2014年12月30日星期二
VELAS 810nm and 532nm is suggested for lip angioma removal
VELAS 810nm and 532nm is suggested for angioma removal.
More info pls contact lucien@gigaalaser.com
Visit www.gigaalaser.com
2014年12月29日星期一
Welcome To Visit Gigaa Laser At IDS 2015.
The 36th International Dental Show(IDS) will be held at Cologne Exhibition Centre, we are looking forward to meet you during IDS 2015, please visit our booth at Hall 2.2 C-072.
Come and see our modern dental laser solutions.
Meet GIGAA at Arab Health
The 40th Arab Health will be held in Dubai International Convention & Exhibition Centre, we are looking forward to meet you during Arab Health 2015, please visit our booth at PC05.
2014年12月24日星期三
Diode laser emitting at 1064nm!
Diode laser emitting at 1064nm!
1064nm Redefined – The 1064nm is usually use the Nd:Yag as the light source, now the diode delivers energy at 1064nm, equivalent to commercially available Nd:YAG laser systems, yet at a fraction of the cost, size, and weight, due to its unique semiconductor diode source which is uniquely tuned to 1064nm. Beyond cost and portability, the diode provides a robust and highly durable light source. Make it a new alternative for nd:yag.
GBOX 10w 1064nm
VELAS 30w 1064nm
VELAS 30w 1064nm
www.gigaalaser.com
lucien@gigaalaser.com
Lucien
Sales manager
Diode laser for Percutaneous Laser Disc Decompresion (PLDD)
The Diode laser is indicated for Percutaneous Laser Disc Decompresion (PLDD), for treatment of back pain resulting from herniated discs.
The treatment principle of PLDD is based on the concept of the intervertebral disk being a closed hydraulic system. This system consists of the nucleus pulposus, containing a large amount of water, surrounded by the inelastic annulus fibrosus. An increase in water content of the nucleus pulposus leads to a disproportional increase of intradiskal pressure. A reduction of intradiskal pressure causes the herniated disk material to recede toward the center of the disk, thus leading to reduction of nerve root compression and relief of radicular pain. In PLDD, this mechanism is exploited by application of laser energy to evaporate water in the nucleus pulposus.
Laser energy is delivered by a laser fiber through a hollow needle placed into the nucleus pulposus. The needle is placed into the intervertebral disk under local anesthesia. Apart from evaporation of water, the increase in temperature also causes protein denaturation and subsequent renaturation. This causes a structural change of the nucleus pulposus, limiting its capability to attract water andtherefore leading to a permanent reduction of intradiskal pressure.
The treatment principle of PLDD is based on the concept of the intervertebral disk being a closed hydraulic system. This system consists of the nucleus pulposus, containing a large amount of water, surrounded by the inelastic annulus fibrosus. An increase in water content of the nucleus pulposus leads to a disproportional increase of intradiskal pressure. A reduction of intradiskal pressure causes the herniated disk material to recede toward the center of the disk, thus leading to reduction of nerve root compression and relief of radicular pain. In PLDD, this mechanism is exploited by application of laser energy to evaporate water in the nucleus pulposus.
Laser energy is delivered by a laser fiber through a hollow needle placed into the nucleus pulposus. The needle is placed into the intervertebral disk under local anesthesia. Apart from evaporation of water, the increase in temperature also causes protein denaturation and subsequent renaturation. This causes a structural change of the nucleus pulposus, limiting its capability to attract water andtherefore leading to a permanent reduction of intradiskal pressure.
www.gigaalaser.com
lucien@gigaalaser.com
Lucien
Sales manager
2014年12月22日星期一
980nm Veterinary Diode Surgical Laser
Laser Surgery for Better Veterinary Care
Why is Diode surgical laser is Perferred Choice among different lasers?
Unlike other lasers, Diode laser cuts and coagulates optically with negligible collateral tissue damage, charring, and recession. Many procedures using Diode laser are pain-free, minimizing or even eliminating the need for anesthesia. GBOX laser, the state-of-the-art 980nm laser is compact and portable at only 18 pounds and requires no special cooling or maintenance.
www.gigaalaser.com
lucien@gigaalaser.com
Lucien
Sales manager