Mithras Optics Technology – LED Secondary Optics & UV Reflectors
About Mithras
Mithras Optics Technology delivers optical design and manufacturing services, integrating the design and production of lighting optics and non-imaging optics, as well as a wide range of molded plastic products. With complete in-house expertise across the supply chain, we combine optical simulation and design, optical-grade plastic injection molding, optical mold design, and mold flow analysis.
To meet the growing demand for high-quality lighting environments, Mithras also offers professional lighting rental services driven by optical design. For engineering projects in Taiwan, we provide efficient lighting layout planning and hardware support, helping clients stay ahead in a fast-changing competitive environment.
Philosophy
We complete every development project entrusted to us on time and to specification, continually advancing our technical and development capabilities to provide professional solutions that meet our customers' needs.
Services Overview
- ● Precision Plastic Injection Molding
- ● Light Guide Plate (LGP) Optical Design & Mass Production
- ● LED Secondary Optics Lens Design & Manufacturing
- ● DIALux Indoor/Outdoor Lighting Simulation & Design
- ● UV Curing & Sterilization Reflector Development & Production
- ● IR Lens Design & Tooling for Photoelectric Sensors
- ● K-Mark Bicycle Lamp Lens Design
- ● EN54-23 Optics for Fire Alarm Visual Alarm Devices (VADs)
- ● USCG / ABYC A-16 Secondary Optics for Marine Navigation Lights
- ● ECE R112 / R113 Symmetrical & Asymmetrical Headlamp Optics
- ● SAE J845 / J595 / J797 and ECE R65 Road Warning Light Lenses
Core Technologies
Mold Flow Analysis
Scientific molding simulation that prevents part variation and optimizes optical-grade mold structures.
Precision Injection Molding
A dedicated molding environment for high-grade optical materials ensures stable quality.
Imaging / Non-imaging Design
Precision optical design that meets demanding automotive (ECE/SAE) and industrial illuminance uniformity requirements.
