US Pro 2000 2nd Ultrasound Ultrasonic Professional Series Portable Pain Therapy

Description

US Pro 2000 2nd Edition 1MHz Ultrasonic Therapeutic Professional Series Portable Ultrasound
New Model with Head warming feature
The US Pro 2000™ 2nd Edition is a clinical grade therapeutic ultrasound device that generates deep heat through ultrasound energy. The pulsed 
sound waves travel deep into the tissue and induce vasodilation, which helps increase blood flow to the treated area and is found to help relieve pain 
and reduce muscle spasms. Equipped with a head warming feature on an ergonomically designed sound head for increased patient comfort. With 
three output intensities and three treatment time selections, the US Pro 2000™ 2nd Edition can provide a wide range of therapy treatments. 
Sound head is watertight for use in underwater therapy (for 30 mins at depth of 1 meter). Complete with hard carrying case, ultrasound gel, AC/DC 
adaptor, instruction manual and a quick start guide.
Features:
Operates in continuous mode (100% Duty Cycle).
Head warming feature pre-heats up to 95°F the sound head applicator for increased patient comfort.
Watertight for use in underwater therapy for 30 mins at a depth of 1 meter (Ultrasound head only – IPX7).
Three output intensities selections.
Three treatment times (5 min, 10 min or 15 min).
Small, ergonomic design that is easy to hold and portable.
Comes complete with device, ultrasound gel, AC/DC adaptor, hard carrying case, quick start guide and instruction manual.
One year warranty
Specifications:
Acoustic Frequency:
1 MHz ± 10%
Temporal Maximum Output:
6.4 W ± 20% (duty factor 100%)
Head Warming Preheat Time:
3 minutes max
Pulse Repetition Rate:
100 Hz ± 10%
Duty Factor (L, M, H):
5%, 50%, 100%
Treatment Time:
5, 10, 15 minutes
Effective Radiating Area (ERA):
4.0 cm2 ± 20%
Beam Non uniformity Ratio (BNR):
5.0 max
Wave Form:
Pulsed, Continuous
Program Specifications:
Program
Duty Factor
Settings
Output Power
L
5%
Low
0.08W/cm² ± 20%
M
50%
Medium
0.80W/cm² ± 20%
H
100%
High
1.60W/cm² ± 20%