PostPro SFX
The ability of the PostPro SFX to create smooth, sealed, and sterilizable surfaces on 3D printed parts makes it an ideal choice for labs, medical device companies, and dental and medical professionals. It is perfect for small-scale production and research and development in medical settings because of its automated recipe system, small desktop design, and interoperability with multiple 3D printing technologies.
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Automated Chemical Vapor Smoothing Post-Processing Technology
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190 x 320 x 190 mm Chamber Dimensions
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11,5 Liter Chamber Volume
Outstanding Finishing
The surface enhancing features of the PostPro SFX are revolutionary for dentistry and medical applications. In addition to producing visually beautiful components, the vapor smoothing method meets vital practical requirements in the medical industry.
It greatly lowers the chance of bacterial colonization, which is crucial for implants and medical equipment, by sealing the surface and removing microscopic pores. The enhanced surface polish enables the improvement in patient comfort, especially in custom-fit medical equipment and dental prosthesis.
Additionally, the procedure fortifies the components, extending their durability and dependability in harsh medical settings. This characteristic is especially useful for medical instruments that are handled regularly or load-bearing implants.
Small Footprint
The PostPro SFX's compact footprint of only 450 x 500 x 845 mm signifies an innovation in medical manufacturing. Large, industrial-scale equipment was traditionally needed for high-quality surface polishing, which frequently required outsourcing.
Medical institutions can significantly cut lead times by bringing this capacity in-house. This is important for patient-specific applications like surgical guides or customized prosthesis. Installation in space-constrained settings, such as dental labs or small medical device startups, is made possible by the compact footprint.
Rapid prototyping and personalized treatment techniques are made possible by this accessibility, which enables medical practitioners to make short design iterations. On-demand part processing also lowers the requirement for inventory, which lowers costs and boosts workflow effectiveness.
Consistent and Compliant
Consistency and compliance are two crucial requirements in medical manufacturing that are met by the PostPro SFX's automated recipe system. In a field where accuracy and consistency are essential, this feature guarantees that each batch satisfies the same exacting requirements.
The system's capacity to remember and preserve particular recipes is very useful when creating medical devices that adhere to regulations. It makes it easier for medical institutions to maintain quality over staff changes or shifts by minimizing human error and lowering the learning curve for new operators.
Higher throughput is also a result of processing time efficiency, which allows medical facilities to satisfy the growing demand for specialized medical solutions without sacrificing turnaround times or quality.
Broad Compatibility
The PostPro SFX is a versatile device in the medical and dentistry professions because of its wide compatibility with many 3D printing processes and materials. Because of its adaptability, a single machine can support several applications or departments in a medical facility.
For example, the dental department can use it to smooth dental models, and a hospital could use it to complete patient-specific surgical instructions printed in PA12. Soft tissue prostheses and flexible medical devices are made possible by the continuous improvement of compatibility with elastomers.
Medical and dental institutions can use this flexibility to future-proof their investment by embracing new printing technologies and materials as they become available without having to replace existing post-processing equipment.
Applications
Orthodontics and Dental Prosthetics
Smooth and seal 3D printed dental models, crowns, bridges, dentures, and orthodontic appliances to enhance the surface finish, making these items more comfortable for patients and resistant to bacterial growth
Custom Medical Devices and Implants
Post-processing custom implants, prosthetics, and medical devices to improve surface quality and mechanical properties of these parts, making them more durable and suitable for medical use.
Surgical Guides and Tools
Enhance 3D printed surgical guides and tools, ensuring they have smooth, sealed surfaces that are easily sterilizable to maintain hygiene standards in medical settings.
Medical Research and Prototyping
Finish 3D printed prototypes and research models to ensure consistent results, which is essential for reproducible research outcomes.
Compatible Materials
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