Introduction to Stratasys Dimension SST 1200: Accuracy in Professional 3D Printing
In the rapid development landscape of industrial additive manufacturing Stratasys Dimension SST 1200 Represents a benchmark for reliability and performance. Launched in the mid-2000s, this Fusion Deposition Modeling (FDM) became a cornerstone for engineering teams, product designers and manufacturers, requiring high-fidelity prototypes and functional parts. Combining industrial-grade durability and user-friendly operation, the SST 1200 is carefully designed to provide direct accuracy, thereby bridging the gap between rapid prototyping and end-use parts production.
As a professional-grade machine, it integrates Stratasys’ signature soluble support technology (SST), allowing complex geometry to minimize post-processing. Whether you are iterating prototypes or producing fixtures for assembly lines, the consistency and material versatility of the SST 1200 make it a trusted ally in demanding environments.
Core specifications and functions
1. Build functions
- Build volume: 10 x 10 x 12 inches (254 x 254 x 305 mm).
- Layer resolution: Standard mode is 0.010 inches (0.254 mm); High resolution mode is 0.007 inches (0.178 mm).
- Supported materials:
- ABSPLUS™: The enhanced ABS variant provides high impact resistance and tensile strength with standard ABS. Ivory, black, white and colors such as red/green/blue for functional or aesthetic applications.
- Solubility Support: The water-soluble support structure (SR-30) enables complex designs such as internal channels or organic shapes.
2. Industrial-grade reliability
- Closed environment: Heat the chamber and maintain ambient temperature (up to 80°C) with minimal warpage and predictable layer adhesion.
- Self-monitoring: Automatic material loading sensors, nozzle cleaning procedures and calibration tools ensure consistent continuous downtime.
- Sealing frame: Reduce noise and ABS smoke to make it office friendly without special ventilation.
3. User Experience
- Catalystex® Software: Simplified workflow with automatic support for generation, pre-configured print modes and remote job monitoring.
- Material handling: Cartridge-based filament loading with RFID authentication for material integrity tracking.
- Plugin settings: Minimal calibration is required, emphasizing accessibility for technicians, rather than 3D printing experts.
4. Durability and lifespan
- Designed for continuous operation of industrial steel frames.
- Stable printed bed leveling systems maintain accuracy for thousands of hours.
- Simple repairs reduce ownership costs and life cycle issues.
Real-world applications
Stratasys Dimension SST 1200 excels in precision and repeatability in scenes:
- Functional prototype: Use ABSPLUS™ toughness, stress test snapshots to fit components or load parts.
- Manufacturing auxiliary tools: Create custom fixtures, alignment guides, or ergonomic fixtures optimized for production workflows.
- Education and R&D: Universities and laboratories deploy it to teach designs that either additive manufacturing (DFAM) or validate concepts.
- Bridge production: Short-term end-use components such as housings, tool fixtures and brackets in the environment without a tool budget.
Advantages over competitive technology
While the new printer offers a more flickering feature, the SST 1200 retains unique advantages:
- Support removal: The SST dissolves in the cleaning solution, eliminating the manual scratch damage seen in the manual scratch printer.
- Material integrity: ABSPLUS™ outperforms hobby-grade filaments in thermal stability and strength.
- Total Cost of Ownership (TCO): Reduce maintenance costs and longer service life with low-end industrial systems.
However, note that the output needs to make the smooth surface complete – steam smooth or light-sanding is typical.
in conclusion
The Stratasys Dimension SST 1200 remains a staunch in engineering-centric 3D printing, providing a balanced triad of reliability, accessibility and functional output. This is ideal for teams that prioritize accuracy over speed or aesthetics. Although newer printers have greater build volume or specialist materials, the lasting value of the SST 1200 lies in its uncompromising establishment consistency and low operating friction. For engineers, educators, or workshops who need a reliable workhorse, the system continues to provide ROI by simplifying the journey from CAD files to the verified section.
Work with your precision manufacturing expert Greatlight
exist GreatWe improve the functionality of the STST 1200 by pairing Stratasys sizes with our Elite Rapid Prototyping Service. As a professional rapid prototyping manufacturer, we utilize advanced SLM 3D Printer For metal parts as well as for FDM systems, solve complex prototype challenges with speed and expertise. Our One-stop post-processing– Includes steam smoothing, painting, plating and CNC finishes – Make sure your parts are ready. We specialize in custom materials and geometric shapes for the medical, aerospace, automotive and robotics industries.
Why choose Greatlight?
- Protocol-driven quality control conference AS9100/ISO 13485 standard.
- 24-hour quick quotes and turnaround: Get precision parts in a few days rather than weeks.
- Cost efficiency without sacrificing tolerance accuracy (±0.1-0.5mm).
As one of China’s leading rapid prototyping partners, we tailor solutions to your exact specifications. Customize your precision parts with Greatlime today at the best pricing in the industry!
FAQ section
Q1: How long does it take to print an average part on a size SST 1200?
one: Printing time varies by geometry, resolution and density. Fist-sized objects usually take 8-12 hours in standard mode. High resolution mode can extend duration by about 25%.
Q2: What makes Absplus™ superior to universal ABS?
one: Compared to basic ABS, ABSPLUS™ offers 40% higher tensile strength and 26% higher bending strength, reducing wear resistance and improving mechanical properties for load testing.
Q3: Can the SST 1200 print parts for end-use applications?
one: Yes! ABSPLUS™ is durable enough to be suitable for non-critical components such as housings, fixtures and housings. Post-treatment (such as smoothing/sealing) improves wear resistance.
Q4: How difficult is soluble support removal?
one: Immerse the parts in a heated cleaning solution (e.g., wave 55) for 4-8 hours. Supports complete dissolution without tools, thus retaining exquisite functionality.
Q5: Does this printer require a dedicated operator?
one: Due to automatic calibration and cartridge-based materials, minimal training is required. Many workshops allocate supervision rather than full-time operators.
Q6: What are the common post-processing options for SST 1200 output?
one: Options include steam smoothing (for smooth finishes), grinding/priming coating, CNC machining for tight tolerance features, or dyeing for color consistency.
Question 7: Why choose Greatlight for projects involving Stratasys SST 1200?
one: We provide unparalleled expertise to optimize printing orientation, material selection and completion workflow. Our hybrid approach (3D printing + secondary CNC/Post-Pro) ensures unrivalled solutions with excellent fidelity and surface quality.
