
• Does not stimulate excessive proteolytic enzymes in complex wounds
• Helps restore MMP balance and native growth factors
• Stabilized collagen enables reliable fixation to the wound margins
• Provides uninterrupted support of cell migration and regeneration of native extracellular matrix
• Sterile with complete assurance of no viral or bacterial transmission
• No refrigeration or special preparation required
Architect™ is indicated for the treatment of partial- and full-thickness skin wounds, including diabetic foot ulcers, venous leg ulcers and pressure ulcers.
Contraindicated in patients with known sensitivity to equine-derived materials or with active infection.
Do not re-sterilize. Single use only.
Potential complications include infection, allergic reaction, and chronic inflammatory response.
Store at room temperature.
Assigned HCPCS code | ● |
Dehydrated | |
Desiccated | |
Flowable | |
Micronized | |
Sheet form | |
Requires refrigeration | |
Shelf life greater than 2 years | |
Shelf life limited | |
Indicated for acute wounds | ● |
Indicated for chronic wounds | ● |
Indicated for diabetic ulcers | ● |
Indicated for pressure ulcers | ● |
Indicated for second-degree burns | |
Indicated for surgical wounds | ● |
Indicated for third-degree burns | |
Indicated for venous ulcers | ● |
Contact manufacturer for usage guidelines |
Educational Material Available | ● |
Free Samples/Trials Available | ● |
Published Clinical Article Available | ● |
Acute Wounds
Burns
Cavity Wounds
Chronic Wounds
Deep Wounds
Dehisced Wounds
Granulating/Epithelializing Wounds
Moderate/Highly Exudating Wounds
Non/Minimally Exudating Wounds
Pressure Ulcers
Sloughy Wounds
Surgical Wounds
Venous Ulcers
Rinse and rehydrate prior to use. When applied to the wound and secured with sutures, staples, or tape, keep Architect™ in contact with the wound bed and hydrated.
Architect™ does not require removal or change.
After applying Architect™, a suitable hydrating dressing and a non-adherent secondary dressing should be used.
Stabilized extracellular matrix derived from equine pericardium.
Harbor MedTech, Inc. is a diversified, fully integrated, and global company manufacturing durable and cost-effective bioactive products for treating chronic skin wounds and for reinforcing damaged soft tissue.