1064nm infrared UV laser（safe band: 180-480nm&750-1400nm）

Near-infrared is a kind of invisible light with a wavelength of 760nm-2500nm. Although we cannot see it, it really exists. Any object will emit infrared rays when its temperature exceeds absolute zero.
At present, industrial near-infrared lasers include: CO2 laser 10640nm, krypton lamp pumped YAG laser 1064nm, xenon lamp pumped YAG laser 1064nm, semiconductor side pumped YAG laser 1064nm, etc.
A.H laser application:
Gas laser (infrared band 10640nm)
Laser marking machine (CO2 laser)
Solid-state laser (infrared band 1064nm)
Krypton lamp pumped Nd:YAG laser marking machine AHL-YAG
Xenon lamp pumped Nd:YAG laser welding machine AHL-W
Xenon Lamp Pumped Nd:YAG Laser Cutting Drilling Machine AHL-C
Xenon Lamp Pumped Nd:YAG Laser Scribing Machine AHL-HP50
Xenon Lamp Pumped YAG Laser Trimming Machine AHL-TZ50
Semiconductor Side Pumped Nd:YAG Laser Marking Machine AHL-DP50
REITER infrared laser protective glasses protection wavelength 180-480nm&750-1400nm OD5+
The light transmittance of 45% can ensure a good line of sight.
Applicable to: gas welding, gas cutting, solid-state laser marking machine, drilling machine, scribing machine, resistance adjustment machine and other near-infrared laser radiation protection, to avoid permanent damage such as retinal burns and cataracts.

532nm green safety glasses （safety band: 180-550nm）

safety band: all green lasers and blue lasers between 180nm-550nm.
Suitable for: green laser pointer, prostate laser treatment instrument, green laser cutting machine, green laser marking machine.

Medical Application
193nm laser treatment of myopia
308nm laser treatment of melanin
532nm laser treatment of age spots and freckles

Industrial Application
The 532nm wavelength visible green laser can achieve clear contrast marking on plastic materials, soft marking on silicon materials, and high-quality marking on reflective materials such as gold and silver.

532+1064nm picosecond freckle (blocking band: 180nm-550nm&750-1100nm)

As a new type of energy source for the treatment of skin diseases, picosecond laser has ultra-short pulse width of picosecond level (≤10ps). Different from the traditional selective photothermal effect, the main effect of picosecond laser is photomechanical effect, not photothermal effect. When the picosecond laser acts on the target cell, it can generate a “mechanical wave” on the target base. The high energy generated by the wave instantly vaporizes the cell, and the pigment particles in the cell are completely shattered into a dust state, which can be better absorbed by the antigen. Presents cellular uptake and metabolism, or changes the physical properties of some pigment granules to prevent them from developing color. At the same time, due to its short pulse width, damage to surrounding tissues is reduced, and the risk of stimulating melanin regeneration is significantly reduced.At present, the picosecond lasers used in clinical research are mainly alexandrite laser with wavelength of 755 nm and Nd:YAG laser with wavelength of 1 064/532 nm.

Main blocking bands: green laser, blue laser, violet laser below 550nm, ultraviolet laser and infrared laser above 750nm.
Applicable to: infrared laser marking machine, ultraviolet laser marking machine, picosecond freckle beauty instrument,
skin rejuvenation instrument,
laser cutting machine, laser welding machine.

REITER 180-450nm&600-720nm OD5+ red laser protection

The 650nm weak laser has many functions, mainly aimed at cardiovascular system diseases. It can reduce blood viscosity, reduce blood lipids, prevent the formation of blood vessel thrombus, improve some symptoms of patients, and improve dizziness. , dizziness, and chest tightness can keep blood pressure relatively stable and normal, and it can also prevent and treat high blood pressure. In addition, it can also have a certain effect on simple rhinitis, which can relieve the pathological state of nasal mucosal congestion, edema, and exudation of inflammatory secretions, and can also help improve blood circulation and enhance brain memory.

REITER laser protective glasses for welders

At present, welders are divided into two types: one is traditional electric welding, aluminum welding, argon arc welding and so on. Welding arcs emit radiation over a wide range of wavelengths – from 200 nm (nanometers) to 1400 nm (or 0.2 to 1.4 μm, microns). These ranges include ultraviolet (UV) radiation (200 to 400 nm), visible light (400 to 700 nm), and infrared (IR) radiation (700 to 1400 nm). During the welding process, the eyes are exposed to strong infrared radiation, and they will immediately feel strong burns and pains, and flash hallucinations will occur. Long-term exposure may cause infrared cataracts, vision loss, and even blindness in severe cases.
The other is modern welding processes such as laser welding, cutting, and drilling. Mainly using 1064nm solid-state YAG lasers in the infrared band, this type of welding process also produces radiation in the wavelength range – from 200 nm to 1400 nm. These ranges include ultraviolet light, visible light, and infrared radiation, with infrared radiation being more intense. It is recommended to choose REITRER goggles.

200-520nm laser protection goggles

uv protection glasses
405nm laser safety glasses
led safety glasses
450nm laser safety glasses
teeth whitening glasses

200-520nm laser protection goggles

IPL 200-2000nm Full band laser

IPL 200-2000nm Full band laser

IPL 200-2000nm Full band laser