Catheter Shaft Definition at Trent Lopez blog

Catheter Shaft Definition. Pushability refers the force applied by a physician to. essential performance characteristics to consider when designing a new catheter include push strength, tactile feel, lubricity, steerability, torque transfer (how the application of rotational force at the proximal end of the catheter translates to the distal end), kink resistance, and flexibility. Understand the potential tortuosity and assess what may be the best approach. Shaft structure enables rotation of the catheter, providing excellent crossability. It can be used for guide wire support, lesion crossing, and guide wire exchange. contains a full stainless steel coil shaft that provide outstanding support, pushability, and torque performance when attempting to cross difficult lesions. The materials that can be used include: the design of the shaft determines the steering and deflection capabilities of the catheter. two common criteria for catheter shafts are pushability and navigation. device shafts can be optimized for flexibility, kink resistance, torque and tracking. Braided shafts are the best solution for catheter designs. where will it need to go in the body?

the design of the shaft determines the steering and deflection capabilities of the catheter. essential performance characteristics to consider when designing a new catheter include push strength, tactile feel, lubricity, steerability, torque transfer (how the application of rotational force at the proximal end of the catheter translates to the distal end), kink resistance, and flexibility. It can be used for guide wire support, lesion crossing, and guide wire exchange. where will it need to go in the body? The materials that can be used include: Understand the potential tortuosity and assess what may be the best approach. contains a full stainless steel coil shaft that provide outstanding support, pushability, and torque performance when attempting to cross difficult lesions. device shafts can be optimized for flexibility, kink resistance, torque and tracking. Braided shafts are the best solution for catheter designs. Pushability refers the force applied by a physician to.

Radifocus™ Optitorque™ Angiographic catheter

Catheter Shaft Definition essential performance characteristics to consider when designing a new catheter include push strength, tactile feel, lubricity, steerability, torque transfer (how the application of rotational force at the proximal end of the catheter translates to the distal end), kink resistance, and flexibility. Braided shafts are the best solution for catheter designs. It can be used for guide wire support, lesion crossing, and guide wire exchange. contains a full stainless steel coil shaft that provide outstanding support, pushability, and torque performance when attempting to cross difficult lesions. the design of the shaft determines the steering and deflection capabilities of the catheter. The materials that can be used include: Shaft structure enables rotation of the catheter, providing excellent crossability. Pushability refers the force applied by a physician to. two common criteria for catheter shafts are pushability and navigation. device shafts can be optimized for flexibility, kink resistance, torque and tracking. essential performance characteristics to consider when designing a new catheter include push strength, tactile feel, lubricity, steerability, torque transfer (how the application of rotational force at the proximal end of the catheter translates to the distal end), kink resistance, and flexibility. Understand the potential tortuosity and assess what may be the best approach. where will it need to go in the body?