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Description

The ConMed Expose Single-Use Inflatable Retractors (#IT0010 / 5 per Case) provide soft, atraumatic tissue contact, while the cushioned surface can control a large tissue area without pinching. The non-conductive polymeric surface insulates and helps protect tissue from electrosurgical injury.

Specifications

ConMed Expose Single-Use Inflatable Retractors Specifications

  • Single-Use; Sterile.
  • Shape: Triangle.
  • Size: 10 mm.
  • Shipping Dimensions: 6" x 3" x 26" (15.2 cm x 7.6 cm x 66 cm).
  • Shipping Weight: 1 lb (0.45 kg).

Literature

ConMed Expose Single-Use Inflatable Retractors Literature

ConMed Endosurgery Specialty Products

Frequently asked questions

How do these retractors minimize tissue damage during surgery?

These retractors are designed to provide atraumatic tissue contact, minimizing tissue damage. The cushioned surface controls a large tissue area without pinching, and the non-conductive polymeric surface helps protect tissue from electrosurgical injury.

How many retractors are included in each case?

Each case of ConMed Expose Single-Use Inflatable Retractors includes 5 individual units. These retractors are supplied sterile and are designed for single-use only.

Are these retractors sterile?

Yes, the ConMed Expose Retractors are supplied sterile and are designated for single-use only. This design helps maintain a consistently sterile field during procedures and eliminates the need for reprocessing.

Are these retractors single-use for safety?

Yes, the ConMed Expose Single-Use Inflatable Retractors are specifically designed for single use, ensuring sterility and minimizing the risk of cross-contamination in surgical procedures.

How do these retractors achieve atraumatic tissue contact?

The ConMed Expose Single-Use Inflatable Retractors are designed to ensure soft, atraumatic tissue contact through their unique design:

  • Inflatable, Cushioned Surface: The retractor tip utilizes an inflatable structure, providing a gentle, cushioned contact point ideal for delicate tissues.
  • Broad Tissue Area Control: The soft, cushioned surface allows the retractor to manage and control a large tissue area effectively, preventing the harsh pinching or concentrated pressure typical of rigid retractors.

Furthermore, for enhanced safety, the surface is made from a non-conductive polymeric material which insulates and helps protect the tissue from potential electrosurgical injury during the procedure.

Are the ConMed Expose Inflatable Retractors reusable?

The ConMed Expose Inflatable Retractors are strictly single-use devices. They are supplied sterile and disposable to eliminate the need for reprocessing and help ensure the highest standards of safety and prevent cross-contamination in surgical environments. Each case contains 5 individual retractors.

How do these retractors prevent tissue pinching?

The ConMed Expose retractors are engineered for atraumatic tissue management, specifically preventing pinching by:

  • Providing soft, cushioned contact with the tissue.
  • Allowing for control over a large tissue area without sharp edges or points that could cause localized trauma.

This design ensures gentle retraction while minimizing potential damage.

What provides electrosurgical protection?

The retractor features a non-conductive polymeric surface. This specialized material acts as an insulator, helping to protect the surrounding tissue from potential electrosurgical injury during the procedure.

What are the size and shape specifications?

The retractors have a Triangle shape and are specified with a functional size of 10 mm. This configuration is optimized for precise placement and effective, atraumatic tissue retraction.

What material is used for the retractors?

The functional surface of the ConMed Expose Retractors is constructed from a non-conductive polymeric material. This material is crucial because it provides insulation, helping to safeguard surrounding tissue from potential electrosurgical injury during procedures, while also ensuring soft, cushioned contact for atraumatic retraction.