An ergonomic, 3D-printable steerable catheter handle engineered for rapid prototyping and volume production. Precise bidirectional deflection control, a self-locking lead screw, and full FDM printability let your team go from bench test to clinical validation without designing a handle from scratch.
Modular interface supports 1.5Fr to 24Fr sheaths with up to 2" of travel — no custom fixturing needed.
Self-locking lead screw provides smooth, predictable bidirectional tip deflection with no drift under load.
40mm grip diameter optimized for physician comfort across the 5th to 95th hand size percentile.
100% FDM-optimized geometry. Print in PLA or PETG for immediate bench testing — no tooling, no lead time.
| Model Number | DC-3002 |
| Sheath Compatibility | 1.5 – 24Fr |
| Travel | Up to 2 inches |
| Bending Range | Bidirectional |
| Control Interface | Slider-driven, self-locking lead screw |
| Grip Diameter | 40mm |
| Materials | PLA, PETG |
| Design Format | Native FreeCAD (.FCSTD) and STEP |
| Manufacturing | FDM 3D printing |
Use the OpenGrip Duo to validate your catheter's performance. No upfront cost — just download, print, and test.
When you're ready to move beyond the standard platform, we translate your specific requirements into a production-ready design.
We manage the transition to medical-grade materials and ISO-certified manufacturing via our global partner network.
Design files and documentation are available to qualified teams. Contact us to request access — we typically respond within one business day.
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