Brands

3+PRO™ advanced laser safety eyewear combines three protection technologies in one lens. 3+PRO™ has two HTM™ absorptive layers and a reflective MULTIWAVE™ layer, providing advanced laser protection with both interference reflective and absorptive technology. Hundreds of layers of durable precision metal coat the convex surface of HTM absorptive glass to achieve protection at angles from 0 to 30 degrees and transmit incident light to maximize transmission. 3+PRO™ lenses are more durable than a glass base, presenting a solution for multiwavelength ultrafast lasers with high peak fluences.

HTM™ High Transmission Optical Grade Mineral Glass is used in aerospace, metrology and in the construction of Kentek Laser Safety Glass lenses and Kentek Laser Safety Viewing Windows.

HTM+™ Enhanced High Transmission Optical Grade Mineral Glass is used in aerospace, metrology and in the construction of Kentek Laser Safety Glass lenses with increased protection and wavelength range.

LASER SHIELDS is a comprehensive line of laser protective eyewear and laser safe viewing windows for coherent and incoherent light.

MULTIWAVE™ Advanced Laser Safety Eyewear Lenses utilize interference reflective technology. Hundreds of layers of durable precision metal coat the convex surface to achieve protection at angles of 0-30 degrees and transmit incident light to maximize transmission. MULTIWAVE™ lenses are more durable than lenses with a glass base, presenting a solution for ultrafast lasers with high peak fluences.

MULTIWAVE+™ Advanced Laser Safety Eyewear Lenses utilize interference reflective technology together with HTM™ absorptive optical grade mineral glass to further expand the properties of these lenses. Hundreds of layers of durable precision metal coat the convex surface of HTM™ absorptive glass to achieve protection at angles of 0-30 degrees and transmit incident light to maximize transmission. Like our MULTIWAVE™ lenses, MULTIWAVE+™ lenses are more durable than lenses with a glass base, presenting a solution for ultrafast lasers with high peak fluences.

TRU-VIEW™ IPL Safety Eyewear Lens technology is designed to reduce Intense Pulsed Flash and noncoherent light, while maintaining true color recognition, including skin tones and blemishes.

WELD-IT™ Protective Glass protects the eye from electromagnetic energy or optical radiation and intense UV light emitted in welding flash and is used in both welding eyewear and welding viewing windows.

X-RAD-Pb™ Radiation Shielding Lenses protect the eye from ionizing radiation such as gamma and x-rays.

XVT™ Enhanced Visible Technology is a formulation of UV and quintessential absorbing dyes compounded in the most demanding impact resistant polymeric base materials resulting in lightweight, optically superior polymer laser protective lenses and laser viewing windows with a true abrasion-resistant front and back hard coating.

λ-MAX™ (Lambda MAX) Focused Technology is a formulation of UV and selective narrow-notch absorbing dyes compounded in the most demanding impact resistant polymeric base materials resulting in lightweight, optically superior polymer laser protective lenses and viewing windows with true abrasion-resistant hard coatings on the front and back hard.

POLY-Rx™ is lightweight thin laser safety eyewear with your vision corrective prescription. Available for single vision and progressive prescriptions.

LaserWELD™ laser welding safety products are designed to protect against high laser energy, bright broadband welding light, and the risk of impact.

ENTRY-GUARD™ is a modular laser area control system which deploys visible and audible warnings and can control safety interlocks, activate a shutter, provide emergency power shutdown or offer safe entry to authorized users.

The TRAP-IT™ Laser Beam Dump is a table-mounted laser area control measure to assist with Laser Beam Energy Management utilizing thermodynamic principles to dissipate laser energy safely as heat. Our Classic Series TRAP-IT™ Laser Beam Dumps have a dual-cone design and a matte black anodized finish to increase the surface area for laser energy absorption, minimize back reflections and stop the laser beam when placed in the beam path. TRAP-IT™ LR Low Reflectance Beam Dumps are designed to be less than 3.5% reflective across a wavelength range of 190-10,600nm with increased surface area to absorb laser energy, minimize back reflections and stop the laser beam when placed in the beam path.

ZAP-IT® Laser Alignment Paper is a thermally-based diagnostic tool used to estimate and document cross-sectional characteristics of a laser beam including Beam Shape, Mode Quality, Edge Definition, Divergence, Intensity Profile and Energy Distribution.

VIEW-IT® IR Laser Detectors provide a laser light detection solution for invisible infrared laser beams between 800nm and 1,700nm. When pulsed or continuous wave IR laser energy hits the VIEW-IT® IR target, the photons are shifted down in wavelength and converted to a visible green image.

VIEW-IT® UV Laser Detectors provide a laser light detection solution for invisible ultraviolet laser beams between 190nm and 390nm. When pulsed or continuous wave UV laser energy hits the VIEW-IT® UV target, the photons are shifted up in wavelength and converted to a visible red image.

Macken Instruments Laser Power Meters increase productivity, efficiency, and provide a method to document historical laser performance. Choose from a wide selection of analog and digital power probes to measure continuous wave power or pulsed laser energy.

Gentec-EO offers a wide range of high accuracy laser power meters suitable for all professional uses that require a precision measurement, from industrial to medical and even scientific uses.