Entry-Level Metal Binder Jetting 3D PrinterDesigned for research and development, this metal binder jetting system is ideal for universities and institutions exploring new materials, process innovation, and advanced additive manufacturing applications.
High-Speed Metal Binder Jetting 3D PrinterSpecifically engineered for rapid production of small- to medium-scale production-grade parts, this metal binder jetting system delivers fast, reliable printing for a wide range of industrial applications.
Flagship Metal Binder Jetting 3D PrinterDesigned for efficient production of medium- to large-sized parts, this flagship binder jetting system delivers high performance and has achieved success across multiple industries.
Binder Jetting (BJM) for versatile, full-color or metal parts
Metal binder jetting is used to produce complex metal parts by printing a “green” part that is then processed through a secondary sintering step to achieve final material properties.
This separation of printing and densification enables high-throughput, scalable production, particularly for applications where part volume and efficiency are key considerations.
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These systems are designed for:
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High part throughput and batch production of small to medium-sized components
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Complex geometries without support structures, enabling efficient nesting and part consolidation
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Scalable production workflows where repeatability and volume are critical
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Applications across automotive, consumer products, and general manufacturing
Parts are designed with the sintering process in mind, allowing predictable shrinkage and consistent results across production runs.
ABOUT EASYMFG
EasyMFG specializes in binder jetting technologies, with a primary focus on sand and metal-based systems, and a strong emphasis on developing robust industrial equipment for production environments.
Their platforms are designed to deliver high performance and scalability while maintaining a practical approach to system design, making advanced binder jetting technologies more accessible to a wider range of manufacturers.
With a focus on reliability, throughput, and integration, their systems are built to support modern digital manufacturing workflows.
