BioMed Flex 80A Resin (Form 3) 1 L

Product Description:

• BioMed Flex 80A Resin is designed to achieve new design possibilities and efficiencies in 3D printing, particularly for flexible biocompatible medical devices and anatomical models. It is suitable for applications requiring biocompatibility with short-term mucosal membrane contact.
• This material is manufactured within a robust Quality Management System, adhering strictly to ISO 13485 standards. It is USP Class VI certified, ensuring suitability for biocompatible applications with long-term skin contact (over 30 days) and short-term mucosal membrane contact (less than 24 hours).
• The resin is ideal for producing flexible medical devices or firm tissue models that can optimize mass personalization applications versus using cumbersome molds.
• It is also transparent, allowing for the production of complex transparent firm tissue models, which can be directly used in operating rooms as a reference for complex medical procedures, like sizing models, cartilage models, or disease organs.

What’s Included:

• 1 Liter of BioMed Flex 80A Resin.

Key Features:

• Flexible: Suitable for producing medical devices that require a combination of flexibility and firmness.
• Transparent: Allows the creation of clear, firm tissue models for medical applications.
• Medical-Grade Material: Ensures safety and compliance for medical applications with certifications for biocompatibility.
• Manufactured in ISO 13485-certified facility: Ensures high standards of quality and safety.

Applications:

• Direct 3D printing of flexible parts requiring biocompatibility.
• Production of flexible, patient-specific medical devices.
• Creation of firm tissue medical models for surgical reference.

Material Properties:

• Ultimate Tensile Strength: 7.2 MPa
• Stress at 50% Elongation: 2.6 MPa
• Stress at 100% Elongation: 4.5 MPa
• Elongation: 135%
• Tear Strength: 22 kN/m
• Hardness Shore A: 80A

BioMed Flex 80A Resin is an excellent choice for the manufacturing of flexible, biocompatible medical devices and components, particularly suited for applications requiring a balance between flexibility and structural firmness.