A lightweight surgical mesh combining durable and absorbable materials, designed to provide temporary support during tissue healing while reducing long-term foreign body presence in procedures such as hernia repair.
Constructed from durable, biocompatible materials, this surgical mesh provides long-term reinforcement for soft tissue repair, ensuring strength and stability in procedures such as hernia repair.
An advanced medical system designed to deliver controlled hypothermia directly to the bladder cavity, enhancing therapeutic outcomes in bladder cancer treatment by increasing tumor sensitivity to chemotherapy and reducing recurrence rates.
A flexible, high-visibility guidewire designed for precision navigation during urological interventions, ensuring enhanced control, reduced trauma, and optimal support for minimally invasive procedures.
Laser Trans-Urethral Ablation for Bladder Tumors: A cutting-edge laser system designed for precise ablation of bladder tumors through the urethra, offering minimal invasiveness, reduced bleeding, and enhanced precision for effective tumor removal.
An advanced laser system designed to treat benign prostatic hyperplasia (BPH) with precision, providing effective tissue removal, improved urinary flow, and minimal downtime for enhanced patient outcomes.
Designed for precision and ease of use, this flexible needle ensures accurate delivery of therapeutic agents during urological procedures, offering enhanced maneuverability and patient comfort.
Specifically designed for pyeloplasty procedures, this catheter ensures optimal drainage and support of the renal pelvis, facilitating effective healing and improved urinary flow post-surgery.
Engineered for smooth and efficient navigation, this ureteral access sheath provides enhanced access to the urinary tract, reducing trauma and facilitating the passage of instruments during urological procedures.
A meticulously designed device for urological stone management, offering superior grip, flexibility, and precision to efficiently capture and remove calculi with minimal patient discomfort.
Designed for smooth and reliable navigation, these catheters ensure efficient drainage and access during urological procedures, minimizing trauma and optimizing patient comfort.
Precision-engineered guidewires designed to provide exceptional control and flexibility during urological procedures, ensuring smooth navigation and enhanced access to the urinary tract.
A specialized system designed for percutaneous nephrostomy procedures, providing reliable drainage and access to the renal pelvis with enhanced precision, patient comfort, and procedural efficiency.
Designed to ensure unobstructed urinary flow, these biocompatible stents provide reliable support for the ureters, promoting healing and comfort during the management of urological obstructions.
A precision-designed pigtail catheter tailored for percutaneous nephrostomy, ensuring secure placement, efficient drainage, and reduced patient discomfort during nephrectomy and related procedures.