This resistance-to-fogging ocular test system includes a laser source, heating system, and a complete set of lenses, mirrors, and photodetectors. It is compliant with EN 168 and ECE 22/06 and similar standards and is supplied with a PC and software.
This equipment is designed to test resistance against large dust particles. It features a stainless steel cabinet with a glass viewing door, a high-pressure fan, and an integrated reflectometer
Featuring completely new hardware, this equipment measures the haze of lenses and other substances according to ISO 12311, ASTM, and ANSI standards. It includes an integrating sphere, automatic movement, and calculation software.
A new model for basic light diffusion testing, featuring a 150 W xenon lamp source and a 9 mm diameter light spot with a silicon photodetector. Operation and calculations are fully automatic via PC and utilize completely new hardware.
This new model utilizes the simplified C method for light diffusion testing, featuring a 635 nm laser source and a 3 mm diameter light spot with a silicon photodetector. It offers fully automatic operation and PC-based calculation with upgraded hardware.
An advanced system for testing refractive and astigmatic powers using a 24x telescope with a stepper motor-driven grid target. It features a camera for on-screen imaging, a sample holder, and automatic results calculation on a supplied PC. It also measures astigmatic power differences and calculates prismatic power automatically by means of a second camera.
This sand spray abrasion test system for visors and lenses includes an aluminium and steel frame. It features a direct-drive motor with an inverter, an RPM counter with sensor, and integrated PLC control.
Designed to test the increased robustness of lenses, this system utilizes a tube-driven mechanism and a magnetic release system for 22mm and 16mm balls.
