Biocompatibility of MED610 PolyJet Material in Gas Pathway Applications.

3DMan engaged a third-party laboratory that conducted a MED610 material evaluation and found minimal biocompatibility risk in use for gas pathway components in respiratory and ventilator equipment. The evaluation was performed by experts in the field who based their conclusion on a set of biocompatibility tests for which the material was already approved and assessed the residual risk to meet ISO 18562-1 (Biocompatibility evaluation of breathing gas pathways in healthcare applications).

The risk assessment is specific for COVID-19 emergency scenarios when the material is used to print minority components in a dry or humidified gas pathway, where the part is not expected to be submerged in liquids.

If you are looking for Medical 3D Printing this blog can be helpful for you.

Overview

Prototype different medical and dental products with MED610 Polyjet material that offers excellent visualization and great dimensional stability. This material (bio-compatible) features high dimensional stability and colourless transparency and is ideal for applications with skin contact for more than 30 days, and mucosal-membrane contact of up to 24 hours. Bio-compatible material has five medical approvals including cytotoxicity, genotoxicity, delayed-type hypersensitivity, irritation, and USP plastic class VI. Use its capabilities to create models with an incredible array of fine details and minute structures that look, feel and function like actual human tissue, with true haptic feedback. And do all of this in a single print operation with minimal to no finishing steps like painting, sanding or assembly.

Material Performance

For medical prototypes and products these biocompatible materials offer excellent visualization and great dimensional stability.
Use the proprietary validated applications offered to mimic human cardiac and vascular anatomy from actual patient scans. Select from a range of anatomical details and tissue properties to integrate into your model. Construct heart models with functional cords, annuls, valves and calcification. Vary compliance in vascular models to replicate both healthy and diseased vessels.

Achieve Efficiency Gains

Because the J750 Digital Anatomy printer allows you to produce anatomies that feel and behave like the real thing, it reduces the necessity for animal and cadaver labs allowing you to test and train anywhere. That means a reduction in training and procurement costs. It also means improved ethical practice, because it minimizes the use of animals for device testing and surgical training.