Yag Green Laser

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Yag Training Vessels $68.51 High Quality Content by WIKIPEDIA articles YAG (Yard Auxiliary, General) training vessels are wooden boats built between 1954 and 1958, and based at CFB Esquimalt in Esquimalt, British Columbia, Canada. The vessels are used for training Canadian Forces regular naval officers, naval reservists, and members of the Royal Canadian Sea Cadets in basic seamanship, vessel handling, and navigation. According to the Department of National Defence, in 2000, a total of 1830 personnel were deployed on the YAGs for a total of 585 days and steamed over 25,000 nautical miles (46,000 km) in support of training. YAGs displace 70 tonnes, and are divided into five major belowdecks compartments: right forward, a chain locker, then the forward cabin, containing the galley, one of the heads (washrooms) and the officers eating and sleeping areas, as well as the gyroscopic (gyro) compass. Author: Surhone, Lambert M./ Timpledon, Miriam T./ Marseken, Susan F. Binding Type: Paperback Number of Pages: 80 Publication Date: 2010/07/05 Language: English Dimensions: 5.98 x 9.01 x 0.19 inches

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Laser Bonding $71.7 Laser bonding is a marking technique that uses lasers and other forms of radiant energy to bond an additive marking substance to a wide range of substrates. Invented in 1997, this patent protected technology delivers permanent marks on metals, glass and ceramic parts for a diverse range of industrial and manual applications, ranging from aerospace to the awards engraving industries. It differs from the more widely known techniques of laser engraving and laser ablation in that it is an additive process, adding material to the substrate to form the marking instead of removing it as in those techniques. For metals, parts can be permanently marked with high contrast, high resolution marks for logos, barcoding, identification and serialization purposes, without damage to the substrate. With glass and ceramics, complex surfaces can be decorated or marked and the traditional firing process replaced by a laser, with its permanent bond fired on in seconds. Laser bonding has been achieved by Nd:YAG, CO2 laser, Fiber laser and Diodepumped solidstate laser and can be made by other forms of radiant energy. Laser bonding is often referred to as CerMark, CerMarked, or CerMarking Author: Miller, Frederic P./ Vandome, Agnes F./ McBrewster, John Binding Type: Paperback Number of Pages: 92 Publication Date: 2010/04/23 Language: English Dimensions: 9.02 x 5.98 x 0.22 inches

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Tattoo Ink - What Lasers get rid of what colors?

Ink manufacturers are not required to reveal the contents of their products. Nor do they require US FDA approval.  Most inks (they are really pigments) are mixed with various carrier solutions to disinfect the pigment and ensure even mixture during application.

The following carriers are considered to be the safest: ethanol (drinking alcohol), purified water, Witch Hazel, Listerine , Propylene Gylcol and Glycerine (glycerol).  

Some of the substances used in tattoo inks may produce toxicity.  Modern inks often include metal salts (metals that are oxidized to create a color), industrial organic compounds, petroleum compounds, acids and vegetable dyes. The ink pigments most commonly reported to cause a reaction are reds and yellows.  Surprisingly these are the two that most often disappear from a tattoo without any signs of reaction.

Plastics are now used in tattoo inks and are known for their bright coloring.  However many people have shown sensitivity to them. Glowing pigments or those that response to black UV light are also known to be risky - some may be safe, but others contain phosphors or are radioactive.

This list includes the various colors of pigments used and the laser technology that is best suited to removing them

Black: this is considered one of the easiest ink colors to remove.  This is because most black inks absorb the entire light spectrum.  All types of Q-switched lasers seem effective at removing them, these include the Ruby (QSRL), Alexandrite, Nd:YAG-Invisible and the Nd:YAG-Green light.

Brown: these are often made with ochre which is made from iron (ferric) oxides often combined with  clay.  Tan inks often absorb laser light below 560 nanometers and flesh-colored pigment absorb below 535 nm.

Red:  This color is often reported to cause reactions, possibly because it is often made with rust (iron oxide). Laser wavelengths below 575 nm are most effective for removing red inks.

Orange: These pigments are often made with organic industrial pigments such as: disazodiarylide or cadmium seleno-sulfide. Orange pigments typically absorb green laser light below 560 nm.

Yellow: Probably the hardest pigment to make and the ingredients vary widelyYellows are sometimes known to cause reactions; this is possibly due to the fact that more pigment is required to make them. Yellows usually absorb laser light below 520 nm but will often begin reflecting above this level.   Yellows are one of the most difficult pigments to eliminate.

Green: Are one of the more difficult inks colors to remove or fade since they will only absorb the light of their complement- red.  Q switched Ruby lasers are often used for removing greens.  Wavelengths of 625-755 nm are the most effective for greens.

Blue: are often as resistant as greens to remove since they will only absorb red light.  Q switched Ruby lasers are often used for removing blues.  Wavelengths of 625-755 nm are the most effective.

Violet: is often made of manganese violet (manganese ammonium pyrophosphate) is known to be moderately toxic if ingested and highly toxic if inhaled in the raw form. Some of the purples, especially the bright magentas, are photoreactive and will tend to lose their intensity after prolonged sunlight exposure. Violet is similar to red in its laser light reflectance and absorption properties, so green light in wavelengths below 575 nm are most often effective for removing them.

White: These colors often consist of lead white (lead carbonate) and titanium dioxide (considered quite safe and is widely used in paints, sunscreens and food coloring). Most ingredients commonly used in this pigment color are considered non toxic.

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