Internal Catheter Manufacturing Capabilities

Allows the user to analyze and predict the mechanical characteristics of catheters. Aids in efficient translation of design inputs to performance outputs.

Catheter handles, internal gears, mechanisms, etc. Leverage specific FDA registered materials that are sterilizable and biocompatible allowing quick, iterative devlopment through to clinicals, low vol. manufacturing.

Catheter components to lead components: Hubs, luers, implanatbles, handles, dilator tips, etc.

Metallic and non-metallic. Varying pic counts, braid patterns to hit specific catheter shaft performancce requirements (ex. torque, pushability)

Pull-wires to distal anchor rings for steerability, marker band integration, etc.

Implantable Pulse Generator (IPG) (active/passive) internal component assembly & hermetic can sealing

Custom hypotubes for high performance catheters to hit specific catheter shaft performance requirements (ex. king resistance, torque, pushability) stent design, cannula formation, etc.

Precise catheter tip shaping to optimize device transition, interactions, and trackability via low profile design.

Multiple Grieve Ovens with latest custom model that can accommodate up to 6ft of length per catheter shaft.

CNC, lathe used for creating precision, custom fixtures in rapid timeframe to support catheter prototyping and manufacturing.

Zeiss O-Inspect provides speed and versatility with both optical & contact measurement to assure high quality & well-tolerated components.

Differentiates components from finished systems/devices

Feasability: proof of concept

Certificate of Analysis: process and material traceability maintained, product has not been fully evaluated for all print criteria (prototype)

Certificate of Conformance: product meets all requirements within the specification, plus process and material traceability maintained

Anatomical, pulsatile bench top models, track paths

Torque, dimensional, tensile, etc