Stratasys Ltd. (SSYS), a leading player in polymer 3D printing and additive manufacturing solutions, is set to introduce its latest innovation, the F3300 Fused Deposition Modeling (FDM) 3D printer, at the upcoming Formnext conference in Frankfurt, Germany, from November 7 to 10. The F3300 promises enhanced accuracy, uptime, and doubled output, catering to the rigorous demands of manufacturing applications in sectors such as aerospace, automotive, government/military, and service bureaus.
Designed specifically for manufacturing applications by the pioneers of FDM technology, the F3300 is poised to become the most sophisticated industrial 3D printer in the market. Its advanced features are anticipated to redefine how additive manufacturing is utilized in complex industries. Noteworthy advancements include faster print speeds achieved through increased gantry speeds, faster extrusion rates, and autocalibration. The printer also boasts up to a 25% increase in accuracy and repeatability, along with autocalibration, leading to higher part quality and yields.
One of the key highlights of the F3300 is its focus on maximizing uptime. This is facilitated through machine monitoring, extruder redundancy, and an interface design prioritizing ease-of-use for human operators. Additionally, the F3300 offers cost savings, with a 25-45% reduction compared to other Stratasys FDM solutions, making it a financially viable option for manufacturers.
“The F3300 empowers customers to scale production without compromising on quality or efficiency,” stated Rich Garrity, Stratasys Chief Industrial Business Unit Officer. “This next-generation additive manufacturing system is a response to the challenges faced by global supply chains. It enables accelerated product development, fostering innovation, quicker time-to-market, and optimizing return on investment for our customers.”
Expected to be available for shipment in 2024, the F3300 joins Stratasys’ esteemed FDM family, complementing existing models like the F900, known for its reliability, high capacity, and utilization of high-performance materials. The introduction of the F3300 represents a significant step in enhancing additive manufacturing capabilities for the most demanding industrial applications.
