Tiger
Wound
Care
Innovative Wound Care
Technologies
Tiger Wound Care delivers products backed by science, with innovative technologies to support your practice with a complete, integrated wound care portfolio.
Company Overview
At Tiger Wound Care, we are committed to advancing wound care through innovative, science-driven tissue technologies. Our focus is on cell and tissue technologies that support the repair, reconstruction, replacement, or supplementation of the patient’s own tissue.
Explore
CAMPs Technology
Leveraging placental tissue, Cellular, Accellular, and Matrix-like Products (CAMPs) technology supports regeneration, promotes tissue repair, and delivers a next-generation solution for wound care.
Dual Layer Amniotic Membrane
Tiger’s flexible amnion-based allograft that is collagen-rich, structurally supportive, and preserves key ECM components. Designed for standard wounds, this allograft is sterile and shelf-stable for 2 years.
Full Thickness Placental Membrane
Tiger’s robust full thickness placental membrane-based allograft that is structurally supportive, and contains native ECM characteristics. Designed for complex wound environments, this allograft is sterile and shelf stable for 5 years.
Amnion-Chorion-Amnion
Tiger’s thickest placental membrane product, containing full thickness placental membrane with an additional amnion layer, that delivers maximum ECM content and collagen density. Designed for the most demanding acute and chronic wounds, this allograft is sterile and shelf stable for 5 years.
Science
Overview of Technology
Platform Research
At Tiger Wound Care, every innovation begins with science. Our research drives the development of tissue-based solutions for wound care, ensuring that each product is rooted in a deep understanding of the biological and structural factors essential to support the body’s own ability to heal itself.
Overview of
ongoing RCTs
Currently, Tiger Wound Care is conducting ongoing randomized controlled trials (RCT) to continue to evaluate the effectiveness of our CAMPs technologies for nonhealing wounds.
