Stratasys F3300

Stratasys F3300 – High-Performance Industrial Additive Manufacturing

The Stratasys F3300 sets new standards in industrial additive manufacturing, delivering faster production, increased reliability, and enhanced part quality. Its advanced system architecture and process control make it a powerful solution for demanding manufacturing environments.

Key Features

• High-Throughput Production: Up to twice the speed of conventional systems, reducing cycle times.
• Large Build Capacity: 600 x 600 x 800 mm, ideal for large components or batch production.
• Advanced Material Compatibility: Supports high-performance engineering thermoplastics like ASA, PC, ULTEM™ 9085, and FDM Nylon 12CF.
• Automated Workflow: Intelligent material handling with four high-capacity spool bays for extended production runs.
• Optimized Accuracy: Precision-controlled extrusion ensures repeatable, high-quality part production.

Industrial Applications

• Aerospace & Defense: Lightweight, durable components with heat and chemical resistance.
• Automotive Manufacturing: Functional prototypes, jigs, and end-use parts with high mechanical strength.
• Medical & Healthcare: Custom medical devices and durable tooling solutions.

Why Choose the Stratasys F3300?

The F3300 is engineered for industrial-scale manufacturing, offering increased output, advanced automation, and exceptional material versatility. Whether for low-volume production, customized components, or tooling solutions, it delivers reliable performance for businesses aiming to scale efficiently and cost-effectively.

The Stratasys F3300 utilizes large-capacity material spools, each holding approximately 4,100 cm³ (250 in³) of filament. This high volume reduces the need for frequent material changes and supports long, uninterrupted print jobs.

The spools are housed within an actively heated and dried material bay that maintains optimal printing conditions by preventing moisture absorption – particularly important for high-performance materials like Nylon 12CF.

The system accommodates up to four spools simultaneously, allowing flexible configurations such as multiple model materials or combinations of model and support materials. This setup is engineered for maximum production efficiency in high-throughput environments, where minimizing downtime is critical.