Biomimetics
Obtains a copy of the intact skin where the laparoscopic access port will be made
Precision
Allows an exact size incision required for conventional trocars
Autonomy
Standardized ON-OFF type closure in just 2 clicks
Replicability
Consistent results are obtained after controlled healing and direct wound monitoring
Benefits
Comfort
Minimally invasive
INCLODE ACCESS devices close the wound without piercing the skin.
Homy & Painless
It does not require replacement of dressings, it allows the usual hygiene of the patient and avoids postoperative discomfort.
Cosmetic result
It prevents hypertrophic scarring and avoids suture cross-hatching.
Practicality
ON-OFF type closure
It allows an immediate, mechanized, standardized, safe and reliable closure.
Safe procedure
It prevents needle-stick injuries related to skin suture.
Easy inspection
Direct wound monitoring without the use of dressings.
Saving
Minimal training
Quick learning technique. Requires minimal experience to achieve optimal results.
Lower operating costs
Systematic reduction in operating room time for skin closure.
Simplified follow-up
Remote wound monitoring. The device can be removed by the patient at home.
Technological resolution
The ACCESS Mini components have been developed both to suit the requirements of the skin ecosystem and the demands of surgical procedures.
1. Septum
It ensures constant and precise separation of the strips so that the incisional cleft is shaped.
2. Bumpers
They protect the end of the elastomer strips from accidental cuts.
3. Closure mechanism
Two-material Snap-fit technology that ensure a reliable anchorage and compliance to accompany the movements of the wound during healing.
4. Elastomer strips
Stretchy, elastic and transparent. They adapt to the opening, recover the original shape and allow adequate monitoring and drainage of the wound.
5. Stabilizing frame
It preserves the shape of the tape from the time the release liner is removed until the application of the device on the skin is completed.
6. Tape
High conformability, selective permeability, and reliable adhesiveness for long-term use.
7. Release liner
It protects the adhesive and serves as a structural support for the tape until the device is applied.
How to use
Watch explanatory videoSequence of procedures for incision and wound closure in minimally invasive surgeries.
1. Preparation
Preparation of the surgical site and detachment of release liner.
2. Application
Placing the device on the skin.
3. Release
Removal of the stabilizing frame and the septum.
4. Incision and main procedure
Guided incision between elastomeric strips and removal of bumpers.
5. Closure
Closure mechanism placement.
6. Healing
Retention until completion of the healing process.
Specifications
Size
55mm L x 75mm W x 5mm H
Composition
Polypropylene, Polyurethane, Acrylic, Polyisoprene
Descripción
Self-adhesive patch for incision and wound closure in minimally invasive surgeries.
Application
Intended for minimally invasive surgical approaches: laparoscopies, arthroscopies, videothoracoscopy, thorascostomies, tracheostomies.
Intellectual property
AR: P180101804
US: 11051816
EU: 19020397
Abstract:
Incision and closure surgical device containing a guide for cutting instruments and a sutureless wound closure mechanism. A stick-to-skin tape has a central slit whose edges are reinforced by two strips that delimit a central incision groove. A removable central partition maintains a constant separation between the elastomeric strips before making the incision. A series of transverse conduits pass through the elastomeric strips and serve for drainage of the wound and for coupling the closing mechanism of the device. At the conclusion of the surgery, a removable pressure or magnetic closure comprises two bilateral flexible strips that are hooked together to approximate the elastomeric strips while facing the edges of the underlying wound. A complementary removable adapter element for laparoscopic surgery serves as a support for a trocar and as a gas containment valve. Another complementary removable adapter element serves as an ogive-shaped cutting guide for cutaneous excisional surgery.