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CELLUTOME™ Epidermal Harvesting System

Products described on this website (and associated product information), may not be available for sale in all markets as a result of local regulatory requirements. For information regarding product availability in your market, please contact your local Acelity/KCI representative here.

Intended to Reproducibly Cut a Thin Skin Graft for Autologous Skin Grafting

 

The CELLUTOME™ System can be easily integrated into existing clinical practice.

  • Automated, precise and reproducible process
  • Comprehensive training from a company representative in less than one hour
  • Can be performed by any suitably trained physician

For more information about our products, please contact your local KCI representative.  Click here for contact details.

Specific indications, contraindications, warnings, precautions and safety information exist for KCI products and therapies. Healthcare providers should review the product User Manual, Safety Information and/or Instructions for Use prior to application.


  • Overview
  • How it Works
  • Indications & Applications
  • Evidence & Outcomes
  • Ordering

 Overview

Automated, Uniform Process

 

The harvesting procedure is precise and reproducible, raising uniform microdomes.

Effective Harvesting Procedure

 

The CELLUTOME™ System effectively harvests the donor-site epidermis down to the basal layer, including basal keratinocytes and melanocytes.
 
The microdomes harvested contain undamaged tissue for grafting to a recipient site.

CELLUTOME™ Epidermal Harvesting System

How it Works

  • OVERVIEW
  • SPECIFICATIONS

A simple process, a single procedure

The dressing is used to secure the epidermal micrografts placed on the recipient site from the donor site. 

Components

  • Control Unit
    • Reusable component of the system
    • Creates and regulates the suction (negative pressure: ‑400 to ‑500mmHg) and warming (37°C to 41°C) required to raise the epidermal microdomes
  • Vacuum Head
    • Reusable component of the system
    • Delivers the negative pressure and warming from the Control Unit to the Harvester
  • Harvester
    • Disposable component of the system which contains the cutting blade
    • Provides the structure for formation of the microdomes
    • After insertion of an ADAPTIC TOUCH™ or 3M™ Tegaderm™ Dressing, microdomes are harvested into micrografts
  • Extension Strap
  • 3M™ Tegaderm™ Film or ADAPTIC TOUCH™  Non-Adhering Silicone Dressing
  • Stand
    3M™ and Tegaderm™ are trademarks of 3M™
Harvester
Dimensions                               : 5.7"W x 3.7"H x 6"D
Weight                                      : ~0.2lbs
 
Vacuum Head

Dimensions                               : 5.5"W x 3.9"H x 1.3"D
Weight                                      : ~0.6lbs
 
Control Unit
Dimensions                               : 10.6"W x 9.3"H x 9.4"D
Weight                                      : ~7.3lbs
 
Electrical
Internal Power Supply Input    : 100-240V AC 3.2A 50/60Hz
Internal Power Supply Output : 24 VDC, 10.4A

Indications & Applications

  • INDICATIONS
  • APPLICATIONS
Specific indications, contraindications, warnings, precautions and safety information exist for KCI products and therapies. Healthcare providers should review the product User Manual, Safety Information and/or Instructions for Use prior to application.
 
The CELLUTOME Epidermal Harvesting System is intended to reproducibly cut a thin skin graft for autologous skin grafting. 
Procedure

Epidermal harvesting
The Harvester is positioned onto the donor site, and a combination of gentle warmth and negative pressure is used to raise epidermal microdomes.
 
Graft acquisition
The microdomes are harvested and then secured on a 3M™ Tegaderm™ or ADAPTIC TOUCH™ dressing.
 
Application to the recipient site
The microdomes are placed directly onto the recipient site.

Evidence & Outcomes

 
At-a-glance summary of evidence and outcomes.

Clinical Evidence

Additional summary of evidence and outcomes.
TITLE Epidermal Grafting Using a Novel Suction Blister–Harvesting System for the Treatment of Pyoderma Gangrenosum
View Abstract on PubMed
STUDY TYPE Level 4
DATE 2014
AUTHORS HuttRichmond NA, et al.
TITLE Use of a Novel Epidermal Harvesting System in Resource-Poor Countries
View Abstract on PubMed
STUDY TYPE Level 4
DATE 2015
AUTHORS Serena T, et al.
TITLE An automated and minimally invasive tool for generating autologous viable epidermal micrografts
View Abstract on PubMed
STUDY TYPE All levels
DATE 2015
AUTHORS Nisi G, et al.
TITLE Epidermal Micrografts Produced via an Automated and Minimally Invasive Tool Form at the Dermal/Epidermal Junction and Contain Proliferative Cells That Secrete Wound Healing Growth Factors
View Abstract on PubMed
STUDY TYPE Level 5
DATE 2015
AUTHORS Osborne SN, et al.
Ordering

For more information about our products, please contact your local KCI representative.
Click here for contact details.

Contact Us

   
PRODUCT NHSSC Code KCI Code
 
ORDERING OPTION
 
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CELLUTOME™ Control Unit and Vacuum Head
Epidermal harvesting pump system

 
 
  CT-KIT/GB  1 Unit
 
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CELLUTOME™ Control Unit Stand
Wheeled stand with basket designed specifically for the CELLUTOME™ Unit


     1 Unit
 
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CELLUTOME™ Harvester

Single-patient use 2.5 x 2.5cm harvester


   CT-H25/GB  Case of 5
 
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CELLUTOME™ Harvester

Single-patient use 5 x 5cm harvester


   CT-H50/GB  Case of 5
 
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CELLUTOME™ Extension Strap

Reusable 38" harvester extension strap


   CT-SXT/GB  Case of 5
 
adaptic touch dressing

ADAPTIC TOUCH™ Non-Adhering Silicone Dressing

Single-patient use non-adherent dressing (2” x 3")


NHS Supply Chain Code: ELY360 
Drug Tariff Code: 
359-0411

 Case of 50

[8:44 PM] Serena Steward