Multilayer Compression Improves Skin Quality in CVI: 10 Patient Series
Improving Skin Quality in Chronic Venous Insufficiency With a Multilayer Compression System
Medical disclaimer: This content is for informational purposes only and is not a substitute for professional medical advice.
Why chronic venous insufficiency is so tough on skin
(Photo of 59 year old male with history of chronic venous insufficiency)
When the leg veins don’t return blood effectively, pressure builds up in the lower legs. Over time, this “chronic venous insufficiency” (CVI) doesn’t just cause swelling—it leads to visible skin changes like brown hemosiderin staining, atrophie blanche, lipodermatosclerosis, venous eczema, and thickened, itchy skin around the ankle and gaiter area.[1,7]
These inflammatory and fibrotic changes make the skin less elastic and more fragile. Patients often describe tight, woody legs that hurt, itch, and crack; once that barrier is broken, they are at high risk of developing venous leg ulcers that can be slow to heal and prone to recurrence.[2,8]
Compression therapy: the foundation of CVI and venous ulcer care
Decades of research show that compression therapy is the mainstay of treatment for venous leg ulcers and a cornerstone of preventing new ulcers in people with CVI. Appropriate compression (stockings or bandages) can heal 50–75% of venous ulcers when combined with good wound care and risk‑factor management.[2,6]
Multilayer and multi‑component compression systems are generally more effective than single‑layer wraps at reducing edema and improving healing rates, because they can deliver more sustained, graded pressure and better calf‑muscle pump support.[3,4]
Guidelines stress that before applying strong compression, clinicians should confirm the diagnosis, perform an arterial assessment (e.g., ankle–brachial index), and consider patient factors such as heart failure, neuropathy, or mixed arterial–venous disease, then choose a compression system the patient can realistically wear long term.[1,5]
What makes a multilayer compression system “next‑generation”?
Modern two‑layer and multilayer compression wraps often combine a soft or knitted base layer with a cohesive outer bandage. Many newer systems build in printed pressure indicators so staff can pull to a standard tension and achieve more consistent sub‑bandage pressure from visit to visit, while also reducing bandage slippage.[9,11]
Clinical studies of these newer two‑layer systems have reported rapid venous leg ulcer healing, reduced edema, improved health‑related quality of life, and good tolerability compared with traditional four‑layer or single‑layer bandages, with some economic analyses suggesting fewer clinic visits and lower overall cost of care.[9,10]
Manufacturers also highlight practical benefits—thin profiles that fit into regular shoes, wraps that stay in place for up to seven days, and cohesive outer layers that self‑adhere instead of sliding—features that can make compression easier to live with for people who still need to work, drive, and stay active.[3,11]
Inside the CS‑044 case series: 10 patients, one multilayer system
In this case study, we present a series of ten patients with long‑standing venous insufficiency and significant skin changes who were transitioned to a novel multilayer venous compression wrap designed with a knitted base layer and pressure indicators to reduce bandage slippage and standardize application.[12]
These patients had all previously been treated with other forms of compression but continued to show classic CVI skin findings such as atrophie blanche, lichenified plaques, hemosiderin staining, lipodermatosclerosis, and venous eczema before trying the new system.[7,12]
(Photo shows 59 year old male with history of chronic venous insufficiency on day 14 after application of multilayer compression dressing)
After switching, every patient reported that the new multilayer dressing stayed in place, felt comfortable to wear, and improved the perceived quality of the skin on the lower leg—suggesting better adherence and less day‑to‑day frustration with slipping bandages.[12]
From a clinical standpoint, it has been concluded that this multilayer compression system improved skin quality and may help prevent progression to chronic venous ulcers by supporting consistent, tolerable compression over time in people with advanced CVI changes.[1,12]
How these findings line up with broader evidence
The skin improvements seen in CS‑044 mirror broader data that show sustained compression can soften fibrotic tissue, reduce edema, and improve signs and symptoms of lipodermatosclerosis when therapy is maintained and leg elevation and exercise are encouraged alongside bandaging.[3,7]
Because ulcer recurrence is strongly linked to unresolved venous hypertension and chronic skin changes, multiple guidelines recommend lifelong maintenance compression after ulcer healing—an area where more comfortable, low‑slippage multilayer systems may support real‑world adherence better than older, bulky wraps.[2,5]
Practical tips for using multilayer compression to improve skin quality
Before applying a multilayer system, carry out a full lower‑leg assessment: confirm the wound or skin changes are primarily venous, measure ankle–brachial index or toe pressures to rule out severe arterial disease, review cardiac status, and document the baseline pattern of edema and skin changes.[1,5]
Have a straightforward conversation with the patient about what compression will feel like, how long they’ll likely need it, and what warning signs to watch for—such as sudden pain, numbness, or color change—which should trigger immediate review rather than “waiting until the next appointment.”[5,6]
When using a bandage with pressure indicators, follow the manufacturer’s instructions to stretch until the printed shapes line up correctly; this simple visual cue helps standardize sub‑bandage pressure across different clinicians and has been used successfully in published studies of dual‑layer compression systems.[9,11]
Track the patient’s early response: within days to weeks, many people notice less itching, reduced weeping, softer “woody” tissue, and fewer sock marks around the ankles; if bandages are slipping, causing maceration, or digging into the skin, adjust application technique, size, or system rather than abandoning compression altogether.[2,12]
For patients with severe lipodermatosclerosis or limited mobility, combine multilayer compression with a calf‑pump exercise plan and, when appropriate, referral for venous interventions (e.g., ablation of refluxing veins) to address the underlying hemodynamics along with surface skin damage.[2,4]
Limitations and research needs
CS‑044 is a small, uncontrolled case series: ten patients, no comparator group, and no formal scoring of skin quality or quality of life, so its findings should be viewed as hypothesis‑generating rather than definitive proof that one multilayer system is superior to others.[12]
Future research should include randomized comparisons between different compression systems, standardized measures of skin and symptom improvement, and long‑term follow‑up on ulcer incidence and recurrence to determine whether improvements in comfort, slippage, and skin appearance translate into fewer ulcers and better outcomes over years.[1,9]
Bottom line
CVI slowly transforms the lower‑leg skin—causing staining, thickening, and lipodermatosclerosis that hurt, itch, and set the stage for venous leg ulcers—so getting compression therapy right is critical for both symptom control and ulcer prevention.[1,7]
The CS‑044 experience and the wider literature suggest that modern multilayer compression systems with pressure indicators and low‑slippage designs can make compression more consistent and more comfortable, supporting better adherence and, ultimately, healthier skin for people living with chronic venous insufficiency.[9,12]
References
Nair HKR, Mosti G, Atkin L, et al. (2024). Leg ulceration in venous and arteriovenous insufficiency: assessment and management with compression therapy as part of a holistic wound‑healing strategy. Journal of Wound Care, 33(Suppl 10B):S1–S31. UWA Research Repository
DeBacker SES, Wittgen CM, Beidler SK. (2021). Wound care for venous ulceration. International Journal of Lower Extremity Wounds. PMC
Nair B. (2014). Compression therapy for venous leg ulcers. Indian Dermatology Online Journal, 5(3):378–382. PMC
Latz CA. (2015). Compression therapies for chronic venous leg ulcers. Chronic Wound Care Management and Research, 2:123–132. Taylor & Francis Online
Provincial Nursing Skin & Wound Committee (CLWK). (2025). Compression Therapy for Venous Insufficiency – Guideline. Clinical wound‑care guideline. CLWK
WoundReference. (2017, updated). Compression therapy: background and indications for venous leg ulcers. Clinical topic overview. Wound Reference
Kirsner RS, Pardes JB, Eaglstein WH, Falanga V. (1993). The clinical spectrum of lipodermatosclerosis. Journal of the American Academy of Dermatology, 28(4):623–637. ScienceDirect
DermNet NZ. (2022). Lipodermatosclerosis. Clinical overview and images. DermNet®
Senet P, et al. (2022). A new compression system for treatment of venous leg ulcers. Journal of Wound Care, 31(9):734–742. Maguire Online Library
Mallow PJ, Qian TH, Chong CL, et al. (2023). Health economic analysis of a two‑layer compression bandage system for venous leg ulcers. International Wound Journal, 20(6):2209–2219. PMC
JOBST®. (2025). Compri2 Two‑Layer Compression Bandage System. Product information page. JOBST USA
Greenstein E. (2025). Improving skin quality through the use of a multilayer compression system in patients with chronic venous insufficiency (CS‑044). Essentia Health case series poster (PDF provided by user).
