How the labeling machine works
The label is attached to the packaging container, and the deviation between the center line of the label and its theoretical position is within the specified range, which is called a positive standard. Where there are multiple labels on the same packaging container, the deviation from the theoretical position shall be determined according to the above definition, and shall be within the specified range.
The beginning of the work process is that the box is fed to the labelling machine at a constant speed on the conveyor. The mechanical fixture separates the boxes by a fixed distance and pushes the box in the direction of the conveyor. The mechanical system of the labeler includes a drive wheel, a labeling wheel, and a reel.
The drive wheel intermittently drags the label belt to move, the label tape is pulled out of the spool, and the label wheel is pressed against the box by the labeling wheel. An open-loop displacement control is used on the reel to maintain the tension of the label strip. Since the labels are closely connected to each other on the label strip, the label strip must be constantly stopped and stopped.
The label is affixed to the box with the labeling wheel moving at the same speed as the box. When the conveyor reaches a certain position, the label drive wheel accelerates to match the speed of the conveyor belt, and then decelerates to a stop.
Since the label may slip, it has a registration mark on it to ensure that each label is placed correctly. The registration mark is read by a sensor, and during the deceleration phase of the label, the drive wheel will reposition the position to correct any positional errors on the label strip.
The Q Switch Nd: YAG laser energy output can be absorbed by blue and black pigment granules in organic tissues, and the pigment granules will be therefore swelled to break out, and become more tiny granules by fission to be excreted out of the human body or phagocytized by macrophages and then metabolized away by lymphatic system, so as to realize pigment removal.
Laser Tattoo Removal Treatment
Nd Yag Laser For Tattoo Removal is an advanced treatment designed to completely eliminate tattoos, without leaving scars or unpigmented areas of skin behind.
During a laser tattoo removal treatment, the laser`s high energy light breaks up the tattoo ink into tiny particles, which are gradually absorbed by the skin. Laser tattoo removal may cause slight discomfort, though a local anesthetic can be used to eliminate the pain.
Following a laser tattoo removal treatment, minor side effects such as red and tender skin may occur; however, these tend to diminish within three to seven days.
Depending on the size and color of your tattoo, the number of treatments will vary. Your tattoo may be removed in two to four visits, though it may take as many as 10 more sessions. You should schedule a consultation, during which time a trained professional will evaluate your personal situation and advise you on the process.
Treatment with the q-switch nd yag laser tatoo removal varies from patient to patient depending on the age, size, and type of tattoo (amateur or professional). The color of the patient's skin, as well as the depth to which the tattoo pigment extends, will also affect the removal technique.
Thanks to newer technology, laser tattoo removal has become much more effective with very little risk of scarring. Laser treatment is often safer than many traditional methods such as excision, dermabrasion or salabrasion (using moist gauze pads saturated with a salt solution to abrade the tattooed area) because of its unique ability to selectively treat pigment involved in the tattoo.
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