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- A Tunable, Biodegradable Drug Delivery with Hydralese® For Long - Acting Implant
- Accelerating Medical Device Design with Off-the-shelf Fabrics and Polymers
- Advancing Vascular Device Performance Through Applied Polymers and Textiles
- Aerospace Performance Materials Case Study Antenna Mesh
- Carbon Nanotubes Data Sheet
- Cardiovascular Case Study Polymer Extrusion and Reverse-engineering
- Choosing Wisely: Optimizing Medical Textiles To Enhance Cardiovascular Devices
- Coalescer Fabric Data Sheet
- COMPAMED 2026
- Controlled Release of Proteins with Hydralese® Formulations For Long - Acting Implants
- Designing Catheter Sheaths for General Surgery
- Designing Vascular Access Sheaths for Complex Interventions
- Developing Low-Pressure Balloons for General Surgery
- Developing Low-Pressure Balloons for Vascular Procedures
- Developing the Right Low-pressure Balloons for Medical Device Applications
- Ensuring Business Continuity: The Fundamental Components of a Secure Supply Chain
- Exploring the Benefits of Polyurethane Thin-film Welding for Medical Device Applications
- Four Common Types of Cryogenic Studies for Advanced Therapies
- General Surgery Applications
- How Radiopaque Polymer Formulations for Medical Devices Enhance Imaging Technology
- How Single-use Cryopreservation Solutions Enable Biopharmaceutical Manufacturing
- Hydralese® Resorbable Polymer Platform For MedTech Innovation
- Hydralese®: A Tunable Polymer Platform for Long-Acting Drug Delivery
- HydraleseRx Data Sheet
- Implantable Biomaterials Revolutionize Neurovascular Devices
- John Witkowski Appointed President & CEO of Solesis
- Knit Gold Antenna Mesh Data Sheet
- Leveraging Single-use Solutions to Solve Working Cell Bank Challenges
- Life Sciences Applications
- Long-acting Controlled Release for Drug Delivery with Hydralese®Rx
- Low- & Ultra-low- profile Medical Fabric Data Sheet
- Medical Device Design: The Benefits of Partnering Early with an Expert Textile Supplier
- Mitigating Cryopreservation Risks with a Single-Use Solutions Partner
- Neurovascular Case Study Textiles Braiding and Engineering
- Optimization of Nanoparticle Delivery of Nucleic Acids to Cells Using Poly(glycerol ester)
- Partnering for Vascular Innovation: How Solesis Advances the Next Generation of Devices
- Payload Delivery Using Poly(glycerol ester) Polymers
- Pluristyx and Solesis Announce Strategic Collaboration to Advance Organoid and Cell Therapy Solutions
- Q&A: Solesis’ Perspectives on Building Strong Textile and Polymer Medical Device Component Partnerships
- Selecting The Right Single-Use Materials In Biopharmaceutical Manufacturing
- Sketch To Scale: The Importance Of Relationship-Building At The Prototyping Stage
- Solesis Opens Costa Rica’s First Dedicated Manufacturing Facility Supporting Applied Biomaterial Solutions for Healthcare
- Solesis Thin and Low Water Permeability Textile Scaffolds with Microdenier Fiber for Cardiovascular Applications SIBF 2025
- Solesis' Capabilities for Developing Applied Biomaterial Solutions
- Streamline Medical Device Design By Engaging Early With a Biomaterials Expert
- Streamline Therapeutic Development by Overcoming Single-Use Customization Misconceptions
- The Evolution of Structural Heart Innovations
- The Three Types of Film Extrusion Shaping Medical Innovations
- Unleashing Multiphysics Modeling for Drug Implant Design
- Vascular Applications