Foley Catheter Holder

Securing device for indwelling catheters that prevents accidental displacement and reduces traction injuries to the urethra.

Support device designed to secure and stabilize foley catheters during use. Prevents catheter movement and reduces urethral trauma.

A device designed to securely hold and stabilize medical catheters in place. Used to maintain catheter position and prevent inadvertent displacement during patient care.

A device used to secure and position rectal catheters during urodynamic testing procedures.

A medical device designed to support and secure hydrophilic urinary catheters during use. This product provides stable positioning and protection for the catheter, enhancing patient comfort and safety during catheterization procedures.

A fixation device designed for medical applications including surgery navigation, spine surgery, neurology procedures, ventilation support, patient positioning, and patient monitoring. The holder provides precise positioning and secure fixation for medical instruments and equipment.

Surgical accessory for secure syringe positioning and stabilization during medical procedures.

Securing apparatus for tracheostomy tubes preventing accidental displacement and migration while allowing patient mobility.

Device designed to secure and stabilize endotracheal tubes in proper position.

Foley-Safe is a securement device designed to fix and stabilize Foley catheters after insertion into the urethra and bladder. The device prevents catheter displacement, reduces infection risk by keeping the insertion site clean, minimizes patient discomfort from unintended movement, and maintains catheter integrity by preventing damage from repeated shifting. It serves as an alternative to the traditional 60-year-old balloon anchoring method, providing improved catheter fixation for safer and more effective urological treatment.

A catheter securement device designed to stabilize Foley catheters and reduce catheter-associated urinary tract infections (CAUTI). The device absorbs micro-movements to minimize mechanical stress on the catheter and includes a safety disconnection feature to protect against trauma from accidental extraction.