Enhanced RF Filtering allows the physician to evaluate real time amplitude reductions of the distal electrograms in order to judge the efficacy of ablation lesions during RF procedures
PID Control is intended to maximize power response and minimize temperature overshoots, reducing ablation times and increasing reproducibility of lesion temperatures
High Power (up to 150W) with a 2amp return allows the Maestro 3000™ Controller to deliver maximum power through 8F, 8mm tip electrode catheters, and thus permits to take full advantage of the 8F, 8mm tip performance and ability to generate deep lesions
Real Time Impendance Measurements are designed to evaluate catheter tip contact, to monitor the effectiveness of power controlled, cooled lesions, as well as the transition from electrically active to electrically non active endocardium, such as PVs, Fossa Ovalis and scar tissues
Additional “Ease-Of-Use�? Features to decrease physician and support staff learning curves and to optimise the flexibility of use
The Remote Control Unit provides access to all Maestro 3000™ Controller functions from a distance of up to 22.5 m (75 ft)
Memory Buttons allow to save up to five ablation setting configurations
The Maestro 3000™ Pod reads Thermocouple or Thermistor sensors and admits a direct connection of Blazer RPM™, Blazer XP RPM™, Blazer II™, Blazer II XP™ and Chilli II™ ablation catheters
Maestro 3000™ Remote Controller Unit
Maestro 3000™ Pod
Product Type
RF Ablation System
Used in Procedures
Cardiac AblationRelated Medical Areas
Cardiac Rhythm ManagementRelated Conditions
Heart Conditions