Baylis Medical Technologies, Inc.
Baylis Medical Technologies aims to improve patient lives through the conception and commercialization of innovative medical devices. The company is committed to technological leadership, employee development, customer service, and corporate social responsibility, with a focus on advancing healthcare through state-of-the-art solutions.
Industries
Nr. of Employees
medium (51-250)
Baylis Medical Technologies, Inc.
2660 Matheson Blvd East, Mississauga, ON, L4W 5M2
Products
Radiofrequency-capable guidewire for crossing occlusions
0.035" RF guidewire engineered to create channels through soft tissue and occluded vessels using controlled RF energy; designed to traverse native and in-stent occlusions with distal flexibility and proximal torque control.
RF puncture generator (clinical generator)
Clinical RF generator providing 468 kHz output with selectable pulsed or constant RF modes, configurable settings, and a graphical user interface for controlled tissue puncture procedures.
Steerable sheath for vascular access
Steerable sheath designed to improve access and navigation in complex vascular anatomies to facilitate device delivery and cannulation of target vessels.
Microcatheter for support and access
Microcatheter intended to provide support and deliver wires or other tools through challenging vascular pathways.
Emergency ventilator and oxygen-mixer accessory
Open-license ventilator design developed for emergency response and an oxygen mixer accessory that increases delivered oxygen concentration up to 100%; accompanied by user and clinician manuals.
Radiofrequency-capable guidewire for crossing occlusions
0.035" RF guidewire engineered to create channels through soft tissue and occluded vessels using controlled RF energy; designed to traverse native and in-stent occlusions with distal flexibility and proximal torque control.
RF puncture generator (clinical generator)
Clinical RF generator providing 468 kHz output with selectable pulsed or constant RF modes, configurable settings, and a graphical user interface for controlled tissue puncture procedures.
Steerable sheath for vascular access
Steerable sheath designed to improve access and navigation in complex vascular anatomies to facilitate device delivery and cannulation of target vessels.
Microcatheter for support and access
Microcatheter intended to provide support and deliver wires or other tools through challenging vascular pathways.
Emergency ventilator and oxygen-mixer accessory
Open-license ventilator design developed for emergency response and an oxygen mixer accessory that increases delivered oxygen concentration up to 100%; accompanied by user and clinician manuals.
Services
End-to-end design and contract manufacturing for medical devices, including prototyping, regulatory documentation support, and volume production.
Online educational modules, webinars, and procedural training resources for clinicians covering patient selection, room setup, and technique for RF-assisted recanalization.
Customer service, clinical support, and technical assistance for device use, orders, and product setup, including distribution and ordering contact channels.
End-to-end design and contract manufacturing for medical devices, including prototyping, regulatory documentation support, and volume production.
Online educational modules, webinars, and procedural training resources for clinicians covering patient selection, room setup, and technique for RF-assisted recanalization.
Customer service, clinical support, and technical assistance for device use, orders, and product setup, including distribution and ordering contact channels.
Expertise Areas
- Endovascular device development
- Radiofrequency-based interventional tools
- Contract design and manufacturing (medical devices)
- Regulatory submissions and compliance (including 510(k))
Key Technologies
- Radiofrequency (RF) puncture technology
- RF energy generators with pulsed/constant modes
- RF-capable guidewire design
- Steerable sheath and microcatheter design
News & Updates
A conference dedicated to improving care for venous and lymphatic disease, held in Atlanta, GA from February 16-19, 2025.
Focusing on vascular and endovascular care, held in Park City, UT from February 18-20, 2025.
A major event in interventional radiology, held in Nashville, TN from March 29-April 2, 2025.
Baylis Medical Technologies announced the successful clinical crossing of a chronically occluded peripheral stent using PowerWire® Pro RF Guidewire in April 2024.
A conference dedicated to improving care for venous and lymphatic disease, held in Atlanta, GA from February 16-19, 2025.
Focusing on vascular and endovascular care, held in Park City, UT from February 18-20, 2025.
A major event in interventional radiology, held in Nashville, TN from March 29-April 2, 2025.
Baylis Medical Technologies announced the successful clinical crossing of a chronically occluded peripheral stent using PowerWire® Pro RF Guidewire in April 2024.