Description
Milliken’s CoFlex TLC® two layer compression kits are designed to enhance the experience of both the clinician and patient. Clinicians can choose from a wide variety of options to best solve their patients’ needs with the same easy application. Patients will enjoy the comfort the systems
provide which has been known to increase compliance. You can trust that Milliken’s Made in the USA quality products will help deliver a streamlined approach and excellent care in the treatment of venous leg ulcers.
Milliken’s CoFlex TLC kits give patients more freedom and mobility. Trust Milliken CoFlex TLC to help deliver excellent care and comfort to patients.
THE COFLEX TLC DIFFERENCE
Ease of Use
• Offers a comprehensive family of products
• Two-step, quick, easy application
• Promotes safety through consistent application across entire line
• Features EasyTear technology for convenience
Patient Comfort
• Stays in place
• Provides comfort during wear
• Conforms to patient’s anatomy
• Dry options have odor and itch control, Zinc/Calamine options have soothing effect on irritated skin
• Promotes longer wear time with high vapor transfer rate
Effective Compression
• Features visual indicators to guide intended compression
• Provides restorative compression for patient needs
CoFlex TLC: STANDARD COMPRESSION 35-40 mmHg, For patients with an ABI > 0.8
CoFlex TLC LITE: LITE COMPRESSION 25-30 mmHg, For patients with an ABI > 0.5
• Layer 1 is an odor-control and itch-control soft foam with an excellent moisture transfer rate that wicks away drainage to help keep the peri-wound skin dry
• Layer 2 is a non-latex short stretch layer that provides adaptive compression levels
• Both layers bond together when applied which keeps the system in place
• A nylon stocking is now included in each kit to apply over the completed dressing for patient comfort and ease of movement under clothes and on bed sheets
• Comfortable and lightweight for increased patient compliance
• High working pressure and low resting pressure
• Saves time over three and four layer systems
