Form 4B Medical

Key Features of Form B Medical:

1. Designed for Medical Applications

• Built specifically for healthcare environments, ensuring compliance with medical standards and certifications.
• Supports biocompatible materials for creating patient-specific devices and instruments.

2. Stereolithography (SLA) Technology

• Advanced SLA technology provides high-resolution prints with smooth finishes.
• Ideal for intricate and precise medical applications requiring tight tolerances.

3. Wide Material Compatibility

• Compatible with Formlabs Medical Resins, including:
  • Surgical Guide Resin: For biocompatible surgical tools.
  • BioMed Clear Resin: For transparent, biocompatible components.
  • BioMed Amber Resin: For durable, biocompatible parts.
  • Custom Resins: For research and specialized applications.
• All materials meet stringent biocompatibility and sterilization standards (ISO 13485).

4. High Efficiency and Speed

• Produces parts quickly, supporting tight timelines in medical workflows.
• Batch printing capability allows for production of multiple parts simultaneously.

5. Streamlined Workflow

• Integrated with Formlabs’ PreForm Software, which simplifies the preparation of medical-grade prints.
• Dashboard Software tracks usage, materials, and performance remotely.

6. Compact and User-Friendly

• Touchscreen Interface: Intuitive operation for users of all experience levels.
• Automated Resin Dispensing: Reduces waste and ensures material consistency.
• Compact design suitable for hospitals, research labs, and clinics.

7. Post-Processing Made Easy

• Compatible with Form Wash and Form Cure for automatic cleaning and curing, ensuring that printed parts meet medical-grade requirements.

8. Certification and Compliance

• Certified to meet ISO 13485, ensuring that all parts are suitable for medical use.
• Supports both autoclaving and chemical sterilization processes for biocompatible materials.

Applications in Medicine:

• Surgical Guides: Custom-fit guides for precise surgeries.
• Anatomical Models: Patient-specific models for pre-surgical planning and education.
• Medical Devices: Custom prosthetics, splints, and orthotics.
• Research and Development: Prototypes and tools for testing and innovation.
• Dental Applications: Surgical guides, aligners, and splints.
• Wearable Devices: Biocompatible components for long-term contact with the body.