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Anti-Infective Irradiated Biological Dressing for Large-Area Wounds

Name: Anti-Infective Irradiated Biological Dressing for Large-Area Wounds
Brand: Biovantion Inc.
Price: 19,999.04 USD
Availability: InStock

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Anti-Infective Irradiated Biological Dressing for Large-Area Wounds

Large Image : Anti-Infective Irradiated Biological Dressing for Large-Area Wounds

Product Details:

Place of Origin:	China
Brand Name:	Biovantion
Certification:	ISO13485

Payment & Shipping Terms:

Minimum Order Quantity:	10
Price:	Negotiable
Packaging Details:	CARTON
Delivery Time:	7-15 days
Payment Terms:	TT 100% PAYMENT
Supply Ability:	100000

Contact Now

Anti-Infective Irradiated Biological Dressing for Large-Area Wounds

Description

Highlight:

irradiated biological wound dressing

anti-infective large-area wound dressing

medical-grade biological wound dressing

Irradiated Biological Dressing

Introduction for Use (Step-by-Step)

01 | Debridement

Thoroughly debride the wound, achieve adequate hemostasis, ensure a flat wound base, and irrigate the wound surface.

02 | Thawing

After the dressing is softened by thawing, remove it from the package for immediate use.

03 | Application

Apply the dermal (medicated) side firmly and closely to the wound surface, avoiding wrinkles.

04 | Trimming

Trim off any excess material as needed to fit the wound.

05 | Bandaging & Securing

Apply pressure bandaging with sterile secondary dressings. Recommended protocol: Vaseline gauze + multiple layers of mesh gauze + elastic bandage for compression.

Category	Guideline
Strict Aseptic Handling	Remove the packaged irradiated biological dressing from the freezer. Thaw and soften it at 35°C, then take the skin graft out of the package under sterile conditions for direct use. Do not wash the dressing, and do not apply the folded inner surface directly to the wound.
Usage Duration	The total continuous use of the product must not exceed 30 days.
Temporary Covering Material	This product is not an implantable material and is intended only for temporary coverage of wounds.
Allergy History	Use with caution in patients allergic to sulfadiazine zinc, or follow medical advice.
Transportation & Storage	Transport via general vehicles. Store frozen at -18°C.

Wound Type

Recommended Management Protocol

Superficial Partial-Thickness (Superficial II°) Burn Wounds

Typically, the irradiated biological dressing does not need replacement; the outer secondary dressing is usually changed 1–2 times until healing. Ensure secure fixation at joint sites to prevent movement.

Deep Partial-Thickness (Deep II°) or Mixed-Depth Burn Wounds

Perform the first dressing change after 3 days. Assess adherence of the irradiated biological dressing to the wound. If adherence is good, re-bandage until healing. If there is excessive exudate with local dissolution of the dressing, replace the irradiated biological dressing in the affected area as needed.

Microskin Graft Wounds

The dressing effectively protects the wound, prevents infection, and promotes autologous skin graft survival and expansion without occupying space. The irradiated biological dressing will dry and slough off naturally during healing.

Donor Site Wounds

Cover the donor site with the irradiated biological dressing until healing. The outer secondary dressing may be changed 1–2 times during this period. The irradiated biological dressing will dry and slough off naturally.

Chronic Wounds

Perform the first dressing change 24–28 hours post-application. Subsequent dressing change intervals may be extended appropriately based on wound condition. Small-area wounds may heal spontaneously; large-area wounds are prepared for skin grafting.

Wound Type	Recommended Management Protocol
Superficial Partial-Thickness (Superficial II°) Burn Wounds	Typically, the irradiated biological dressing does not need replacement; the outer secondary dressing is usually changed 1–2 times until healing. Ensure secure fixation at joint sites to prevent movement.
Deep Partial-Thickness (Deep II°) or Mixed-Depth Burn Wounds	Perform the first dressing change after 3 days. Assess adherence of the irradiated biological dressing to the wound. If adherence is good, re-bandage until healing. If there is excessive exudate with local dissolution of the dressing, replace the irradiated biological dressing in the affected area as needed.
Microskin Graft Wounds	The dressing effectively protects the wound, prevents infection, and promotes autologous skin graft survival and expansion without occupying space. The irradiated biological dressing will dry and slough off naturally during healing.
Donor Site Wounds	Cover the donor site with the irradiated biological dressing until healing. The outer secondary dressing may be changed 1–2 times during this period. The irradiated biological dressing will dry and slough off naturally.
Chronic Wounds	Perform the first dressing change 24–28 hours post-application. Subsequent dressing change intervals may be extended appropriately based on wound condition. Small-area wounds may heal spontaneously; large-area wounds are prepared for skin grafting.

Tag:

Contact Person: Mr. Steven

Tel: +8618600464506

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Anti-Infective Irradiated Biological Dressing for Large-Area Wounds

Anti-Infective Irradiated Biological Dressing for Large-Area Wounds

Anti-Infective Irradiated Biological Dressing for Large-Area Wounds

irradiated biological wound dressing

anti-infective large-area wound dressing

medical-grade biological wound dressing

Irradiated Biological Dressing

Introduction for Use (Step-by-Step)

01 | Debridement

02 | Thawing

03 | Application

04 | Trimming

05 | Bandaging & Securing

medical lab equipment,

clinical lab equipment,