Laser-Cut Hypotubes

Precision laser-cut hypotubes enable sophisticated catheter designs by creating engineered flexibility profiles that balance steerability, column strength, and torque response. Meddux provides engineering guidance on hypotube pattern selection and manufacturability, then sources and integrates laser-cut hypotubes from trusted suppliers and partners to meet each device's performance requirements. Every cut pattern is selected to match the mechanical and clinical requirements of the intended application.

Meddux works closely with laser cutting partners across stainless steel and nitinol tubing, helping engineers fine-tune articulation, flexibility gradients, and torsional performance across the device shaft. Pattern geometry, cut density, strut configuration, and material selection are guided by Meddux's engineering team to achieve predictable mechanical behavior while maintaining manufacturability and long-term reliability.

Engineering expertise in steerable catheter hypotubes extends to the development of minimally invasive articulating hypotubes that require controlled deflection, responsive navigation, and consistent performance through complex anatomical pathways. Each hypotube design is refined through iterative engineering and performance evaluation, delivering precision components that support the next generation of minimally invasive medical devices.