01 / Precision Extrusion
Medical Device
Precision Extrusion
From simple single-lumen tubing to complex multi-lumen, tapered, balloon, and overjacketed constructions, Cordica builds it in-house, engineered around the device it serves.
02 / Extrusion Capabilities
From simple tubing to complex extrusion architecture.
Lumen count, wall construction, material selection, and downstream processing all shape the extrusion strategy, long before the tubing reaches assembly.
Active architecture
Single-Lumen
A single controlled channel, holding tight ID and OD tolerances down to 0.00075-inch walls where the application calls for it. The starting architecture most other extrusion builds extend from.
Up to 14
Lumens within a single extrusion
Down to 0.00075 in.
Wall thickness for applicable designs
As little as 3 days
Custom extrusion lead time
03 / Tubing Architecture
Geometry designed around the device.
Architecture mode
Single Lumen
A single, tightly toleranced channel built to carry one fluid, guidewire, or mechanical pathway.
Technical References
Catheter tubing construction references
04 / Materials + Process
Material choice and processing are part of the same decision.
Material selection affects flexibility, surface friction, bonding, and how the tubing behaves downstream in catheter or component assembly. Material and process get evaluated together, not in sequence.
Explore Advanced Materials →
Material family
Proprietary compounds: PebaSLIX®, PolySLIX™, NyloSLIX®, FluoroSLIX®.
Process capability
Device requirement
05 / Development to Scale
Extrusion development, built with production in view.
01
Develop
Start from what the device actually requires, then work backward to geometry and material.
02
Refine
Pressure-test the process against everything that happens downstream of it.
03
Control
Build repeatability and inspection into the process itself, not bolted on afterward.
04
Scale
Get the process production-ready for the volume the program actually needs.
06 / Applications
Tubing architecture shaped by the application.
01 / Market
Interventional Cardiology
Extrusion work for delivery systems, structural heart components, EP shafts, and vascular access, where tolerance and consistency carry the most weight.
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02 / Market
Interventional Neurovascular
Tubing built for microcatheters and aspiration systems, where lumen count and wall thickness are working at their tightest limits.
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03 / Market
Robotic-Assisted Surgery
Catheter and instrument components for robotic platforms, built around what steerable systems actually demand.
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04 / Market
Drug Delivery
Fluid pathway tubing engineered for precise, repeatable delivery, not just containment.
Explore Market →07 / Connected Expertise
Expertise connected around the extrusion.
Advanced Materials
Where polymer selection and Cordica's proprietary compounds get weighed against geometry and process.
→02Design & Development
Where tubing architecture meets engineering, prototyping, and manufacturability review before anything scales.
→03Automated Assembly & Packaging
What happens to an extruded component once it moves into assembly, inspection, and production.
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