● Ergonomic one-handed handle design enables smooth rotation and advancement, enhancing procedural efficiency and control

● Slim, lubricated spring coil sheath supports smooth passage through the ureteroscope accessory channel, even at extreme angulations

● Super-elastic nitinol basket head provides excellent flexibility and shape recovery after repeated stone capture

● Dual-function design integrates access and working guidewire capabilities in a single device, streamlining procedural workflow.

● Excellent passability with a hydrophilic soft tip and kink-resistant core, enabling smooth navigation through complex urinary anatomy.

● Stable handling performance supported by PTFE coating for enhanced maneuverability and precise directional control.

● High compatibility with flexible ureteroscopes; Dual-Flex model and latex-free design support safe use in sensitive patients.

● Patented sheathless design utilizes the TTS baby-scope accessory channel to enable basket extension and retraction, preserving working channel space for smoother and more flexible operation

● Braided nitinol basket head provides high flexibility, maintains opening strength, and resists deformation after repeated stone retrieval

● Tipless construction without welding joints or basket caps minimizes the risk of retained foreign material, allows full basket expansion for effective proximal stone capture, and features a rounded atraumatic tip for smooth passage through the endoscope accessory channel

● NiTi snare loop design offers high flexibility and sharp cutting performance, maintaining smooth operation and reliable shape recovery after repeated resections

● Integrated rotation function with ergonomic handle enables synchronous loop rotation for precise positioning and controlled polyp capture

● Excellent passability allows smooth advancement through the endoscope working channel, even during scope retroflexion

● Low-friction PTFE coating ensures smooth advancement and reduces procedural resistance

● Minimized vessel trauma supports atraumatic vascular access and device placement

● Biocompatible and chemically inert construction enhances safety and compatibility during intravascular use

● Superior pushability and torque response provide stable control and precise navigation

● Comprehensive range of diameters and lengths accommodates diverse clinical requirements

● Low-friction PTFE coating supports smooth advancement and reduces procedural resistance

● Atraumatic performance helps minimize vessel trauma during navigation and device exchange

● Biocompatible and chemically inert materials enhance safety and compatibility during intravascular use

● Superior pushability and torque response provide stable support and precise directional control

● Comprehensive range of diameters and lengths accommodates diverse cardiovascular and endovascular applications

● High radiopacity construction supports clear fluoroscopic visualization and accurate catheter positioning

● Hydrophilic low-friction coating enhances smooth trackability and controlled advancement through tortuous vasculature

● Flexible, atraumatic tip design helps minimize vessel trauma while maintaining stable navigation

● Comprehensive size matrix available in multiple lengths, French sizes, and tip configurations to meet diverse clinical requirements

● Ultra-low profile design (0.70–1.30 mm OD) with high flexibility supports safe navigation through tortuous and small-caliber vessels

● Shapeable tip with full-length support wire enables controlled super-selective cannulation and efficient procedural workflow

● Gradient hydrophilic/hydrophobic coating reduces friction, thrombogenicity, and vessel trauma; optional antimicrobial or heparin-coated surfaces are available

● Broad procedural compatibility supports embolization, thrombectomy, stent or balloon delivery, as well as contrast or drug injection

● Versatile application for CTO and complex stenoses supports treatment of chronic total occlusions and resistant coronary lesions

● Non-compliant (NC) balloon design enables precise and controlled dilation with predictable expansion

● Excellent pushability and trackability facilitate smooth navigation through tortuous and calcified vessels

● Radiopaque markers for accurate positioning provide clear fluoroscopic visibility during balloon placement and inflation