Showing posts with label Process. Show all posts
Showing posts with label Process. Show all posts

Tattoo Instruments and the Tattoo Creation Process

Tattoos have had various uses over the years; as protective or therapeutic symbols, as an identification mark denoting religious, political, or social groups, as a fashion statement, and as a medium of self-expression.

Tattoos are created by injecting the pigments strategically under the skin's epidermis. The first injection will disperse the pigment through the top damaged layer of skin and right through the epidermis and the upper dermis triggering the formation of 'phagocytes', which constitute the body's immunity mechanism.

The top layer of the skin falls away even as the wound heals. However, the pigment tends to spread deeper and deeper into the skin. This results in the tattoo losing its original colour and design as the years go by.

In ancient times, the only pigments that were used were black pigments from soot. Now there is a wide variety of colours and tattoo artists mix their own colours to give a unique look.

The earliest known tattoo implements were dated back to the Upper Palaeolithic age; between 10000 BC and 38000 BC. These implements were disks made of red ochre and clay that had sharp needles made of bone inserted into holes made on top of the disks. The disk would act as a place to hold the pigment and the needles to prick the skin.

Some more tattoo implements were uncovered at an archaeological site in a place called Gurob in North Egypt. These small implements made of bronze are said to belong to BC 1450.

In New Zealand, the Maoris used a wood carving technique of tapping a compact bone-cutting tool into the skin to make shallow grooves in different designs. These tools were replaced with metal tools that were brought by the Europeans in the 18th century. This method of tattooing was called 'puncture tattooing'.

In Polynesia and Micronesia, the pigment was literally pricked into the dermis by slowly tapping on a tool that resembled a rake. Similar pricking methods were used in both North and South America. The Inuit tribe of the Arctic and Sub-Arctic regions, and in Eastern Siberia, they used what could only be termed as a sewing method; a needle strung with a thread that has been dipped in pigment was used to puncture the skin and to draw the coloured thread through underneath the skin.

Since the latter part of the nineteenth century, artists have been using electric tattoo machines to inject the pigment. The first electric tattoo machine was patented by Samuel O'Reilly in 1891. This tattoo machine was actually a variant of Thomas Edison's invention for creating embroidery patterns. Since then, tattoo machines have not undergone any major change and the same concept is still used in modern tattoo machines.

There are, however, several types of tattoo machines and the most commonly used are pneumatic, rotary, coil, liner, and shader tattoo machines. Each machine has its own specific use and depending on the type of the tattoo, the artist will select the best machine. It is very important that whichever machine is being used, it has to be tuned frequently for best performance.

Luchito Ruiz, a massage therapist by profession, has been doing considerable research on tattoos ever since he had a client with an elaborate ornamental tattoo on his back. Visit Tattoo Sydney for more information on tattoos and finding the best tattoo artist in Melbourne.


View the original article here

Tattoo Instruments and the Tattoo Creation Process

Tattoos have had various uses over the years; as protective or therapeutic symbols, as an identification mark denoting religious, political, or social groups, as a fashion statement, and as a medium of self-expression.

Tattoos are created by injecting the pigments strategically under the skin's epidermis. The first injection will disperse the pigment through the top damaged layer of skin and right through the epidermis and the upper dermis triggering the formation of 'phagocytes', which constitute the body's immunity mechanism.

The top layer of the skin falls away even as the wound heals. However, the pigment tends to spread deeper and deeper into the skin. This results in the tattoo losing its original colour and design as the years go by.

In ancient times, the only pigments that were used were black pigments from soot. Now there is a wide variety of colours and tattoo artists mix their own colours to give a unique look.

The earliest known tattoo implements were dated back to the Upper Palaeolithic age; between 10000 BC and 38000 BC. These implements were disks made of red ochre and clay that had sharp needles made of bone inserted into holes made on top of the disks. The disk would act as a place to hold the pigment and the needles to prick the skin.

Some more tattoo implements were uncovered at an archaeological site in a place called Gurob in North Egypt. These small implements made of bronze are said to belong to BC 1450.

In New Zealand, the Maoris used a wood carving technique of tapping a compact bone-cutting tool into the skin to make shallow grooves in different designs. These tools were replaced with metal tools that were brought by the Europeans in the 18th century. This method of tattooing was called 'puncture tattooing'.

In Polynesia and Micronesia, the pigment was literally pricked into the dermis by slowly tapping on a tool that resembled a rake. Similar pricking methods were used in both North and South America. The Inuit tribe of the Arctic and Sub-Arctic regions, and in Eastern Siberia, they used what could only be termed as a sewing method; a needle strung with a thread that has been dipped in pigment was used to puncture the skin and to draw the coloured thread through underneath the skin.

Since the latter part of the nineteenth century, artists have been using electric tattoo machines to inject the pigment. The first electric tattoo machine was patented by Samuel O'Reilly in 1891. This tattoo machine was actually a variant of Thomas Edison's invention for creating embroidery patterns. Since then, tattoo machines have not undergone any major change and the same concept is still used in modern tattoo machines.

There are, however, several types of tattoo machines and the most commonly used are pneumatic, rotary, coil, liner, and shader tattoo machines. Each machine has its own specific use and depending on the type of the tattoo, the artist will select the best machine. It is very important that whichever machine is being used, it has to be tuned frequently for best performance.

Luchito Ruiz, a massage therapist by profession, has been doing considerable research on tattoos ever since he had a client with an elaborate ornamental tattoo on his back. Visit Tattoo Sydney for more information on tattoos and finding the best tattoo artist in Melbourne.


View the original article here

How Laser Tattoo Removal Works - The Step by Step Process

Step 1: Schedule a Consultation

During consultation we will determine the best treatment procedure for your given tattoo as well as the number of treatments that will be required to remove it. Once the size and number of treatments have been assessed we will determine a per visit price and can begin treatment the same day. Treatments will be spaced apart 6-8 weeks to allow for ample time for the treated area to heal.

Step 2: Prepping the Area to be Treated through Laser Tattoo Removal

The area treated will be sterilized prior to treatment. The amount of energy (flounce/joules/jcm2) will be determined prior to each treatment as well as the spot size and treatment speed (Hz/hertz)

Step 3: Perform the Laser Tattoo Removal

To mitigate pain the preferred method is simply to cool the area during treatment with a medical grade chiller/cooler. During the treatment process the Laser light passes harmlessly through the skin targeting only the ink resting in a liquid state within. As the laser light is absorbed by the ink the heat crystallizes the ink changing the physical state from a liquid to a solid. The body's reaction to this change is to treat the newly crystallized ink as if it were a splinter. The body forces the crystallized ink towards the surface of the skin causing some of the tattooed skin to sluff off. While the blood stream and the lymphatic system metabolizes the ink form. There are no adverse effects on the liver or circulatory system from this process.

Step 4: Post Treatment

It is very common an all tattoos to experience blistering on the first one or two treatments with any wave length, this is normal and expected. With treatments from the 532nm laser blistering will occur following every visit again this is normal and expected. Unlike most other cases the blisters caused by the laser tattoo removal process should be drained with a sterile lancet and Aquaphore should applied immediately following drainage. The Aguaphore should be applied regularly following the treatments for two days or until the blistering stops.

While it is possible to see immediate results the majority of the time the fading occurs gradually over the 6-8 week healing period between treatments. It is important to keep the treated area out of direct sunlight and away from significant heat sources (Hot tub, sauna, steam room..etc.) for the first 48 hours following the laser treatment as any additional heat will slow the healing process and can cause blistering to worsen. Taking showers is not an issue.

Not following the prescribed aftercare procedures can lead to reduced effectiveness of the given treatment. As the laser is non-ionizing and non-mutating to cells the only chance of scaring from the treatment process is if the patient picks or scratches at the treated area during the healing process. Laser tattoo removal is very effective and will yield outstanding results if the prescribed post treatment care instructions are followed.


View the original article here