glass) for demanding applications. 🔸 Versatility: Enables the production of functional parts with structural strength, capable of withstanding corrosive environments and high temperatures. Working with recycled materials in pellet format not only drives #innovation but also lays the foundation for designing scalable and environmentally friendly solutions. The integration of recycled #materials into additive manufacturing processes contributes to improved energy efficiency and reduces the carbon footprint in production, which is crucial in the transition towards a more sustainable society. Discover which of our machines include pellet technology at: www.tumaker.com. Contact our specialists for any inquiries. #3DPrinting #AdditiveManufacturing #RecycledMaterials #Sustainability #Environment

Advanced 3D printing with 4 independent extruders | Tumaker Innovation in #additivemanufacturing reaches a new level with the ability to integrate up to 4 independent extruders into a single #3Dprinter. Whether using #pellets or #filament extruders, this technology allows multiple materials to be processed simultaneously, maximising performance and efficiency in R&D projects. The versatility of handling up to 4 different materials opens up a range of possibilities, boosting design, prototyping and experimentation with advanced materials. This Tumaker solution is key to accelerate the development of new technologies and products. If you have any questions or need more information about this technology, please visit our website: https://lnkd.in/dzPBaPsd #3DPrinting #40Industry #Innovation #Research #Materials

Why is it essential to validate my advanced materials? | Tumaker Each #material has unique characteristics. Knowing how to handle it is essential to maximise its potential in #3Dprinting for research and development applications. When using a 3D printer, factors such as extrusion temperature, print speed and hot bed configuration change depending on the properties of each material. Tumaker specialists offer users the service of Material #3Dvalidation. This process not only analyses the compatibility of materials with our 3D printers, but also performs rigorous testing to determine the best settings for temperature, speed and other key parameters for printing. Contact our experts at: www.tumaker.com and request a customised validation for your advanced material. #advancedmaterials #validation #pellets #research #innovation #pellet

Additive manufacturing of stainless #steel from pellets | Tumaker The #3D technology represents a significant advance in the production of metal components. This approach addresses key challenges in research, development and innovation (R&D), offering cutting-edge solutions in the manufacture of stainless steel parts. Design #customisation and production #efficiency are some of the main advantages that make 3D printing a crucial manufacturing technique in steel processing. Among its scientific advantages is the possibility of sintering the printed parts directly, without the need for prior chemical alterations. This eliminates complex intermediate processes, simplifying the manufacturing chain. Furthermore, prior to the #sintering process, it is feasible to subject the parts to standard treatments analogous to those used in polymer 3D printing, including the option of machining without requiring highly specialised equipment. The final result after the sintering process is a 100% stainless steel composite part. In this case, we have worked with INOX 316 pellets using the Tumaker BIGFoot Pro Dual 500 Pellet-Filament printer https://lnkd.in/dN6Ep5Hp). For more technical information and questions about this innovative additive manufacturing method, please visit our website. #AdvancedMaterials #Pellets #Innovation #StainlessSteel #INOX316 #AdditiveManufacturing #Metal

Tumaker is proud to announce that our Tumaker NX Pro Direct Drive HR #3Dprinter has been chosen by Citysens to implement their innovative sustainable design practices. This summer, they have developed the CitySens Olla: a revolutionary watering system for indoor plants. The intelligent design of the CitySens Olla allows progressive and autonomous watering, providing an ecological and efficient solution for the care of your plants. What makes this product unique is the porous, organically sourced #biomaterial, which contains 40% wood and consumes very little energy in its manufacture. The Tumaker NX Pro 3D printer with direct drive HR filament extruder makes it possible to create these advanced material parts, guaranteeing maximum precision and quality with a 100% customised design. Consult what you need about this 3D printer and its possibilities at: https://lnkd.in/dsHvxp8q #SustainableDesign #Innovation #3DPrinting #CitySens #Tumaker

Additive manufacturing with advanced materials and #nozzle sizes up to 5 mm. Explore the limits of Tumaker #pellet 3D printing using nozzles ranging from 0.4 mm to 5.0 mm in diameter. Want to know more? In the context of scientific and technological research, the use of larger diameter nozzles not only facilitates the manufacture of customised, high-strength parts, but also minimises the risk of clogging and significantly reduces #3Dprinting time. These advantages, together with the inherent benefits of using pellets in 3D printing, considerably broaden the spectrum of applications in R&D projects. Find out more about pellet 3D printers on our website, where you can also find out how to optimise equipment to maximise results using nozzles down to 5mm. www.tumaker.com #pellets #additivemanufacturing #3Dtechnology #materials #research #innovation

#EnvironmentalCommitment. Advanced Additive Manufacturing | Tumaker At Tumaker we continue to be committed to the integration of cutting-edge technologies that allow us to carry out advanced and environmentally friendly processes. #Additivemanufacturing is considered one of the most important international fabrication methods in the present and future society. For this reason, it is essential to maintain a practice that is up to date and coherent with the global context. Motivated by this perception, at Tumaker we continue to work on expanding an advanced technology that is also committed to achieving a sustainable environment and establishing a #circulareconomy. The carbon footprint in the field of additive manufacturing can be reduced by using plastic waste as a raw material for 3D printing. Plastic waste can be shredded into flakes, which are used as a raw material in 3D printers with #pellets from Tumaker. Discover the possibilities of this technology at: www.tumaker.com/en/  Ask our specialists about the possibilities of pellet 3D printing. #sustainability #3Dsolutions #pellet #innovation #research