UV Reflectors for Curing and Sterilization
Our UV reflectors offer high reflectivity to efficiently reflect and control UV light. Beam distribution is precisely designed to meet specific application requirements, and the reflective coating is built to withstand long-term UV exposure.
LED Secondary Optics Design
Secondary optical components such as lenses are added on top of the LED package's primary optics to shape the light distribution; this is known as LED secondary optics design. Mithras has in-house forward optical design capability and delivers optimized secondary optics even under tight dimensional constraints.
IR Lenses for Photoelectric Sensors
Mithras has extensive development and mass-production experience in lens optics for photoelectric switches used in safety and automation, including through-beam, retro-reflective and diffuse types. Visible-light-blocking and band-pass materials are used to prevent false triggering caused by stray light.
Land and Marine Warning Light Optics
EN54-23 / ECE R65 / SAE J845/J595/J797 / ABYC A16
Based on light source power, mounting method, mounting height, coverage area and intensity requirements, we design uniform spatial light distributions that help customers pass product certification.
LED Surface Light Source Design
LED surface light sources are mainly either direct-lit or edge-lit. Edge-lit designs rely on a light guide plate (LGP) as the key component, whose core technologies are dot-pattern and micro-structure design — one of Mithras' core specialties.
Backlight Optical Simulation
Backlight optics include light guide plates, LED light sources, reflector sheets, diffuser sheets, brightness enhancement films, dot patterns and micro-structures. In LED backlight optical simulation, Mithras achieves over 90% agreement between simulation and actual results.
LED Street Lights and Public Lighting
Beyond electrical and thermal design, the light distribution of LED street and public lighting relies on freeform lenses to achieve uniform patterns. LED arrangement must also be considered to create asymmetric distributions that meet lighting needs in different environments.
DIALux Indoor/Outdoor Lighting Simulation and Design
Using DIALux lighting simulation software, we plan indoor and outdoor lighting layouts based on site dimensions, luminaire light distribution and illuminance requirements, evaluate average illuminance and uniformity, and provide simulation reports. This lets customers confirm lighting performance before installation and also serves as the basis for our lighting rental layouts.
R112 / R113 / K-Mark Automotive, Motorcycle and Bicycle Lamp Optics
Designed around the needs of drivers and road environments, our optics balance energy efficiency with maximum optical efficiency and comply with regulatory test requirements, delivering clear, bright and safe illumination for good visibility and road safety.