Caremax Foley Catheter

Medical device designed for urinary catheterization and drainage. Used in hospitals and healthcare facilities for patients requiring urinary management.

Indwelling urinary catheter for bladder drainage.

Indwelling urinary catheter with balloon retention mechanism for continuous bladder drainage. Manufactured from medical-grade materials for patient safety and comfort during prolonged catheterization.

Indwelling urinary catheter with inflatable balloon for secure placement and continuous urine drainage. Manufactured to strict medical standards for patient safety and comfort.

Indwelling urinary catheter with balloon retention mechanism for long-term bladder drainage. Available in silicone and latex materials for catheterization management.

Urinary catheter with an inflatable balloon for retention in the bladder. Used for urinary drainage in patients requiring long-term catheterization. Manufactured according to international quality standards.

A sterile indwelling urinary catheter with an inflatable balloon for retention in the bladder, used for urinary drainage and urine collection.

Indwelling urinary catheter with balloon retention system for extended catheterization in hospitalized and catheterized patients. Available in various French sizes for different clinical requirements.

Complete Foley catheter systems with integrated drainage components for long-term urinary management. Engineered with biocompatible materials to reduce complications.

An indwelling urinary catheter with an inflatable balloon for retention, used for long-term urinary drainage in hospitalized and home care patients.

A device designed to secure and position Foley catheters, preventing accidental displacement, tension, and discomfort in urology and general patient care applications.

Foley catheter stabilizer device designed to reduce catheter-associated urinary tract infections (CAUTI) and prevent unintended extractions. Features micro-movement absorption to minimize mechanical stress on the catheter and a safety disconnection mechanism to protect against bladder and urethral injury during sudden pulling.