Goods and freight is separate accounting, different countries freight is different, the specific cost please consult customer service

.Other countries send express 7-15 days to arrive

.Canada and Brazil overseas warehouse is in transit

.Mexioand European Union area overseas warehouse stocks, 7-14 days to arrive

.United States overseas warehouse stocks, 3-10 days to arrive

Welcome to our factory direct store, the only brand, we guarantee product quality, and provide lifelong supporting after-sales service, so that you shopping worry-free.Our machines have regular CE ROHS EMD LVD and other test reports, and the quality can be completely assured.


Specifications
Hign-concerned Chemical
None
Item Type
Massage & Relaxation
Certification
CE,RoHS
Advantage
full face ,left face,right face all can analysis
Analyzer items
spots,color,sensitive,uv spots,collagen loss ,deep pigment ,uv acne
Operating System
Android System
Storage
218G
Color
White
spectral imaging 1
blue light,uv light red light,wood lamp light,brown light
spectral imaging 2
white light ,negative polarized light,positive polarized light
Screen
2K High-Definition Display
Camera
36 Million HD Pixels Cameras
Warranty
1 Year
Feature
Acne analysis, Pigmentation analysis, Skin Wrinkle analysis, Detect Skin Moisture, Other
Plugs Type
US
Application
For Commercial
Target Area
Face
Advanced technological principles

Skin testing instruments utilize various high-tech technologies. Among them, optical imaging technology is one of the cores, which irradiates the skin with light of different wavelengths. For example, ultraviolet radiation can be used to detect bacteria and porphyrins on the surface of the skin, and the distribution of these substances can reflect the cleanliness of the skin and potential inflammatory problems. Visible light can help observe macroscopic features such as skin color and texture.

In addition, there are spectral analysis techniques. By analyzing the spectra of skin reflection and absorption, the instrument can accurately measure the content of different components in the skin. For example, near-infrared spectroscopy can be used to detect the moisture content in the deep layers of the skin, which is crucial for understanding the moisturizing status of the skin. Radio frequency technology can be used to detect the elasticity and tightness of the skin, by measuring the response of skin tissue to radio frequency signals, and determining the condition of collagen and elastic fibers.