EP-P420 SLS 3D Printer
EP-P420 adopts polymer powder bed fusion (PPBF) technology, with max up to 420 x 420 x 465 mm building cylinder, EP-P420 ensures you the capability to print medium & large size parts for customized products and small batch produc- tion. Thanks to its innovative software and hardware, the EP-P420 is well designed user-friendly and cost-effective.
Canada's Leader in 3D Innovation
High Performance
The EP-P420 SLS 3D Printer is engineered for exceptional precision, thermal stability, and material efficiency. Its redesigned build architecture eliminates the traditional left and right excess material boxes, resulting in significantly higher powder utilization and reduced waste. An optimized real-time temperature management system maintains temperature field fluctuations within ±1.0 °C, ensuring consistent thermal conditions throughout the build.
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To further enhance printing quality, the EP-P420 features an advanced optical scanning path strategy, enabling the production of parts with superior detail and excellent surface finish. The printer incorporates a chip-type heating system capable of reaching temperatures up to 230 °C, allowing for faster, more uniform heating and expanding compatibility with a broader range of high-performance polymers.
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The machine also ensures mechanical consistency, with discrete variation in part properties kept under 5% across full-scale builds. Additionally, its dual-probe temperature field detection system, equipped with self-calibration functionality, offers enhanced stability and security during operation. Together, these features make the EP-P420 a powerful and reliable solution for industrial-grade SLS printing.
High Efficiency
The EP-P420 SLS 3D Printer is built for high-efficiency production, offering powerful performance and thoughtful engineering to support demanding industrial workflows. With a 120 W laser, the printer delivers significantly faster printing speeds, accelerating turnaround times for both prototypes and end-use parts. A diaphragm pump system is used for powder loading, minimizing vibrations in the main machine and ensuring greater operational stability.
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The printer features a removable molding cylinder, enabling dual-cylinder alternating printing, which boosts efficiency by allowing one cylinder to cool while the next build begins. For ease of upkeep, detachable optical protective windows make daily maintenance simple and tool-free.
With open-source printing parameters, users can fine-tune settings or develop and validate new materials for custom applications. A distinctive scanning strategy further enhances productivity by reducing scan time without compromising quality.
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Efficiency is also supported by a real-time powder feeding system, which minimizes material waste, and a large-volume powder dispenser that enables single-load feeding for full builds. Finally, the EP-P420 is compatible with an auxiliary machine that supports one-to-two functionality, making it a cost-effective solution for facilities running multiple printers in parallel. Together, these features position the EP-P420 as a high-performance, high-efficiency SLS solution for advanced additive manufacturing environments.
User Friendly & Intelligent
The EP-P420 SLS 3D Printer is designed with user-friendly and intelligent features that simplify operation and enhance the overall user experience. With one-click scanning path generation and one-click print initiation, the system streamlines setup and execution, allowing users to launch print jobs quickly and easily with minimal training or manual input.
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To support traceability and quality control, the EP-P420 also includes automatic printing report generation, enabling users to track the entire printing process with detailed documentation. In the event of an issue, the printer features automated malfunction handling, which detects and responds to errors in real time—preventing potential equipment damage and reducing downtime. These smart, intuitive functions make the EP-P420 a highly accessible and dependable choice for efficient industrial 3D printing.
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