ADVA Glide
ADVA GLIDE’s revolutionary technology is specially designed to succeed in the most challenging Coronary Anatomies. With the fastest delation time, superior controlled and enhanced performance properties of trackability, crossability and navigablity in a wide range of complex lesions, AMS introduces the next generation of PTCA Balloon Catheter advancing the science of flow restoration with each and every GLIDE !
Superior Navigability
Excellent force transmission during navigation is achieved by balanced pushability and trackability along with low profile balloon, kink resistant shaft and lubricious coating.
Unsurpassed Crossability
Thinnest balloon wall (0.008 mm) results in excellent gliding and flexibility through tortuous coronary anatomies.
Advanced Coating
Advanced hydrophilic coating on the balloon and distal shaft assures confident crossing through the tortuous lesion and enhances smooth navigation due to reduced friction.
Novel Inner Tube
Patented design of inner tube at distal catheter segment provides absolute freedom of guide wire movement on occluded balloon at high inflation pressure (up to RBP) and minimizes the risk of guide wire collapse.
NC ADVA Glide
ADVA GLIDE’s revolutionary technology is specially designed to succeed in the most challenging Coronary Anatomies. With the fastest delation time, superior controlled and enhanced performance properties of trackability, crossability and navigablity in a wide range of complex lesions, AMS introduces the next generation of PTCA Balloon Catheter advancing the science of flow restoration with each and every GLIDE !
Superior Navigability
Excellent force transmission during navigation is achieved by balanced pushability and trackability along with low profile balloon, kink resistant shaft and lubricious coating.
Unsurpassed Crossability
Thinnest balloon wall (0.008 mm) results in excellent gliding and flexibility through tortuous coronary anatomies.
Advanced Coating
Advanced hydrophilic coating on the balloon and distal shaft assures confident crossing through the tortuous lesion and enhances smooth navigation due to reduced friction.
Novel Inner Tube
Patented design of inner tube at distal catheter segment provides absolute freedom of guide wire movement on occluded balloon at high inflation pressure (up to RBP) and minimizes the risk of guide wire collapse.