JEISYS Tri-Beam Q-Switched Nd YAG Laser
Innovation
Rich-PTP (Photo-acoustic Toning Pulse) technology is unique to TRI-BEAM. Even with larger spot sizes (adjustable 2 to 10 mm) Rich-PTP™ mode distributes high peak energy into a rapid double pulse allowing for optimal tissue interaction. Rich-PTP™ mode also optimizes Thermal Relaxation Time for targeted melanosomes when treating melasma. When it comes to comfortably treating difficult tattoos and pigmented lesions, Tri-Beam is the answer.
Versatility
Gen Technique is a Quasi-Long Pulse (Pulse width 300 µs) utilizing the 1,064 nm wavelength for deep penetration. Gen Technique combines thermal lifting and toning by using the fundamentals of selective photothermolysis. The peeling effect that results makes Gen Technique a phenomenal treatment for skin revitalization and firming.
Fractional Mode: Treat with confidence
Fractional Mode delivers a high peak energy pulse while sparing much of the epidermis. By minimizing the possibility of over-treating targeted chromophores and surrounding tissue, Fractional Mode enables users to treat conditions such as, Café au lait, Nevus of Ota and Solar Lentigines with a high level of confidence and minimal side-effects.
TriBeam’s proprietary Fractional hand piece serves a unique purpose. Even with optimal wavelengths, energy and pulse widths, Q-Switched Ng:YAG operators still have the propensity to over treat patients with melasma. The slightest adjustments in fluence can exacerbate this skin condition. Tri-Beam Fractional allows for peak energy and absorption into targeted chromophores while reducing bulk heating. This capability leads to clearance with lower risk of PIH.
Multiple Wavelengths and Handpieces
In addition to treating red and orange tattoos, the 532 nm mode is ideal for treating tiny vascular lesions like telangiectasia and cherry angioma. Often described as Laser Skin Toning, Tri-Beam utilizes the 532nm mode as a toning pulse that reduces diffuse epidermal pigmented and vascular lesions.













There are no reviews yet.