PRP and Stem Cells LED CELL ACTIVATOR machine is effective for activating cell or growth factor

Product Overview

Description

LED CELL ACTIVATOR

LED CELL ACTIVATOR is effective for activating cell or growth factor before using

Features:

Selective wavelength according to the purpose of treatment

Red: to help cell’s growth, collagen synthesis

BLUE: to help cell’s self-purification, to restrain fat

GREEN: to help cellular Immunity increase

YELLOW: to stimulate cell’s activation

Specification:

Model	TD4-NY		Led Light	Red/Yellow/Green/Blue
Time Range	Continuous or up to 48h 59min		Operating Panel	Touch Button
Increment	1min		Control	Microprocessor Digital PID
Display	LED display		Accuracy	±1%
Block Material	Solid Anodized Aluminum		Capacity	50ml conical Tube*2
Dimension	250*250*175mm(W*D*H)		Inner Size	Φ30(Diameter)*100mm*2
Weight	5kg		Power	100-240V 50/60Hz 30W

 

Precision LED treatment to activate PRP & Stem Cells

Studies have proven when exposed to a specific wavelength of LED light, stem cells and platelet-rich plasma gets activated. This directly results in higher growth factors and cytokine levels in Platelet-Rich Plasma. This light can also enhance the proliferation and osteogenic differentiation of Mesenchymal Stem Cells.

 

Stem cell activation with PRP and LED light

Adipose derived Mesenchymal Stem cells can be activated by a combination of Platelet-Rich Plasma and LED light. This method is known to generate at least 20% more stem cell colonies than normal. The stem cells activated this way can be injected directly into affected joints.

 

Actual results on PRP using LED Cell Activator

The below is a set of levels of cyto-kine and growth factor levels from a controlled sample of LED activated and non-activated Platelet-Rich Plasma.

 

Effect on Amniotic Fluid Derived Stem Cells

According to this study, visible light irradiation in amniotic fluid-derived stem cells (AFSCs) in various wavelengths including blue (470 nm), green (525 nm), yellow (600 nm), and red (630 nm) can activate pluripotent gene expression and osteogenic differentiation.