Information
De Ooijk, Unieweg 1, 5301 KS Zaltbommel, Netherlands
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Overview
- Summary
- MakerBot, a sub-brand of UltiMaker, is a leading provider of educational 3D printers, software, and comprehensive 3D printing solutions. It supports educators in over 10,000 schools worldwide, contributing to STEM education innovation through accessibility and reliability. Its role involves building a customized educational ecosystem for fostering students' creative potential and strengthening future career competencies. Continuous efforts are made for the popularization of 3D printing technology and its application in educational settings.MakerBot, a sub-brand of UltiMaker, is a leading provider of educational 3D printers, software, and comprehensive 3D printing solutions. It supports educators in over 10,000 schools worldwide, contributing to STEM education innovation through accessibility and reliability. Its role involves building a customized educational ecosystem for fostering students' creative potential and strengthening future career competencies. Continuous efforts are made for the popularization of 3D printing technology and its application in educational settings.
- Key Products/Technologies
- MakerBot offers diverse 3D printer product lines, including SKETCH, Method, and Replicator series. The SKETCH series comprises models optimized for educational environments, such as SKETCH, SKETCH Large, and SKETCH Sprint.MakerBot offers diverse 3D printer product lines, including SKETCH, Method, and Replicator series. The SKETCH series comprises models optimized for educational environments, such as SKETCH, SKETCH Large, and SKETCH Sprint.
- The SKETCH Sprint boasts fast print speeds of up to 300 mm/s and travel speeds of 600 mm/s, supporting PLA and Tough PLA materials.The SKETCH Sprint boasts fast print speeds of up to 300 mm/s and travel speeds of 600 mm/s, supporting PLA and Tough PLA materials.
- The Method series represents professional-grade models offering industrial levels of precision and reliability, including Method, Method X, Method XL, and Method X Carbon Fiber.The Method series represents professional-grade models offering industrial levels of precision and reliability, including Method, Method X, Method XL, and Method X Carbon Fiber.
- These products utilize Fused Deposition Modeling (FDM) technology, achieving dimensional accuracy of up to ±0.2mm and layer resolution from 20-400 microns.These products utilize Fused Deposition Modeling (FDM) technology, achieving dimensional accuracy of up to ±0.2mm and layer resolution from 20-400 microns.
- Key features include a circulating heated chamber, ultra-rigid metal frame, dry-sealed material bays, and dual extruders, integrating industrial functionalities.Key features include a circulating heated chamber, ultra-rigid metal frame, dry-sealed material bays, and dual extruders, integrating industrial functionalities.
- Supported materials encompass a wide range of engineering-grade options such as PLA, Tough PLA, ABS, Nylon, PETG, specialty composites, carbon fiber reinforced nylon, and 316L stainless steel.Supported materials encompass a wide range of engineering-grade options such as PLA, Tough PLA, ABS, Nylon, PETG, specialty composites, carbon fiber reinforced nylon, and 316L stainless steel.
- The company provides cloud-based software and platforms like MakerBot Cloud, MakerBot Print, MakerBot Desktop, Thingiverse, and Cura Cloud on Digital Factory.The company provides cloud-based software and platforms like MakerBot Cloud, MakerBot Print, MakerBot Desktop, Thingiverse, and Cura Cloud on Digital Factory.
- Core Advantages
- MakerBot's core competitive advantage lies in its comprehensive 3D printing ecosystem tailored for the education sector. It delivers integrated solutions spanning hardware, software, curriculum, teacher training, and student certification programs.MakerBot's core competitive advantage lies in its comprehensive 3D printing ecosystem tailored for the education sector. It delivers integrated solutions spanning hardware, software, curriculum, teacher training, and student certification programs.
- User-friendly interfaces, simple setup, and high reliability enable users of all skill levels to easily utilize 3D printing, particularly emphasizing accessibility in educational environments.User-friendly interfaces, simple setup, and high reliability enable users of all skill levels to easily utilize 3D printing, particularly emphasizing accessibility in educational environments.
- The Method series offers industrial-grade precision, repeatability, and diverse engineering material compatibility within desktop 3D printing, presenting a cost-effective solution.The Method series offers industrial-grade precision, repeatability, and diverse engineering material compatibility within desktop 3D printing, presenting a cost-effective solution.
- Operation of Thingiverse, the world's largest 3D printing community, provides a vast repository of 3D models and educational resources, fostering an active sharing and collaboration environment among users.Operation of Thingiverse, the world's largest 3D printing community, provides a vast repository of 3D models and educational resources, fostering an active sharing and collaboration environment among users.
- Participation in the UL 2904 standards committee demonstrates a leading role in 3D printing safety and emissions regulations.Participation in the UL 2904 standards committee demonstrates a leading role in 3D printing safety and emissions regulations.
- Professional development is enhanced through ISTE (International Society for Technology in Education) certified programs for educators.Professional development is enhanced through ISTE (International Society for Technology in Education) certified programs for educators.
- Target Industries
- The primary applied industry is K-12 and higher education, encompassing STEM/STEAM learning, design thinking, rapid prototyping in classrooms, robotics teams, and engineering academies, among other educational applications.The primary applied industry is K-12 and higher education, encompassing STEM/STEAM learning, design thinking, rapid prototyping in classrooms, robotics teams, and engineering academies, among other educational applications.
- In industrial and professional sectors, applications include rapid prototyping, product development, tool manufacturing, end-use part production, industrial prototypes and models, and manufacturing and engineering design.In industrial and professional sectors, applications include rapid prototyping, product development, tool manufacturing, end-use part production, industrial prototypes and models, and manufacturing and engineering design.
- Specific engineering fields such as biomechanics, biomedical engineering, chemical engineering, electrical/electronics, energy generation/renewable energy, fluid mechanics, mechanical engineering, mechatronics/automation, oil & gas, and physics also see potential for application.Specific engineering fields such as biomechanics, biomedical engineering, chemical engineering, electrical/electronics, energy generation/renewable energy, fluid mechanics, mechanical engineering, mechatronics/automation, oil & gas, and physics also see potential for application.
- Cases of application in furniture and food & water technologies also exist.Cases of application in furniture and food & water technologies also exist.
- Major Markets
- Canadian Academy (Japan)Canadian Academy (Japan)
- France, Spain, Germany, United Kingdom (based on certification program languages)France, Spain, Germany, United Kingdom (based on certification program languages)
- United States (over 10,000 schools), CanadaUnited States (over 10,000 schools), Canada
- Australia (showrooms in Sydney, Brisbane, Melbourne, Adelaide, and nationwide reseller network)Australia (showrooms in Sydney, Brisbane, Melbourne, Adelaide, and nationwide reseller network)
- Certifications/Patents
- Operation of MakerBot 3D Printing Certification programs for educators and students.Operation of MakerBot 3D Printing Certification programs for educators and students.
- These certification programs have received accreditation from the International Society for Technology in Education (ISTE).These certification programs have received accreditation from the International Society for Technology in Education (ISTE).
- Participation in the UL 2904 standards committee demonstrates a leading role in emissions regulations.Participation in the UL 2904 standards committee demonstrates a leading role in emissions regulations.
- The company holds numerous patents, including multi-filament three-dimensional printing (Patent No. 11571852, Feb 7, 2023).The company holds numerous patents, including multi-filament three-dimensional printing (Patent No. 11571852, Feb 7, 2023).
- Patents for a three-dimensional printer frame (Patent No. D994726, Aug 8, 2023) and extruder thermal management (Patent No. 11554532, Jan 17, 2023) technologies.Patents for a three-dimensional printer frame (Patent No. D994726, Aug 8, 2023) and extruder thermal management (Patent No. 11554532, Jan 17, 2023) technologies.
- Related patents include a removable build plate for three-dimensional printers (Patent No. 11298872, Apr 12, 2022) and build material switching (Patent No. 11110648, Sep 7, 2021).Related patents include a removable build plate for three-dimensional printers (Patent No. 11298872, Apr 12, 2022) and build material switching (Patent No. 11110648, Sep 7, 2021).
- Automated 3D build processes are covered by patents (Patent Nos. 8226395, 8287794, 8282380). The Method 3D printer integrates 15 patents from Stratasys and 15 new patents from MakerBot, showcasing its technological prowess.Automated 3D build processes are covered by patents (Patent Nos. 8226395, 8287794, 8282380). The Method 3D printer integrates 15 patents from Stratasys and 15 new patents from MakerBot, showcasing its technological prowess.
Introduction
Location
De Ooijk, Unieweg 1, 5301 KS Zaltbommel, Netherlands
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