Shockwave Therapy Machine |Swiss Dolorclast Master Touch Evo Shockwave
Shockwave Therapy Machine |Swiss Dolorclast Master Touch Evo Shockwave
Shockwave Therapy Machine |Swiss Dolorclast Master Touch Evo Shockwave
Shockwave Therapy Machine |Swiss Dolorclast Master Touch Evo Shockwave
Shockwave Therapy Machine |Swiss Dolorclast Master Touch Evo Shockwave
Visual Analog Scale (VAS) option to track pain reduction throughout treatment
Description
In Stock
Description:
17 ready-to-treat protocols with preset recommended settings, pictures and video
First and only one device to feature an air pressure vs energy density (ED) converter. This option automatically calculates the ED output (in mJ/mm²) corresponding to the air pressure level (in bar) chosen for the treatment
Up to 200 logs for tailored treatment protocols
Up to 3000 patient files stored with automatic treatment history recording
Comprehensive therapeutic guide with anatomical and clinical definition, list of published clinical studies, contra-indications and risks
Display of an energy meter on working screen to follow at anytime the energy released to the tissues
Automatic recognition of the Swiss DolorClast® Evo Blue handpiece
USB memory port to upgrade software and export database and statistics
Password option for more safety
Benefits:
Effective - Clinically proven energy output with the Evo Blue® handpiece for constant energy density and the Power+ handpiece for higher energy density
Complete - Easy to master with its preset protocols, accurate manual settings, pressure ramp-up and energy density display
Patient-oriented - Inform your patients using treatment pictures, videos and method details. Track clinical results by recording your patients’ data
TECHNICAL FEATURES
MANUFACTURER
EMS Electro Medical Systems SA
TECHNOLOGY
Radial ESWT pneumatic with external compressor
CONTROLS
Colour Touchscreen
FREQUENCY RANGE
1 - 20 Hz (increment of 1 Hz)
AIR PRESSURE RANGE
1.5 - 4 bar (increment of 0.1 bar)
IMPULSE RANGE
500 – 10000 (increment of 500 impulses)
ENERGY OUTPUT
Positive Energy Density
EVO BLUE HANDPIECE
15mm: Up to 0.18mJ/mm2 15mm focus: Up to 0.28mJ/mm2
POWER+ HANDPIECE
15mm: Up to 0.4 mJ/mm2 15mm Focus: Up to 0.55 mJ/mm²
To contact Alpha Sport about EMS Shockwave Therapy Machine |Swiss Dolorclast Master Touch Evo Shockwave use Get a quote.
Description:
17 ready-to-treat protocols with preset recommended settings, pictures and video
First and only one device to feature an air pressure vs energy density (ED) converter. This option automatically calculates the ED output (in mJ/mm²) corresponding to the air pressure level (in bar) chosen for the treatment
Up to 200 logs for tailored treatment protocols
Up to 3000 patient files stored with automatic treatment history recording
Comprehensive therapeutic guide with anatomical and clinical definition, list of published clinical studies, contra-indications and risks
Display of an energy meter on working screen to follow at anytime the energy released to the tissues
Automatic recognition of the Swiss DolorClast® Evo Blue handpiece
USB memory port to upgrade software and export database and statistics
Password option for more safety
Benefits:
Effective - Clinically proven energy output with the Evo Blue® handpiece for constant energy density and the Power+ handpiece for higher energy density
Complete - Easy to master with its preset protocols, accurate manual settings, pressure ramp-up and energy density display
Patient-oriented - Inform your patients using treatment pictures, videos and method details. Track clinical results by recording your patients’ data
TECHNICAL FEATURES
MANUFACTURER
EMS Electro Medical Systems SA
TECHNOLOGY
Radial ESWT pneumatic with external compressor
CONTROLS
Colour Touchscreen
FREQUENCY RANGE
1 - 20 Hz (increment of 1 Hz)
AIR PRESSURE RANGE
1.5 - 4 bar (increment of 0.1 bar)
IMPULSE RANGE
500 – 10000 (increment of 500 impulses)
ENERGY OUTPUT
Positive Energy Density
EVO BLUE HANDPIECE
15mm: Up to 0.18mJ/mm2 15mm focus: Up to 0.28mJ/mm2
POWER+ HANDPIECE
15mm: Up to 0.4 mJ/mm2 15mm Focus: Up to 0.55 mJ/mm²