material:
abs
material: abs
applicable parts:
hand
applicable parts: hand
power type:
lithium battery
power type: lithium battery
origin:
china
origin: china
specifications:
qv600
specifications: qv600
model:
qv600
model: qv600
medicine (mechanical):
wanhe machinery preparation 20200465
medicine (mechanical): wanhe machinery preparation 20200465
item no.:
tn600
item no.: tn600
weight:
1.5kg
weight: 1.5kg
style:
english handheld
style: english handheld
main downstream platforms:
ebay, amazon, wish, aliexpress, independent
main downstream platforms: ebay, amazon, wish, aliexpress, independent
major sales areas:
africa, europe, south america, southeast asia, northeast asia, middle east
major sales areas: africa, europe, south america, southeast asia, northeast asia, middle east
have authorized private brands:
no
have authorized private brands: no
whether cross-border export is exclusively available:
yes
whether cross-border export is exclusively available: yes
patent source or not:
no
patent source or not: no
dimensions:
240*60*65(mm)
dimensions: 240*60*65(mm)
function:
auxiliary vein search for easy puncture
function: auxiliary vein search for easy puncture
Highly sold Vein Finder vascular imaging device for foreign trade and domestic sales, suitable for adults and children; high-resolution venous detection device, facial vein ultrasound and infrared detector
Price is ex-tax shipping
For details, please contact customer service
This product is in English export packaging and cannot be used in China. If you need a Chinese version, please contact customer service.






Meaning:
1. It can assist in evaluating detailed information such as the thickness, depth, curvature, length, branching, and venous valves of blood vessels;
2. It can measure the blood filling level in observable vessels, assess blood flow conditions, and determine whether there are abnormal conditions such as hematomas after intravenous injection;
3. It allows for direct observation of blood flow direction, qualitative assessment of blood flow rate, and evaluation of blood filling level.
4. It can visually monitor the flow and other dynamics of the medication in blood vessels. Medical staff can thereby determine whether there is any leakage of the medication. This is particularly useful during the injection of tumor medications to prevent damage to human tissues due to leakage.
5. During varicose vein surgery, the use of vascular imaging devices can reduce the time required to locate veins and improve the accuracy of diagnosis, resulting in a more precise surgical site and better aesthetic outcomes before and after the operation.
Physical Structure:
Primarily composed of a host unit and a power adapter; the host unit consists of a motherboard, display screen, camera and projection module, near-infrared LED light source module, rechargeable battery, and other components.
Working Principle:
By applying near-infrared light of a specific wavelength to the skin, blood vessels absorb the light due to the presence of hemoglobin, while other tissues scatter and weakly absorb the light. A near-infrared imaging device captures the reflected or scattered near-infrared light. The captured data is processed through photoelectric conversion and image processing, ultimately locating the specific position of the blood vessels and projecting them onto the corresponding area for real-time observation by medical staff.
Hardware functional features:
1. Designed to be lightweight and agile, allowing for flexible movement.
2. Utilize invisible near-infrared light sources, which cause no harm to the human body and cause no visible light pollution to the environment.
3. The operation is simple, with one-click power on/off.
4. It features a built-in battery; after charging, it can operate continuously for 2 hours and is capable of working after a long period of power outage.
5. It is powered by AC and DC electricity, allowing flexible selection based on the environment. It also has a battery level indicator for easy timely charging.
6. Developed based on an FPGA platform, with powerful backend processing capabilities.
Features of the software:
1. Independent software development to ensure the product's self-developed nature.
2. Professional application software, with 13 color switching options for projection (including mixed colors) and three sizes.
3. The projection light intensity can be adjusted using software according to user requirements.
Product Advantages:
1. The design meets ergonomic principles and is compact and elegant.
2. Obtain the blood vessel location in real time.
3. Point-to-point skin surface imaging with high alignment accuracy, system resolution of 0.3 mm.
4. Multiple lens combinations eliminate visible light interference, ensuring clear image formation without artifacts.
Scope of Application:
Suitable for medical units to observe and locate superficial subcutaneous blood vessels, serving as assistance for puncture procedures. It can be applied throughout the body.
Department of Application
Pediatrics, Emergency Department, Injection Department, Hospital Room, Plastic Surgery (Microsurgery)
Note 1: In venous puncture, the success rate for infants and young children is approximately 49%. Failure in venous puncture increases the number of punctures, thereby raising the likelihood of venous catheter infection. Additionally, factors such as obesity, skin color, anemia, low blood pressure, and poor vascular quality can all affect the accuracy of the puncture.
Note 2: In cosmetic surgery, complications that occur due to the injection material entering blood vessels during the procedure, such as tissue necrosis, blindness, cerebral infarction, and even death, deter patients and further hinder the development of the cosmetic surgery industry.

For details, please contact customer service!!!!