Autocoat

🤝 Equipping our US partners with the knowledge to suceed! Today our technical team presented the latest features of our blade-coater BCC-02 to the MBI sales team. Grateful for the collaboration with MBRAUN. #training #bladecoating #autocoat #partnership

🪄 Autocoat is committed to innovation, providing our customers with the best solutions for thin film coating. Our BCC-02 blade coater is equipped with three different blade geometries, LS01, LC01, and LW01, allowing the deposition of a wide variety of materials and meeting diverse requirements. In addition to the standard blades, we also offer custom designs, such as an apparatus that enables the deposition of stripes without the need for masking. This is particularly useful for depositing charge-collecting electrodes, fabricating interconnections or testing multiple materials in just one deposition step. Our latest results demonstrate the application of this apparatus in processing perovskite thin films! 🥼 🧪 🔬 The Autocoat BCC-02 blade coater is a smart, complete system that enables high-precision deposition of thin films on both rigid and flexible substrates. Would you like to learn more about blade coating and the solutions available for printed devices R&D and fabrication? Please contact us at contato@autocoat.com.br. #perovskitePV #printedelectronics #bladecoating #thinfilm

🔔 This month, Autocoat launches a series of publications featuring feedback from our clients. Check out the first testimonial from Dr. Silvia Fernandes, a researcher at the Laboratory of New Materials and Devices (LNMD) at Universidade Estadual Paulista Júlio de Mesquita Filho, Bauru campus, and a collaborator at Oninn. “We recently acquired the Blade Coater equipment from AUTOCOAT, and we are extremely satisfied with its performance and practicality. The device is compact, allowing us to use it inside a glove box without taking up much space. It is fully digital, including the micrometers, which makes parameter adjustments remarkably simple. The blade-coater came with a pre-attached nitrogen knife, along with three different types of deposition blades, suitable for various material applications. We have been producing films with thicknesses on the order of just a few nanometers, achieving excellent precision and reproducibility, especially for perovskite films intended for photovoltaic applications. Thank you, AUTOCOAT!”   🥼 🧪 🔬 For Autocoat, it is gratifying to see our equipment being used by researchers from different fields and to learn about such remarkable results that contribute to scientific advancement in cutting-edge researches. We thank the LNMD laboratory team at UNESP for their partnership. 💻 Would you like to learn more about blade coating and the solutions available for printed devices R&D and fabrication? Please contact us at contato@autocoat.com.br #perovskitePV #printedelectronics #bladecoating #thinfilm

Parabenizamos nossos clientes, Profa. Ana Flavia Nogueira e Prof. Carlos Graeff, pelo avanço em suas pesquisas na área de células solares de perovskitas. 🌞 👏

Células solares tandem de perovskita/silício processadas por blade coating superam 30% de eficiência (PCE) certificada! Um grande avanço rumo ao escalonamento dessa promissora tecnologia fotovoltaica. Em uma publicação recente, pesquisadores da Universidade King Abdullah de Ciência e Tecnologia (KAUST) e do Helmholtz-Zentrum Berlin (HZB) demonstraram o desempenho de células solares tandem de perovskita/silício feitas por blade coating, alcançando uma eficiência certificada (PCE) de 31,2%. Este trabalho destaca o uso da técnica de blade coater na fabricação de células solares tandem altamente eficientes e estáveis, evidenciando o potencial de escalonamento do processo. "Efficient Blade-Coated Perovskite/Silicon Tandems via Interface Engineering" https://lnkd.in/dF7_mh4x A equipe da Autocoat parabeniza os pesquisadores do KAUST e do HZB pelo excelente trabalho e celebra a aplicação do blade coating como técnica principal de fabricação, o qual tem se mostrado fundamental no escalonamento dessa tecnologia. 👏 🔎 Gostaria de saber mais sobre o blade coating e soluções disponíveis para P&D e fabricação de células solares impressas? Entre em contato conosco pelo e-mail: contato@autocoat.com.br 🔬 A Autocoat é uma fabricante brasileira de equipamentos de revestimento que oferece sistemas em escala de laboratório e desenvolve processos para a deposição de filmes uniformes e reprodutíveis. O blade coater Autocoat BCC-02 é um sistema inteligente e completo que permite a deposição de filmes finos com alta precisão em substratos rígidos e flexíveis.

Blade-coated Perovskite/Silicon tandem solar cells surpass 30% certified PCE! A major step towards scaling up this promising photovoltaic technology. In a recent publication, researchers from King Abdullah University of Science and Technology (KAUST) and Helmholtz-Zentrum Berlin (HZB) demonstrated the performance of blade-coated perovskite/silicon tandem solar cells with a certified PCE of 31.2%. This work highlights the use of blade coating for the fabrication of highly efficient and stable perovskite-based tandem solar cells, highlighting the potential of this scalable ink-based processing technique to meet the demands of industrial manufacturing. "Efficient Blade-Coated Perovskite/Silicon Tandems via Interface Engineering" https://lnkd.in/dF7_mh4x The Autocoat team congratulates the KAUST and HZB researchers on their achievements and celebrates the application of ink-based fabrication techniques, which have proven crucial for scaling up this promising PV technology. 👏 🔎 Would you like to learn more about blade coating and the solutions available for printed PV R&D and fabrication? Please contact us at contato@autocoat.com.br 🔬 Autocoat is a Brazilian manufacturer of coating equipment that provides lab-scale solution coaters and develops processes for uniform and reproducible film deposition. The Autocoat BCC-02 blade coater is a smart and complete system that allows for high-precision deposition of thin films on both rigid and flexible substrates.

A Autocoat tem o prazer de compartilhar a publicação científica “Synthesis and Functionalities of Blade-Coated Nanographite Films”, na qual filmes de nanografite revestidos por blade-coating no equipamento BCC-02 são reportados! Neste estudo, pesquisadores da Universidade Estadual de Campinas (UNICAMP) demonstraram a fabricação de novos filmes finos e ultrafinos por meio de blade-coating em substratos de padrão industrial e como a orientação dos nanoflocos de grafite pode ser induzida por esta técnica de processamento. As descobertas fornecem insights muito úteis no campo de filmes de nanografite condutores e demonstram a aplicação da técnica de blade-coating como um método simples, de baixo custo e escalável para produzir filmes grafíticos com diferentes funcionalidades O blade-coater Autocoat BCC-02 é um sistema inteligente e completo que permite a deposição de filmes finos de alta precisão sobre substratos rígidos e flexíveis. Com dimensões compactas, o BCC-2 é ideal para revestimento de solução em escala de laboratório com baixo consumo de material e pequeno desperdício. Ele conta com uma bomba de vácuo embutida, uma chapa de deposição resistente a produtos químicos e que pode ser aquecida até 150°C e uma faca de ar integrada, permitindo o processamento de vários tipos de materiais. Nossa equipe parabeniza @Paloma, @Luana, @Silvia, @Hugo e @Stanislav pelo trabalho e celebra nossa colaboração! Confira a publicação no link: https://lnkd.in/dtj_k7Nq ----------------------------------------------------------------------------------------------------------------------------- Autocoat is thrilled to share the scientific publication “Synthesis and Functionalities of Blade-Coated Nanographite Films”, in which blade-coated nanographite films processed by BCC-02 are reported! In this study, researchers from the University of Campinas (UNICAMP) demonstrated the fabrication of novel thin and ultrathin films via blade coating on industry-standard substrates and how the graphite nanoflakes orientation can be induced by this processing technique. The findings provide very useful insights into the conductive nanographite films field and demonstrate the application of blade coating as a simple, low-cost and scalable method to produce graphitic films with different functionalities The Autocoat BCC-02 blade-coater is a smart and complete system that allows high precision deposition of thin films over both rigid and flexible substrates. With a small footprint, BCC-2 is ideal for lab-scale solution coating with low material consumption and waste. It features an embedded vacuum pump, a chemical resistant plate that can be heated up to 150°C and an integrated air-knife, allowing the deposition of several kinds of materials. Our team congratulates @Paloma, @Luana, @Silvia, @Hugo and @Stanislav for their work and celebrates our collaboration!

Estamos em contagem regressiva para o encontro anual da Sociedade Brasileira de Pesquisa em Materiais (XXII B-MRS Meeting), que acontecerá na cidade de Santos de 29 de setembro a 3 de outubro. Visite nosso estande para conhecer as novidades em nossas tecnologias de deposição de filmes finos por solution coating. Esperamos vocês! @sbpmat_bmrs #SBPMAT2024 #Filmesfinos #Bladecoating #Perovskita #Thinfilms #Solutioncoating (EN) We are counting down to the annual meeting of the Brazilian Society for Materials Research (XXII B-MRS Meeting), which will take place in the city of Santos from September 29 to October 3. Visit our booth to learn about the latest in our thin film deposition technologies using solution coating. We hope to see you there! @sbpmat_bmrs #SBPMAT2024 #Thinfilms #Bladecoating #Perovskite #Solutioncoating

Last day of PSCO-2024 and still time for a talk with our technical specialist to understand all the features of the blade-coater BCC-02. This is a full lab-scale solution coating equipment specially designed for the deposition of perovskite thin films. #perovskite