Aspen -Model Pinnacle Series -Laser System

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The Pinnacle Series Laser System features advanced laser technology and can deliver more energy than other therapy lasers (Maximum Energy Laser Treatment). The additional power, coupled with our optimal wavelength and treatment beam size, results in deeper penetration, significantly faster treatment times, and delivery of the proper therapeutic dosage.  These features provide healthcare professionals with an enhanced and superior ability to treat difficult conditions and ultimately provide better clinical outcomes to all patients.

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High Quality Laser Diode Technology 
Maximum Range of Power Levels 
Optimal Therapeutic Wavelengths 
Large Color Touch Screen 
Fast Interactive User Interface and Menu 
Choice of Operating Modes 
Heavy Duty Laser Unit Design 
Ergonomic Dual Treatment Handpiece 
Maximum Laser Treatment Beam Size 
Reliable Fiber Optic Laser Beam 
Maximum Energy Laser Treatment 

Model: Pinnacle Series 30 Watt / 60 Watt
SKU: AL-V30x / AL-V60x
Laser Type: GaAlAs Diode Laser
Dimensions: 400(W)*385(L)*200(H) mm
Weight: 28lb
Wavelength, Laser: 810nm + 980nm + 1064nm
Maximum Power: 30 watts / 60 watts
Operation Modes: Continuous Wave (CW) and Pulse
Pulse Duration: 10μs-3s
Repetition Rate: 0.2Hz-50KHz
Fiber Sizes: 550 uM
Fiber Connector: SMA905 Connector
Pilot Beam: Red Diode Laser Of 635nm, Power<5mW
True Color Touch Screen<5mW: Color Touch Screen
Voltage/Current Rating: 110/220 VAC, 5A , 50/60 Hz
Safety Compliance: CE0197

810nm Wavelength
The 810nm wavelength allows rapid activation of the haemoglobin oxygenation process: transferring the correct energetic supply to muscles and tendons, facilitating regeneration. Clinical studies indicate that 810nm largely affects mitochondrial cytochrome c oxidase by increasing cytosolic calcium while decreasing mitochondrial calcium.

980nm Wavelength
The 980nm wavelength optimizes the action on thermal and mechanical receptors for a rapid analgesic effect, resulting in improved pain control, circulation, and muscle relaxation. Clinical studies indicate that 980nm primarily affects temperature-gated calcium ion channels.