Physiotherapy.Servomed

03/10/2017

Trigger points are common in carpal tunnel syndrome. The trigger points to look out for are in the Pronator Teres, Upper Trapezius, Infraspinatus, and wrist flexors and extensors.

25/09/2017

Magnetic therapy combined with Cryo ( by cold packs ) and Pressure.

Model : Cryo Mag prof.
Company : LEVEL - Italy

Package include :
3 Units with 8 Cuff

25/09/2017

Servomed - full physiotherapy equipment

Physiotherapy Equipment

23/02/2017

The New LASERNEEDLE technology
High Power Density (HPD)
Made in German

30/01/2017

https://www.youtube.com/watch?v=M71OlUtH0dw

26/01/2017

Muscle Stimulation
DJO / Compex

www.ShopCompex.com - Compex Muscle Stimulators work by using EMS (electronic muscle stimulation) to increase strength and muscle development, improve recover...

24/01/2017

Portable Electrotherapy
DJO / Compex
4 Channel
10 Program

24/01/2017

Portable Electrotherapy
DJO / Compex
4 Channel
20 Program

24/01/2017

Portable Electrotherapy
DJO / Compex
2 Channel Wireless
30 Program

24/01/2017

INFRARED Lamp
Model : THERA
Company : Lid - lamps
Made in France

24/01/2017

24/01/2017

109 followers

24/01/2017

24/01/2017

16/01/2017

Extensive range of programs – 8 TENS and 6 NMES Programs The HAN TENS Waveform, further differentiates PRIMERA from the rest The PRIMERA features a proven circuit with over 10 years of reliable performance Complete package includes: PRIMERA Unit, Carrying Case, Battery, Leadwires, Dura-Stick Electro...

03/01/2017

Chattanooga Huber 360 - Extended Video

03/01/2017

Chattanooga Intelect Neo

Intelect Neo - therapeutic excellence, at the touch of your finger Intelect Neo is the new standard in combination therapy. Its intelligent design (the resul...

15/12/2016

15/12/2016

07/06/2016

07/06/2016

24/05/2016

Anterior Cruciate Ligament injuries are not going away. They are as relevant a problem today as ever-before, especially for our increasingly competitive sports world.

06/12/2015

Portable Electrotherapy 2Ch /4Ch - DJO/Compex

09/11/2015

Scientific Literature Overview

Pain & Inflammation

Monochromatic Infrared Photo Energy versus Low Level Laser Therapy in Patients with Knee Osteoarthritis.

* Authors Ammar TA
* Published J Lasers Med Sci. 2014 Fall;5(4):176-82.
* Date Oct 2014
* Place of origin: Department of Basic Science, Faculty of Physical Therapy, Cairo University, Cairo, Egypt.
Background


Objective
To compare the effects of MIPE (monochromatic infrared photo energy) and LLLT in improving pain and function in KO.

Tested products
LLLT: Chattanooga Laser

MIPE: Anodyne Therapy System: a flexible pad containing 60 LEDs

Study design & methods
Randomised comparative study.

Subjects: 60 patients with unilateral knee OA.

Methods: subjects were randomly assigned into two groups.
•Group 1 (n=30) received MIPE and exercises. MIPE consists of LEDs located on flexible pads, providing a total of 62.4 Joules/cm² of energy density during 30 minutes irradiation time.
•Group 2 (n=30) received LLLT and exercises. A Chattanooga 100mW, 850nm diode was used. 5 points were irradiated for 2 min per point = 12J/point. Total treatment time per session: 10 minutes.

Both groups received 2 treatments per week for 6 weeks.

Outcomes:
•Pain intensity measured on a 10cm visual analogue scale (VAS)
•Physical function measured with the lower extremity functional scale (LEFS)

Outcomes were assessed before and after the 12 therapy sessions.

Results •All outcome measures improved significantly in both groups, with no significant difference bewteen the groups.
•Pain VAS decreased from 7.68 to 4.21 in the Chatt LLLT group (p

20/10/2015

Laser Chattanooga

18/11/2014

Effects of therapeutic ultrasound on range of motion and stretch pain.


Objective :
To clarify the effects of therapeutic ultrasound on range of motion and stretch pain and the relationships between the effects.

Study design & methods :
Randomised controlled trial with repeated measures design.

Subjects: 15 healthy males.

Methods: subjects performed all three interventions:
•Ultrasound (US group), US was applied at 3 MHz with an intensity of 1.0 W/cm² and a 100% duty cycle for 10 minutes.
•Without powered ultrasound (placebo group),
•Rest (control group).

Outcomes:
•Active and passive range of motion (ROM)
•Stretch pain (VAS)
•Skin surface temperature (SST).

Results •ROM and SST were significantly higher in the US group than in the placebo and control groups for the 20 minutes after ultrasound.
•There was no change in stretch pain indicating that ultrasound increased the threshold of stretch pain.
•The SST increased with ultrasound and decreased afterwards. Additionally, the SST tended to return to baseline levels within 20 minutes after ultrasound exposure.

Conclusion •Therapeutic ultrasound provided increases in both ROM and SST accompanied by an increased SP threshold for at least 20 minutes after the conclusion of the interventions.
•Increases in tissue viscoelasticity and extensibility caused by an ultrasound application, which improves scar tissue and fibrosis, leads to greater ROM and less pain, and thus it is clinically important.
•Furthermore, our results endorse the active application of pain management and therapeutic exercise such as ROM exercises by therapists in the 20 minute window after application of ultrasound.

Key message Ultrasound has a thermal effect on the tissue and allows for greater passive ROM gains without pain increase.