- Mechanics of Materials Fundamentals for Catheter Engineers
- Stress/strain, deflection, stiffness, bending radius, and column strength
- Catheter testing fundamentals: torque, pushability, kink, tensile, burst, leak, and fatigue
- Material selection for liners, jacketing, braid and coil reinforcement, and polymers
- Braid and coil coverage, geometry, and performance tuning
- CathCAD® Standard, Advanced, and Multi Lumen software tools
- Case studies based on real CathCAD® design projects
Build your catheter modeling skills.
Explore CathCAD® workflows, composite tubing mechanics, test methods, and specialized modeling tools through these training videos.
Catheter design and analysis training, grounded in engineering mechanics.
CathCAD® is the industry’s leading design and analysis software suite for catheter shaft engineering. Developed by Roth Technologies, the software helps catheter design engineers rapidly model, simulate, and optimize multilayer catheter constructions, with real-world predictive capability.
In-house seminars combine instruction in CathCAD® tools with the key principles of Mechanics of Materials and Composite Laminate Theory. Participants learn to navigate the software, interpret results, and apply CathCAD® outputs directly to catheter design workflows.
One day. Eight hours. Real catheter engineering.
Led by CathCAD® founder Ronald Roth, Ph.D., the seminar delivers a full day of direct instruction and discussion grounded in real catheter designs, test methods, materials, and modeling decisions.
Training includes
- Multilayer shaft modeling with combinations of liners, jackets, polymers, braids, and coils
- Braid and coil geometry, including coverage, angle, wire count, and mechanical performance
- Stiffness, column strength, and bending predictions using Mechanics of Materials algorithms
- Torque, kink resistance, and tensile behavior estimation using physics-driven models
- Rapid design iteration for R&D, manufacturing, and regulatory justification
- Core instruction in Mechanics of Materials and Composite Laminate Theory
Continue learning with CathCAD® training videos.
Explore focused tutorials covering software workflows, composite tubing mechanics, testing, and specialized modeling tools.
CathCAD®: General Software Instructions
Introduction to general software use, including data entry, model definition, and execution.
- CathCAD® Software Introduction
- Commercial examples of multilayered catheter designs
- Decomposing a braided composite tube design into layers
- Modeling multilayered composite tubing in CathCAD® Standard
CathCAD®: Braid Reinforced Catheter Modeling
Model braid-reinforced catheter designs and understand the inputs used to define the reinforcement.
- Reinforced catheter design principles
- Standard and Advanced braid-layer data entry
- Pick count definition and braid patterns
- Catheter lamination process
CathCAD®: Modeling Multilayered Composite Tubing
Learn the workflow for modeling multilayered composite tubing with CathCAD®.
CathCAD®: Mechanics of Composite Materials
Review the mechanics used in the composite tubing modeling architecture.
- Longitudinal, flexural, and torsional rigidities
- Modulus of elasticity, shear modulus, and Poisson’s ratio
- Micromechanics model inputs
- Area inertial properties
CathCAD®: Test Methods
Learn about methods for measuring and deriving flexural, longitudinal, and torsional rigidities from composite tubing.
CathCAD®: Applied Force or Torque Deflection Modeling
Learn about the Deflection module included with CathCAD®.
CathCAD®: Ovalization Modeling
Learn about the Ovalization module included with CathCAD®.
Bring CathCAD® training to your team.
We can discuss seminar content and training options for your group. Send us an email and we will provide details.