Pioneering drug-device combination therapy

Where Pharmaceuticals
Meet Medical Devices.

Angiotech Pharmaceuticals designs drug-eluting technologies, biomaterials, and targeted delivery systems that reduce complications from implants, surgery, and acute injury — improving outcomes across cardiovascular medicine, interventional oncology, ophthalmology, and wound closure.

150+
Patents & Filings
4
Therapeutic Platforms
20+
Years of R&D
Core Technologies

Combining Pharmaceuticals with Devices That Heal

Four therapeutic platforms — one integrated approach to reducing device-related complications through pharmaceutical innovation.

Cardiovascular

Drug-Eluting Devices

Paclitaxel-coated stents and balloons that reduce restenosis and tissue overgrowth after intervention.

  • Paclitaxel coatings
  • Restenosis reduction
  • Coronary & peripheral
Learn More
Surgery

Wound Closure

Advanced sutures, meshes, and hemostatic devices engineered for stronger healing and fewer complications.

  • Antimicrobial sutures
  • Surgical meshes
  • Hemostatic agents
Learn More
Ophthalmology

Ocular Therapeutics

Targeted drug delivery for anterior and posterior segment disease, including sustained-release implants.

  • Sustained release
  • Intraocular implants
  • Glaucoma & AMD
Learn More
Biomaterials

Implant Coatings

Proprietary biomaterials and polymer platforms that improve biocompatibility of implanted medical devices.

  • Polymer platforms
  • Anti-fibrotic coatings
  • Custom formulation
Learn More
Why Angiotech

Why Partners Choose Us

We built the playbook for integrating pharmaceuticals with medical devices — and we keep refining it, one platform at a time.

Drug-Device Integration

First-in-class expertise combining pharmaceuticals directly with implantable devices — not siloed R&D.

Proprietary Biomaterials

Two decades developing polymer platforms and coatings that deliver drugs where and when the body needs them.

Clinically Validated

Our paclitaxel-coating technology helped define the modern drug-eluting stent category.

Cross-Disciplinary Science

Chemists, materials engineers, and clinicians collaborate under one roof to accelerate translation.

Physician-Led Development

Programs are co-developed with interventional cardiologists, surgeons, and ophthalmologists.

Industry Legacy

A foundational innovator whose work continues to influence combination-product regulation and design.

Portfolio

One Platform. Four Therapeutic Areas.

Angiotech's research spans interventional oncology, wound closure, ophthalmology, and the biomaterials used in modern medical implants.

47
Active programs & platforms
Explore Research
12
Interventional Cardiology
Programs
6
Interventional Oncology
Programs
5
Ophthalmology
Programs
9
Wound Closure
Programs
8
Biomaterials R&D
Platforms
7
Targeted Delivery
Platforms
Our Journey

Key Milestones

From founding vision to defining an industry category — the moments that shaped Angiotech's role in modern combination-product medicine.

1992

Company Founded

Angiotech Pharmaceuticals is founded in Vancouver with a vision of combining pharmaceuticals with medical devices.

1997

Paclitaxel Coating Program

Launched the paclitaxel-eluting technology program that would go on to define a new category of cardiovascular devices.

2003

First Drug-Eluting Stent

Our paclitaxel-coating technology helped enable the first commercially approved drug-eluting coronary stents.

2006

Portfolio Expansion

Expanded into wound closure, interventional oncology, and ophthalmology — extending combination-product expertise into new areas.

2010

Biomaterials Platform

Consolidated proprietary polymer and biomaterials platforms into a shared R&D backbone for device partners.

2014

Industry Recognition

Recognized as a foundational innovator in combination-product design, influencing FDA and international frameworks.

2020

Next-Gen Delivery

Advanced next-generation targeted drug delivery systems for ophthalmology and interventional oncology.

Today

The Combination Future

Continuing to push the intersection of pharmaceuticals, biomaterials, and devices to improve patient outcomes worldwide.

Voices from the field

Trusted by Clinicians & Partners

What our research collaborators, clinical partners, and licensees say about working with Angiotech.

"Angiotech's paclitaxel-coating chemistry set the reference point for a generation of drug-eluting devices. Their work reshaped interventional cardiology."

ER

Dr. Elena Ruiz

Interventional Cardiologist

"Partnering on a combination product with Angiotech, we moved from bench formulation to clinical prototype in under a year — their biomaterials team is world-class."

JC

Dr. James Chen

R&D Director, Device OEM

"Their integrated approach — chemistry, materials, and clinical insight under one roof — is what makes real combination products possible."

SJ

Dr. Sarah Johnson

Principal Investigator

About Angiotech

Combination Products as Infrastructure

Angiotech Pharmaceuticals is a Canadian specialty medical device and pharmaceutical company focused on technologies for implantable devices, surgery, and targeted drug delivery. We became widely known for pioneering the combination of pharmaceuticals with medical devices — particularly through drug-coated stent technology.

Our research emphasizes reducing complications associated with implants, surgical procedures, and acute injuries by integrating pharmaceuticals with innovative device designs across interventional oncology, wound closure, ophthalmology, and biomaterials.

4
Therapeutic areas
150+
Patents
1M+
Patients treated

Patient-Centered Science

1M+

Every platform starts with a clinical problem — reducing complications for the patient receiving the implant.

Combination-Product Leadership

150+

We helped establish the drug-eluting device category and continue to advance the standard of care.

Collaborative R&D

4

We partner with device OEMs, academic centers, and clinicians to bring combination products to market.

Ready to Build the Next Combination Product?

Talk to our team about partnering on your next implant, delivery system, or biomaterial platform.