Area 10: 3D Printers and Scanner
AsorCAD 3D Scanner
- Available Quantity: 1 unit
- Official Supplier: AsorCAD Engineering
Subjects
- Analog Electronics
- Biomedical Systems and Prototyping
- TFG
Technical Description
The AsorCAD 3D Scanner is a metrology-grade three-dimensional optical scanning system engineered for high-precision reverse engineering and spatial digitization. Utilizing advanced structured light or laser projection technology, the scanner captures the precise physical topography of complex objects, translating organic contours into high-density digital point clouds. In biomedical applications, it serves as a critical link for capturing precise anatomical geometries, enabling the custom development of patient-specific prosthetics, orthotics, ergonomic medical devices, and highly accurate surgical models.
Technical Features & Capabilities
- Metrology-Grade Optical Accuracy: Captures exceptionally fine micro-details and complex geometric tolerances with high spatial resolution and repeatable precision.
- Rapid Surface Digitization: Non-contact optical sensors rapidly map target surface areas, transforming physical shapes into organized polygon meshes in seconds.
- Material Versatility Support: Efficiently scans a broad range of surface textures and reflective material finishes common in industrial and medical prototypes.
Software & Integration
- Compatible Software: Creaform (Proprietary software).
- Functionality: Operates alongside the proprietary Creaform software ecosystem to handle automated mesh generation, real-time alignment tracking, surface mesh optimization, and direct export to standard CAD environments for advanced reverse engineering.
3D Printer FormLabs Form3B+ Complete
- Available Quantity: 1 unit
- Official Supplier: SOLITIUM
Subjects
- Analog Electronics
- Biomedical Systems and Prototyping
- TFG
Technical Description
The FormLabs Form3B+ is an advanced, medical-grade Stereolithography (SLA) 3D printer utilizing proprietary Low Force Stereolithography (LFS) technology to deliver superior surface finishes and exceptional part accuracy. Optimized explicitly for biocompatible materials and healthcare manufacturing, it balances minimal peel forces with precise laser curing to build intricate, high-fidelity prototypes. Within biomedical engineering, it functions as an essential platform for fabricating functional mechanical components, medical device enclosures, custom microfluidic designs, and patient-tailored anatomical models.
Technical Features & Capabilities
- Low Force Stereolithography (LFS): Uses a flexible resin tank and a custom-engineered Light Processing Unit (LPU) to minimize mechanical stress on layers, maximizing part detail and consistency.
- Biocompatible Material Ecosystem: Fully optimized to print with a specialized suite of sterilizable and biocompatible resins tailored for clinical and laboratory evaluation.
- Automated Post-Processing Support: Integrates dedicated washing and curing systems to guarantee consistent mechanical properties and precise dimensional compliance across all fabricated parts.
Software & Integration
- Compatible Software: PreForm (Proprietary software).
- Functionality: Driven by the PreForm print preparation software, which features smart automatic orientation, optimized structural support generation, active layer slicing verification, and remote print queue management capabilities.