What is the Dimension SST 1200? The Dimension SST 1200 is a professional FDM (Fused Deposition Modeling) 3D printer developed by Stratasys, designed for high-strength prototyping and precise part fabrication using ABSplus™ thermoplastic. The "SST" stands for Soluble Support Technology, which allows for complex geometries and internal structures by printing with dissolvable supports. Although it’s part of an earlier generation of Stratasys systems, the SST 1200 continues to be a robust and reliable choice for engineers, designers, and educators who need functional, real-world parts with excellent material properties. Why Use the Dimension SST 1200 On-Premise in Our Lab? Working with the Dimension SST 1200 on-premise in our lab gives you direct, immediate access to a high-performance 3D printer—ideal for detailed prototyping, iterative design, and educational instruction. Our lab environment supports both guided and independent use, ensuring you have the tools, space, and technical backup you need. Key Benefits of On-Site Use: • Expert In-Lab Support: Work alongside knowledgeable staff who can assist with setup, material loading, and troubleshooting in real time. • Ready-to-Use Setup: No need to bring your own equipment or worry about setup—we handle calibration, pre-heating, and material preparation. • Access to Post-Processing Tools: Use our dedicated cleaning station to safely dissolve support material and finish your parts on-site. • Reliable Infrastructure: Enjoy a professional fabrication space with stable power, ventilation, and workspace optimized for 3D printing. • Perfect Condition Guarantee: The SST 1200 is kept clean, maintained, and print-ready at all times. At a Glance • Model: Dimension SST 1200 • Manufacturer: Stratasys • Technology: FDM (Fused Deposition Modeling) • Rental Type: On-premise use only – book your lab time directly • Ideal For: Engineers, product designers, STEM educators, and prototyping professionals Technical Specifications • Build Volume: 254 x 254 x 305 mm (10 x 10 x 12 inches) • Material: ABSplus™ • Support System: Soluble support material (dissolves in a water-based solution) • Layer Thickness: 0.254 mm • Heated Build Chamber: Yes – ensures dimensional stability and stronger adhesion • Software: CatalystEX™ • Connectivity: Network-enabled for reliable data transfer Applications and Use Cases • Functional Prototypes: Produce durable, test-ready parts with realistic mechanical properties. • Complex Geometries: Take advantage of soluble supports to create intricate, interlocking, or hollow structures. • Educational Demonstration: Perfect for demonstrating advanced additive manufacturing processes in real-time. • Mechanical Testing: Build accurate brackets, joints, and enclosures that can be drilled, assembled, and tested. • Iterative Design: Quickly refine product designs with multiple prototypes in a professional lab setting. Considerations and Advantages • Soluble Support Removal: Unlike older breakaway systems, supports on the SST 1200 dissolve cleanly—no surface damage or manual cleanup. • Consistent Print Quality: The heated chamber and advanced print head system result in strong, dimensionally accurate parts. • Material Performance: ABSplus delivers enhanced durability, impact resistance, and surface finish. • Improved Workflow: Compared to earlier Stratasys models, the SST 1200 offers better uptime and reduced manual intervention. • Professional Lab Access: Use of this machine in a clean, well-maintained space offers a more stable and controlled fabrication experience than desktop alternatives. Maintaining and Optimizing Performance • Lab-Calibrated Machines: We handle all calibration, material loading, and maintenance so you can focus on your project. • Support Removal Station: Access our ultrasonic bath and cleaning station for safe and effective support removal. • Dedicated Print Prep Stations: Use in-lab software tools and computers to prepare STL files and slice with CatalystEX™. • Real-Time Staff Guidance: Technicians are available to help with design adjustments and printer operation.