
Company Services & Solutions








Leading the future of additive manufacturing with innovative 3D printing solutions for global industries
A global pioneer in additive manufacturing technology, delivering innovation and excellence since 2015
Founded in 2015, Forgecise has been at the forefront of 3D printing innovation, driven by a simple yet powerful vision: to make advanced additive manufacturing accessible to businesses worldwide. Over the past decade, we have grown into a trusted global partner, proudly serving more than 5,000 clients across over 80 countries.
Forgecise specializes in comprehensive additive manufacturing solutions for industrial applications. We design, develop, and supply state-of-the-art 3D printing equipment for metal, plastic, and ceramic materials. In addition to hardware, we offer end-to-end services—including precision part production, material supply (such as high-performance alloy powders, engineering-grade plastics, and advanced ceramic powders), and tailored technical support.
Our expertise extends across multiple high-demand sectors, including aerospace, automotive, medical, construction, and shipbuilding. Recognizing that each industry has unique requirements, we provide customized 3D printing systems and turnkey production lines engineered to meet specific operational needs. Beyond hardware, Forgecise develops proprietary printing software that enhances workflow efficiency, print accuracy, and system integration—ensuring seamless adoption of additive technologies within existing manufacturing ecosystems.
Cutting-edge technology with continuous innovation
Comprehensive technical support and training
Global service network and local expertise
Custom solutions tailored to your needs
Engineers
Projects Completed
Various 3D printers
Offer a comprehensive range of additive manufacturing service
We have established an international-standard testing center equipped with over 100 advanced inspection instruments. This facility provides a robust platform for comprehensive performance testing of both metal powders and 3D-printed components.