Boston Scientific Interventional Cardiology - Nugra Karsera

Boston Scientific Interventional Cardiology

Source: Boston Scientific Website	Promus Premier Select Promus PREMIER™ Select. Everolimus-Eluting Platinum Chromium Coronary Stent System. CUSTOMIZED Stent Architecture. PROVEN Long Term Outcomes. More information here.
Source: Boston Scientific Website	Mach1 Guiding Catheter A large lumen and optimal shaft performance offers precise handling, device delivery options and clinical versatility. More information here.
Source: Boston Scientific Website	FIGHTER Guidewire Polymer jacketed wire for loose tissue tracking, probing complex lesions, and knuckling. More information here.
Source: Boston Scientific Website	COMET™ II Pressure Guidewire COMET II Pressure Guidewire is the next generation, true workhorse pressure guidewire from Boston Scientific designed with Asahi technology. It features exceptional deliverability and accuracy for optimal performance to diagnose and treat. More information here.
Source: Boston Scientific Website	Opticross and Optcross HD High Definition, Clear Results Set a new standard for image quality, depth and deliverability with the new OPTICROSS HD 60 MHz Coronary Imaging Catheters. More information here.
Source: Boston Scientific Website	Emerge Pre-dilatation Balloon Emerge Catheter combines the best of Boston Scientific balloon technologies to offer exceptional deliverability with an ultra-low profile, for a pre-dilatation balloon catheter designed to navigate and cross even the most challenging lesions with unprecedented ease. More information here.
Source: Boston Scientific Website	NC Emerge Post-Dilatation Balloon NC Emerge is a next generation non-compliant Balloon from Boston Scientific. Enhanced Deliverability Pre-dilatation profiles in a post-dilation balloon Ultra-low 0.017" (0.43mm) lesion entry profile Excellent tip flexibility enabling you to access your most complex lesions2 Excellent Simultaneous Use and Recross Performance Outstanding performance in simultaneous use compatibility and recrossability2 Additional Sizes - 5.5mm and 6.0mm Broadest size matrix on the market of the devices tested More information here.
Source: Boston Scientific Website	AGENT™ Drug-Coated Balloon The AGENT™ Paclitaxel-Coated balloon catheter, built on the Emerge™ PTCA Balloon Catheter for exceptional deliverabilityr, is indicated for Percutaneous Transluminal Coronary Angioplasty (PTCA) in the coronary arteries to treat in-stent restenosis (ISR) and de novo / small vessel disease. Optimized Drug Transfer TransPaxTM coating ensures targeted delivery of Paclitaxel Optimal dose of 2 µg/mm2 compared to 3 µg/mm2 of market leading DCBs Outstanding Deliverability AgentTM DCB offers exceptional deliverability leveraging the EMERGETM PTCA Catheter: Designed to navigate and cross challenging lesions Ultra-low tip profile Bi-segment inner shaft: flexible distal segment and pushable proximal segment. Enhanced Coating Integrity Balanced hydrophobic and hydrophilic properties of Trans PaxTM coating ensures balloon reaches the lesion with the optimal amount of drug for your patient. Fewer particulates are lost distally during the procedure. More information here.
Source: Boston Scientific Website	ROTABLATOR™ Features the front-cutting, stable rotation of a diamond-tipped burr recognized by physicians as an optimal device to ablate calcium in coronary arteries. Precise Front-Cutting Realize precise control with a diamond-tipped burr that is designed to immediately engage the lesion to facilitate safe ablation. Selectively ablate calcium preserving the elastic tissue of the vessel wall. Real-Time Feedback Maintain complete control during ablation through sensitive tactile, auditory, and visual feedback. Predictable Stable Rotation Create a smooth lumen at a specific diameter with a burr that spins concentrically around the wire. Control embolic release with a diamond coated burr that ablates plaque into micro particles smaller than a red blood cell. Size Flexibility Multiple burr size options create predictable lumen size for controlled vessel preparation and uniform stent sizing and expansion (Available in 1.25 to 2.5 mm burr sizes). Achieved desired burr/artery ratio to minimize vessel trauma. Accessories include: ROTALINK Plus Rotawire More information here.
Source: Boston Scientific Website	GuideZilla Used in conjunction with guide catheters, GUIDEZILLA Guide Extension Catheter Enhances access to discrete regions of the coronary vasculature Facilitates placement of interventional devices Provide additional guide back-up support More information here.
Source: Boston Scientific Website	Marvel Guidewire Compound-Taper Stainless-Steel Core – The unique design of MARVEL’s stainless steel core provides 1:1 torque response, outstanding trackability & pushability, and enhanced rail support for increased device deliverability support. Core-To-Tip Design – This feature provides an atraumatic tip while promoting torqueability and durability. Hydrophilic Coating – The coating over the entire length of the spring coil promotes crossability, trackability, and device deliverability. More information here.
Source: Boston Scientific Website	Samurai Guidewire Inner Coil Technology (ICT) - A stainless steel inner coil affixed directly to the distal portion of the stainless steel core enhances the shape retention and durability of the distal tip, reduces whipping, and provides exceptional torqueability. Moderated Hydrophilic Coating – The reduced coating on the distal 1 cm improves tactile feel, while the hydrophilic coating over the rest of the spring coil promotes exceptional trackability and device deliverability. Compound-Taper Stainless Steel Core – The unique design of SAMURAI’s stainless steel core provides 1:1 torque response, outstanding trackability, and moderate rail support for excellent device delivery. More information here.
Source: Boston Scientific Website	iLAB™ Ultrasound Imaging System The iLAB™ Ultrasound Imaging System provides the combination of real-time imaging and soft tissue visualization that cannot be duplicated by fluoroscopy, pre-operative imaging (CT or MR), or electroanatomic mapping. Not only can you identify anatomical structures, you can visualize where devices are relative to those structures. More information here.