H350™
The Stratasys® H350™, powered by SAF™ technology, offers medical and dental professionals, labs, and medical device companies an ideal solution for scaling up medical and dental manufacturing while maintaining regulatory compliance when producing end-use parts, surgical guides, and anatomical models with complex geometries.
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SAF™ (Selective Absorption Fusion) Printing Technology
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315 x 208 x 293 mm Build Volume
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100 μm Layer Thickness
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Powder and Fluid (HAF™) Materials
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11.62 hours Time To A Full Build
Repeatable Consistency
For healthcare applications, the Stratasys® H350™'s remarkable accuracy and consistency in high-volume production is revolutionary. Its Big Wave powder deposition, special heat control, and Selective Absorption Fusion (SAF™) technology guarantee repeatable fabrication of parts with consistent, smooth surfaces.
For the creation of precision medical equipment, surgical guides, and dental prosthesis that demand great dimensional accuracy and surface quality, this degree of consistency is essential. The H350™ is especially useful for creating big batches of dental aligners or patient-specific implants because it can maintain precise tolerances throughout high build volumes. Every component satisfies the exacting criteria needed in medical manufacturing because of the consistent temperature profile throughout the build area, which removes inconsistencies in part quality.
Biocompatible Parts
The H350™'s use in healthcare settings is greatly increased by its capacity to manufacture biocompatible parts. It can process materials like SAF™ PA11, SAF™ PA12, SAF™ PP and PTG PA12w, which are essential for medical-grade products since they satisfy ISO 10993-10 (Skin Irritation & Sensitization) and ISO 10993-5 (Cytotoxicity) standards. The creation of dental appliances, implants, and end-use medical devices that may safely interact with the human body is made possible by this biocompatibility.
The potential for individualized healthcare solutions is increased by the printer's capacity to produce intricate geometries that enable the production of patient-specific designs. For example, it can create custom-fit prostheses that precisely match a patient's anatomy or complex lattice structures for bone scaffolds.
This blend of architectural flexibility and biocompatibility creates new opportunities for cutting-edge medical interventions and better patient outcomes.
Cost-Effective and Productive
Healthcare professionals now have unheard-of control over their production process and expenses thanks to the H350™. Its seamless adoption in medical production environments is made possible by its software compatibility with industry-standard tools like Netfabb, which makes integration into current workflows simple.
With up to 80% of the powder being reusable, the printer's effective powder management system drastically cuts down on material waste and part costs. Because of its great productivity and affordability, the H350™ is a desirable choice for medical labs and device manufacturers who want to increase output without sacrificing quality. The capacity to manufacture components internally lessens dependency on outside vendors, resulting in shorter lead times and facilitating quick iterations in the creation of medical devices.
Additionally, the data-driven production process of the H350™ meets documentation and traceability requirements that are essential for regulatory compliance.
Functional Parts
The H350™ stands out as a complete solution for healthcare practitioners due to its adaptability in creating a variety of healthcare applications. It is excellent at producing robust, load-bearing parts like surgical tools and medical device housings, as well as functional parts with moving parts like hinges and snaps.
Long-lasting medical equipment and prosthetics benefit greatly from the printer's capacity to create parts with exceptional durability and impact resistance. Because of its adaptability, medical institutions can combine several production procedures into a single, effective 3D printing solution.
The H350™ can manage a variety of needs in a single system, including anatomical models for surgical planning, personalized surgical guidance, and even finished dental aligner models.
Built For Production
The H350™ is ideal for continuous production due to certain features. Its unidirectional, in-line design, which uses two carriages for printing, fusing, and recoating, guarantees constant temperature and time profiles across the build area, producing incredibly precise functioning parts that are essential for healthcare applications.
It has a sophisticated temperature control system with a high-resolution thermal camera that ensures constant part quality by maintaining accurate, layer-by-layer temperature control.
The H350™ also comes with workflow accessories, such as the Stratasys® H350™ build removal box, which makes it easier to remove finished builds from the printer, the build box transport trolley, which works in tandem with the build removal box to make it easier to move the finished builds, and the Stratasys® H350™ powder containers, which make refilling and storage simple.
Applications
Surgical Simulators
Mass produce bone structures and anatomical parts for functional, realistic surgical simulators to provide hands-on training for ultrasound and fluoroscopy-guided interventions across multiple medical specialties.
Dental Aligners and Models
Produce high-volume, accurate dental parts such as models for aligners with biocompatible materials with smooth surface finishes.
Surgical Guides and Planning Models
Print complex geometries suitable for patient-specific surgical guides and anatomical models to enhance surgical planning, minimize patient discomfort, and potentially speed up recovery.
Medical Device Prototyping and Production
Rapid prototype and produce end-use parts for medical devices with functional parts, complex shapes and moving components to develop and manufacture innovative medical equipment.
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