GPP 3D

Additive manufacturing (AM), also known as 3D printing, offers several compelling advantages over traditional manufacturing methods. Advantages of Additive Manufacturing: Cost-Effectiveness: AM can significantly reduce material waste, leading to cost savings. For example, GE Aviation cut production costs for LEAP engine fuel nozzles by 35% using AM. Speed and Flexibility: AM allows for faster production times and greater flexibility. SpaceX, for instance, reduced the production time for their SuperDraco engine chamber from months to weeks. Customization and Complexity: AM enables the creation of highly customized and intricate parts that traditional methods struggle to achieve. The Dutch company MX3D successfully 3D printed a fully functional stainless steel bridge1. Sustainability: AM uses less material and energy, making it more environmentally friendly. The U.S. Department of Energy estimates that AM can decrease material usage by up to 90%. Simplified Production: AM can produce complex, fully completed products in a single operation, reducing the need for multiple stages and components. Challenges and Considerations: Higher Production Costs: For certain applications, traditional manufacturing remains faster and less expensive, especially for high-volume production2. Material Limitations: Not all materials are suitable for AM, and the mechanical properties of 3D-printed parts can sometimes be inferior to those produced by traditional methods. Post-Processing Requirements: AM parts often require additional finishing processes, which can add to the overall production time and cost3. Cultural Shift: Adopting AM requires a significant cultural change within organizations, as it involves new design principles and production workflows. Conclusion: While additive manufacturing offers numerous benefits, it may not entirely replace traditional manufacturing methods. Instead, a hybrid approach that leverages the strengths of both technologies could be the most effective strategy for many industries. #markforged #additivemanufacturing #3dprinting #future #industrial3dprinting #engineering #3dprint

🌟 Exciting News from GPP 3D! 🌟 We are thrilled to announce that GPP 3D has officially achieved ISO certification! 🏆 This milestone underscores our commitment to excellence in industrial 3D printing and additive manufacturing. Our journey has been driven by innovation, quality, and the relentless pursuit of perfection. This certification is a testament to the hard work and dedication of our incredible team. Thank you to our clients, partners, and supporters for being part of this journey. We look forward to continuing to deliver top-notch solutions and pushing the boundaries of what’s possible in 3D printing. Stay tuned for more exciting updates! 🚀 #GPP3D #ISOStandard #3DPrinting #AdditiveManufacturing #Innovation #Quality #Milestone #trainingiso #webinar #isocertification #3dprinting #3d #3dprint #3dprinter #3dprinted #design #3ddmodeling

GPP 3D as of 20.09.2024 has passed the audit regarding the Compliance with the ISO 9001:2015 standards. We are very proud that we have impleted the quality and management standards in the area of "Design and Production of Additive Manufacturing Composite Products"! We aim to be the leading Additive Manufacturers in Baltics and Scandinavia and this is just a minor step taken towards our Goal! Our ambitions stretch way further than only one certificate and we shall prove that with our relentless improvement! Thank You JSC "GPP 3D" Team - Janis Bartmanis and Igors Pirins! Thank You Vitālijs Šveisbergs for your input and fantastic work! Now it is time to celebrate the small victories! Cheers!

“Bearing housings” •Base material:Onyx. •Dimensions:185mm x 120mm x 38.5mm •Layer height: 0.1 mm •Fill density: 37% •Roof & Floor layers: 1.25mm •Wall layers 2.4mm •Markforged 3d industrial printer #3dprint #3d #markfoged #eiger #3dprinted #3dprinting #3dmodeling #gpp3d #markforged #markforged3d #additivemanufacturing #Fusion #industrial

3D printing prosthetics benefits across the ecosystem When 3D printing prosthetics, new digital workflows are employed, and they deliver benefits across the P&O Industry’s entire value chain: Supplier - Increased automation capabilities and improved output quality simplify manufacturing operations Clinic - Frees up the schedule of the clinician, giving them more time to see patients rather than spending valuable time build­ing molds and conducting re-fittings with traditionally manufactured molds. Patient - Enhances the patient’s quality of life by providing a perfect fit, a lightweight and slim device, and a modern, visually appealing design. #3dprinter #3dprinting #dmodel #hp #mjf #dmodeling #design #design #creality #thingiverse #art #dprintinglife #additivemanufacturing #print #technology #engineering #impresion #addinor #plmgroup #prosthesis #prosthetics

Dear representatives of the LIAA Business Incubator and the Addinor Group team, We would like to express our heartfelt gratitude for accepting us into the LIAA Business Incubator. Your support and resources are crucial for the development and growth of our company. We especially want to thank the Addinor Group for the Peel 3d scanner, which will significantly expand our range of services and allow us to offer even higher quality solutions to our clients. Your support is invaluable, and we are confident that together we can achieve great results. Sincerely, The GPP 3D Team

3D printing prosthetics benefits across the ecosystem When 3D printing prosthetics, new digital workflows are employed, and they deliver benefits across the P&O Industry’s entire value chain: Supplier - Increased automation capabilities and improved output quality simplify manufacturing operations Clinic - Frees up the schedule of the clinician, giving them more time to see patients rather than spending valuable time build­ing molds and conducting re-fittings with traditionally manufactured molds. Patient - Enhances the patient’s quality of life by providing a perfect fit, a lightweight and slim device, and a modern, visually appealing design. #3dprinter #3dprinting #dmodel #hp #mjf #dmodeling #design #design #creality #thingiverse #art #dprintinglife #additivemanufacturing #print #technology #engineering #impresion #addinor #plmgroup #prosthesis #prosthetics

3D printing prosthetics benefits across the ecosystem When 3D printing prosthetics, new digital workflows are employed, and they deliver benefits across the P&O Industry’s entire value chain: Supplier - Increased automation capabilities and improved output quality simplify manufacturing operations Clinic - Frees up the schedule of the clinician, giving them more time to see patients rather than spending valuable time build­ing molds and conducting re-fittings with traditionally manufactured molds. Patient - Enhances the patient’s quality of life by providing a perfect fit, a lightweight and slim device, and a modern, visually appealing design. #3dprinter #3dprinting #dmodel #hp #mjf #dmodeling #design #design #creality #thingiverse #art #dprintinglife #additivemanufacturing #print #technology #engineering #impresion #addinor #plmgroup #prosthesis #prosthetics

“Bearing housings” •Base material:Onyx. •Dimensions:185mm x 120mm x 38.5mm •Layer height: 0.1 mm •Fill density: 37% •Roof & Floor layers: 1.25mm •Wall layers 2.4mm •Markforged 3d industrial printer #3dprint #3d #markfoged #eiger #3dprinted #3dprinting #3dmodeling #gpp3d #markforged #markforged3d #additivemanufacturing #Fusion #industrial

“Piano leg prototype” •Base material:Onyx. •Dimensions:295mm x 257mm x 25mm •Layer height: 0.125mm •Fill density: 37% •Roof & Floor layers: 1mm •Wall layers 3.6mm •Markforged 3d industrial printer #3dprint #3d #markfoged #eiger #3dprinted #3dprinting #3dmodeling #gpp3d #markforged #markforged3d #additivemanufacturing