Duosoft Flow Memory Foam Insoles – Cushioning & Pressure Relief for Sensitive Feet

The Duosoft Flow Memory Foam Insoles are a premium insole solution, engineered to distribute weight‑bearing pressure, cushion each step, and reduce impact force. They are especially suited to those living with diabetes, arthritis, neuropathy, or other conditions causing foot sensitivity.

These insoles combine the advanced performance of gel cell technology with the proven comfort and durability of PORON materials to deliver long-lasting support and protection.

Key Benefits

• Enhanced Circulation: The unique gel cell design provides a gentle “pumping effect” that stimulates blood flow in the feet.
• Ulcer & Skin Protection: Reduces the risk of sores, calluses and ulcers by minimising pressure peaks and promoting healthy skin integrity.
• Superior Cushioning: Excellent cushioning helps absorb shock and protects vulnerable structures in the foot from repetitive loading.
• Pain Relief: Alleviates general foot discomfort and helps delay fatigue during extended standing or walking.

Intended Use & Fit

These insoles are designed to fit inside both standard shoes and “extra depth” orthotic footwear. Each pack includes a cut‑to‑fit guide to customise the insole to your shoe size. :contentReference[oaicite:1]{index=1}

When to Use

• For people with diabetes who require foot protection and cushioning
• With arthritis or other conditions causing foot pain or sensitivity
• When managing neuropathy or insensate feet
• Conditions such as metatarsalgia, Morton’s neuralgia, plantar fasciitis
• Forefoot stress (e.g. sesamoiditis) or repeated pressure in high‑load zones

Core Technology

Gel Cell Base

The insole features 122 individual gel cells that respond independently to foot strike. This design expands the contact surface and reduces pressure peaks by varying resistance across the cells. The result is enhanced impact absorption, vibration damping, and pressure redistribution. :contentReference[oaicite:2]{index=2}

These cells are made of a low‑durometer, viscoelastic gel that resists oil leaching, flattening, or long-term compression under normal use. :contentReference[oaicite:3]{index=3}

PORON Top Cover

The upper layer comprises PORON medical urethane, known for its durability and pressure-distributing properties. PORON is free from plasticisers and maintains flexibility over time — reducing vertical pressure by up to 18%. :contentReference[oaicite:4]{index=4}

Its slow recovery (“memory”) characteristic cradles the foot, redistributing load evenly across the plantar surface while remaining breathable, cool, and odour-resistant. :contentReference[oaicite:5]{index=5}

Mechanism of Action

When weight is borne, the gel cells compress and slightly push into the soft tissues beneath them. This dynamic interaction assists the peripheral venous pump in the sole of the foot, helping propel blood towards the posterior tibial veins. This “massaging” effect may help reduce venous stasis and improve circulation. :contentReference[oaicite:6]{index=6}

Some clinical investigations suggest that use of Duosoft Flow insoles helps maintain oxygen saturation (SpO₂) in foot tissues at higher levels than standard insoles — potentially reducing risk of tissue breakdown and ulcer formation. :contentReference[oaicite:7]{index=7}

Usage Tips & Care

• Trim to fit your shoe using the supplied guide.
• Insert into the shoe flat; ensure full contact over the footbed.
• Use under the supervision of a podiatrist or foot care specialist, especially in high-risk patients (diabetic, neuropathy).
• Clean gently with a damp cloth and mild soap. Do not machine wash or soak.
• Air dry at room temperature. Avoid direct heat or sunlight that may degrade materials.
• Inspect regularly for deterioration—replace if support or cushioning is compromised.

Why Choose Duosoft Flow in Australia?

These insoles are stocked by Australian suppliers and trusted by local podiatrists for therapeutic foot care. The combination of gel dynamics and PORON cushioning offers a compelling balance of comfort, durability, and clinical performance in local conditions.