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R&D · Investigational

Recather

A compact automated device concept exploring dual-phase disinfection for clean intermittent catheter (CIC) users, aiming to reduce cost and medical plastic waste for a globally under-served group.

Investigational medical device — research and preclinical development

The unmet need

Over two million people globally rely on Clean Intermittent Catheterization (CIC) every day. Single-use catheters mean high yearly costs, significant medical plastic waste, and infection risks when reused without proper disinfection.

Who is affected

People living with spinal cord injury, spina bifida, multiple sclerosis, neurogenic bladder and other conditions requiring long-term CIC — and the caregivers and health systems supporting them.

The current concept

Recather is being developed as a small at-home device intended to perform a dual-phase disinfection cycle for CIC catheters, aiming to enable safe reuse of catheters currently designed as single-use.

Intended value

If validated, Recather could meaningfully reduce out-of-pocket costs, medical plastic waste and infection risk for CIC users. Early internal forecasts suggest potential first-year expense reduction on the order of 65% with continued reduction over time — subject to independent validation.

Recather prototype demonstration

Scientific and regulatory disclaimer

Recather is an investigational device under research and preclinical development. It is not clinically proven, not regulatory-approved, and not commercially available. Nothing on this page should be interpreted as a medical claim, a recommendation to reuse single-use catheters, or medical advice.

Development status

Phase 01

Demonstrated

Early laboratory feasibility work and prototype iterations (V1.1 → V1.3) supported by TÜBİTAK BİGG 1512 and Acıbadem TEKMER.

Phase 02

Currently being tested

Cleanroom experiments, test-analysis and validation, and the start of preclinical Phase 2 work — supported in part by Boğaziçi BRIGHT (2nd place, 2024).

Phase 03

Future targets

Preclinical completion, regulatory pathway definition, clinical validation and, later, real-world deployment models.

Collaboration opportunities

We welcome collaboration with clinicians, urology specialists, medical device engineers, regulatory experts, patient organizations, research institutions and investors.

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