Cordica Medical
Catalyst by Cordica Medical. The faster path from first idea to 510(k).
Design & Development

Catalyst by Cordica Medical. The faster path from first idea to 510(k).

Catalyst is the entry point to Cordica Medical's fully integrated medical device platform. From first concept through device engineering, component development, and commercial-scale production. One integrated team accelerates your path from innovation to market.

Catalyst: Your Device, Designed to be built

Design and manufacturing working as one. Not in sequence.

Catalyst is Cordica's innovation, engineering, DfM, and regulatory engine, transforming clinical ideas into cleared, manufacturable devices faster. Cordica Medical brings added engineering depth, materials science expertise, and commercial-scale production capabilities. One integrated platform, from the physician's idea to the finished device.

Catalyst: Engineering Capabilities

Every engineering discipline your program requires.

Catalyst’s engineering team, part of Cordica Medical’s fully integrated medical device platform, covers all disciplines needed to take a medical device from concept to commercialization.

Minimally Invasive Catheter
Catalyst: What We Build

Specialized capabilities. Proven across complex programs.

From precision extrusion and braiding to electrospinning nanofibers and micro-molding, Catalyst by Cordica brings specialized manufacturing capability into the design and development process from day one.

Medical Tubing & Precision Extrusion

Single and multi-lumen, balloon, bump, tapered, braided, and coil-reinforced configurations. Wall thickness down to 0.00075 inches, up to 20 lumens. Stock tubing available in under five business days, custom in days not weeks.

Braiding & Coiling

Nitinol, platinum, tungsten, stainless steel, Kevlar, carbon fiber, and iridium. Variable pitch braid optimization for proximal pushability versus distal flexibility. Fast turnaround shipping.

Electrospinning

Nanofiber scaffold and membrane development for structural heart, vascular grafts, stent covering, and implantable device applications. One of the few D&D programs with in-house electrospinning capability.

Medical Balloon Development

Compliant and non-compliant balloon catheters developed and manufactured in-house, including braided reinforced balloon construction with variable pitch braid for burst pressure resistance and kink resistance.

Hydrophilic Coating

In-house hydrophilic coating development and application for catheter shafts, delivery systems, and minimally invasive device applications. Coating specification is determined at the design stage, ensuring lubricity performance is engineered into the device from the start.

Micro-Molding

Precision micro-molded components for catheter tips, connectors, and minimally invasive devices. Specialized equipment operating within Cordica Medical's ISO 13485-certified facility.

Catalyst: Track Record

Cleared. Delivered. Proven.

15 FDA 510K Clearances

10 years

6 Therapeutic Areas

2026 | Endoscopy

Transnasal Endoscope, Pediatric

2025 | Endoscopy X2

Transnasal Endoscope, Pediatric

2025 | Surgical

Line of Laser Fibers

2025 | GI/Endoscopy

Biliary Endoscopy System

2022 | Endoscopy

Transnasal Endoscope, Pediatric

2021 | Electrophysiology

RF Transeptal Puncture Device

2021 | Vascular

Arterial/Venous Thromboembolism Treatment Device

2019 | Vascular x 3

Arterial/Venous Thromboembolism Treatment Device

2018 | Drug Delivery

Fluid Transfer Connector (ISO 80369-7)

2017 | Drug Delivery

Tamper Evident Cap for Enteral (ENFit) Syringes

Catheter & Materials Engineering

Material science and catheter engineering. Fully integrated.

Cordica Medical's catheter development platform is vertically integrated, with materials engineered and extruded in-house and custom prototype tubing available within 5 business days.

Catalyst: Markets & Products

Your market. One partner.

Catalyst by Cordica Medical's catheter engineering platform serves interventional cardiovascular, neurovascular, electrophysiology, robotic surgery, gastrointestinal, and endoscopy markets from concept through commercial production.

TAVR/TMVR/TTVR delivery systems Structural heart access systems Balloon catheters Steerable sheaths Coronary diagnostic and therapeutic catheters Peripheral vascular catheters Renal denervation catheter systems

Thrombectomy and aspiration catheters Microcatheters Intermediate and distal access catheters Coil and flow diverter delivery systems Neuro guide catheters

Multi-lumen catheter shaft systems Deflectable and steerable catheter systems Steerable sheath systems RF transeptal puncture systems Mapping catheter shafts Ablation catheter shafts Lasso and circular mapping catheters

Flexible robotic catheter shafts Flexible robotic catheter shafts Sensor-integrated components Robotic-compatible introducers

Transnasal endoscopes Biliary endoscopy systems Pediatric endoscopy systems Endoscope shafts and components

Access sheaths PICC and CVC systems Drainage catheters Introducer systems

Infusion delivery catheters Drug delivery connectors Enteral connectors and components Combination product device components Delivery system catheter shafts

Minimally invasive surgical devices Glaucoma treatment systems

Devices Across A Spectrum Of Therapeutic Areas

From complex interventional systems and catheter-based delivery platforms to critical care flexible products, drug delivery, and custom automation, Cordica Medical engineers and manufactures medical devices across a spectrum of therapeutic areas.

Converting & Flexible Product Development

Where material science becomes device performance.

At Cordica Medical, converting is a design discipline, not a manufacturing step. Our engineers specify laminate architecture from material science principles, including adhesive system, coat weight, membrane layer performance, release liner behavior, and die geometry. Every layer is specified with the finished device performance in mind.

Converting and flexibles capability
  • Wound dressing architecture: foam, hydrocolloid, backing film, silicone skin contact layer, release liner.
  • NPWT: High-absorbency component development for negative pressure wound therapy systems.
  • Wearable Substrates: CGM cover tapes, cardiac monitoring patches, and pulse oximetry substrates.
  • Lateral Flow: Laminate architecture and microfluidic layer design for diagnostic assay platforms.
  • IVD Converting: Cover tape and sealing film development for in-vitro diagnostic consumables.
  • Transdermal: Adhesive coat weight specification, membrane layer design, and island placement architecture.
  • Pharma Packaging: Drug delivery component design, 21 CFR 280 compliant manufacturing development.
  • Textile Engineering: RF welding, ultrasonic welding, and sewing construction for soft goods and flexible devices.
  • Compression: Performance architecture for DVT garments, orthotics, and compression systems.
  • Cleanroom Converting: Laminating in FDA-registered, ISO 13485-certified facilities across the US.
  • Dry Room Assembly: ESD-controlled development for electronics-adjacent wearable and diagnostic applications.
  • Precision die cutting process development: rotary, steel rule, matched-metal, cleanroom, and digital laser/CNC
  • Multi-web lamination process qualification: inline laminating, slitting, and island placement
  • Clean & FDA-registered: ISO 13485-certified facilities in California, Massachusetts, and Singapore
  • AI vision system & in-line optical inspection: process development for high-volume quality programs
  • Advanced Wound Care: dressings, NPWT components, antimicrobial constructions, hydrocolloid and foam platforms
  • Diagnostics: lateral flow assays, microfluidics, IVD consumables, diagnostic cover tapes
  • Patient Monitoring and Wearables: CGM substrates, cardiac monitoring, pulse oximetry, pacemaker components
  • Patient Mobility and Recovery: compression devices, DVT garments, orthotics, braces, tourniquets
  • Infection Control: catheter securement, antiseptic film constructions, wound protection
  • Drug Delivery Interfaces: transdermal patch development, pharma packaging component design
Automation & Manufacturing System Design

Custom automation. Engineered for your program.

Cordica Medical combines purpose-built and best-in-class production equipment, engineering custom automation where it matters most. Our in-house teams design, build, and validate systems in parallel with the device, so your project doesn't stall.

  • Custom automation cell design and build for device-specific assembly
  • Robotic assembly with integrated 100% in-line vision inspection
  • AI vision system development for high-volume quality control
  • In-house fatigue testing systems validated for FDA structural heart submissions
  • Pilot line design mirroring commercial production architecture
Automation and manufacturing system
Global Quality & Regulatory

Regulatory embedded from day one.

Every program at Cordica Medical operates within an ISO 13485-certified Quality Management System. Regulatory strategy is embedded from the first design review, not added at the time of submission.

Tell us about your device. Our engineers will take it from there.

Tell us about your device. Our engineers will take it from there.

Whether you have a clinical concept without an engineering team, an existing design that needs a manufacturing path, or a program that needs a new production partner, we have the right practice for you. Let us know your stage, and our engineering team will respond promptly.

Build with Cordica
Cordica Medical

Cordica Medical is the development and manufacturing partner for leading OEMs innovating the most demanding medical devices. We bring engineering, manufacturing, and regulatory together so complex devices move smoothly from first concept through FDA submission and commercial scale. Headquartered in Knoxville, TN, with 19 facilities across the United States, Mexico, and Singapore, we serve the full therapeutic spectrum, from interventional systems to drug delivery, wound care, and personal health.