
LIGHTWEIGHT. BREATHABLE. ECO-FRIENDLY.
Comfort engineered for every step.
From everyday sneakers to performance-led footwear, KASEN LITESOCK combines lightweight construction, breathable comfort and responsible material thinking in a production-ready sockliner engineered for modern footwear.
Precise die-cutting. Consistent shape. Lightweight cushioning.
A smarter foundation for everyday comfort.
A sockliner doesn’t need to be complicated to perform its role well.
LITESOCK combines lightweight EVA with precision die-cut construction to give footwear manufacturers a practical, consistent and production-friendly sockliner solution.
- 01
Lightweight Construction
Designed to provide cushioning without adding unnecessary weight to the footwear.
- 02
Consistent Die-Cut Profile
Precision-cut shapes help maintain consistency across production runs.
- 03
Easy to Integrate
Designed as a ready-to-use sockliner component that can be incorporated efficiently into different footwear constructions.
- 04
Custom Shapes
Available in footwear-specific shapes and sizes to suit different lasts and construction requirements.
- 05
Scalable Solution
Suitable for volume footwear production where consistency and repeatability matter.
- 06
Breathable Comfort
Designed to support airflow and comfortable underfoot performance.
- 07
Eco-Conscious Material
Available with material options designed to reduce environmental impact.

More than an insole. A production-ready solution.
What manufacturers get
Lightweight comfort
A low-weight sockliner solution for footwear where comfort and weight matter.
Breathable performance
Designed to support airflow and comfortable underfoot conditions.
Consistent output
Repeatable die-cut shapes across production.
Efficient construction
A ready-to-use component that integrates easily into footwear assembly.
Eco-conscious options
Material and construction options designed with sustainability considerations in mind.
Customisation potential
Shape, thickness, size and surface options developed according to application requirements.
