01
Engineering foundationDesign & Development
- Requirements and concept refinement
- Design for manufacturability
- 3D modeling and design iteration
- Material and process evaluation
Capabilities
Connected Support from Design Through Build
SharMed connects engineering, rapid prototyping, evaluation support, precision assembly, and full scale manufacturing so learning stays with the program.
Discuss Your Program
Development capabilities
Purpose-Built Support for Early Device Programs
Scope, responsibilities, acceptance criteria, and any specialized providers are defined for each engagement.
02
Physical learningRapid Prototyping
- Prototype planning and builds
- Catheter reflow and lamination
- Thermal and adhesive bonding
- Tipping, flaring, and marker-band placement
03
Evidence and iterationEvaluation Support
- Dimensional and visual inspection
- Functional and bench testing support
- In-vitro evaluation planning
- Coordination with qualified specialized providers
04
Transfer-ready executionFull Scale Manufacturing
- Precision catheter assembly
- Process development and work instructions
- Pilot-build support
- Build records and transfer preparation
Materials & technologies
Choices Informed by the Application
SharMed works with a variety of materials applicable to medical devices, including, but not limited to, plastics, polymers, fluoropolymers, metals, and lubricious coatings.
Evaluation & regulatory context
Evidence Planned Around the Program
Bench testing, in-vitro evaluation, and regulatory planning should develop alongside the device—not appear as disconnected tasks at the end.
When specialized in-vivo, laboratory, clinical, or regulatory work is required, responsibilities and qualified providers are identified during project scoping. Website descriptions do not imply that SharMed independently provides every specialized service.
Review the quality approach