Learn core concepts, explore different technologies, and understand how additive manufacturing can transform your workflow. Download now and start your journey into the world of 3D printing.
Gel Blaster partnered with Stratasys Direct to produce durable prototypes for their new gel blasters in just two weeks, using SLS 3D printing technology and Nylon 12 GF for optimal strength. These prototypes were successfully showcased at the IAAPA trade show.
See how Gel Blaster utilized Stratasys Direct to make their prototypes a reality and quickly in time for the IAAPA trade show.
Explore how Stratasys Direct is revolutionizing automotive manufacturing through 3D printing. From enhancing rapid prototyping and boosting production efficiency to enabling custom designs, see how additive manufacturing is reshaping the industry and tackling current challenges head-on.
Discover Stratasys Direct's advanced 3D printing solutions for producing custom components quickly and cost-effectively. From low-volume to full-scale production, we ensure precision, flexibility, and efficiency for all your manufacturing needs.
Enhance production efficiency and quality with Stratasys Direct's 3D printed manufacturing aids. From jigs and fixtures to composite tools, our advanced solutions reduce lead times and costs, allowing you to adapt to evolving production demands quickly.
Discover how Stratasys Direct's 3D printing services streamline product design with rapid prototyping. Iterate quickly, test functional prototypes, and refine concepts to bring products to market faster.
Discover how to bridge the gap between DFAM and GD&T in 3D printing. Join our webinar to learn key considerations, best practices, and strategies for achieving precision and quality in AM production parts.
Ford used FDM 3D printing & Stratasys Direct to redesign the Mustang quarter glass alignment fixture, improving ergonomics, weight, and efficiency.
3D printing has a wide range of applications and uses. Learn more where it can be used and how it compares to other manufacturing processes.
