Easy care for complex wounds

Kaptory is a MedTech company developing technologies based on the body’s intrinsic capabilities, designed to provide just the right level of support needed to aid tissue regeneration.

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Costly complex wound care

Complex wounds can affect anyone, anywhere, at any age. These wounds are challenging to heal because simple suturing is not possible due to loss of skin tissue. Current management approaches are based on the concept of substituting the missing tissues, either by harvesting and transposing tissue from healthy donor sites, or by implanting exogenous matrices.

Complex wound care represents 2-4% of healthcare spending in high-income countries (approximately $150B in the US, €15B in Germany, and €9B in France annually).

Over 80% of these expenditures are labor-driven, reflecting the massive mobilization of healthcare professionals required by current care pathways.

Indeed, current care relies on invasive treatments that are highly repetitive and prolonged, often extending over several weeks, or months.

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Change the paradigm

We develop medical technologies intended to unlock the body’s endogenous regenerative potential with the aim of simplifying the delivery of complex wound care and supporting improved healing outcomes.

A medical device acting as a temporary skin substitute

Designed to limit invasive intervention

Designed to eliminate dressing changes

Mechanical technology

These principles are in line with international clinical consensus recommendations, which emphasize the importance of maintaining a stable healing environment and limiting unnecessary disturbances

Morgan-Jones R, 2025

Points of interest

Patented technologies

Hardware-light

Worldwide need

Single use

Workflow impact

Clinical application focused

Multi-product roadmap

Ambition

Kaptory’s approach aims to transform care wherever tissue healing is a critical challenge. Our approach follows a progressive trajectory, with technological complexity scaling as clinical indications expand.

Severe finger wounds, where the quality of healing determines function and which provide a relatively simple and rapid first indication for device development