High transmittance, high-precision focusing, and support for multi-band customization | Suitable for precision optical applications such as laser collimation, infrared focusing, and imaging systems
band | 400~1100nm |
angle | collimation |
application | AR VR lens, infrared imaging, infrared laser, security monitoring |
material | PC/PMMA |
Model | AR-19-PT-LENS-V1 |
brand | AUBOR |
size | customization |
Product Overview
Aubor provides plano-convex lenses, which are suitable for focusing parallel light and controlling the divergence angle of the optical path. They are the core components of laser systems, infrared thermal imaging, sensor induction modules, medical equipment, AR/VR optical path regulation and other fields.
We support different wavelengths (850nm/940nm/1550nm/visible light), materials (PMMA/PC/COC/Zeonex) ** and structure customization to meet the performance and cost balance needs of various plastic optical systems.
Why choose Aubor?
In the context of the high cost and long processing cycle of traditional glass lenses, polymer plano-convex lenses provide a more cost-effective solution. Aubor provides:
full-band material matching: from 400nm visible light to 1550nm near-infrared one-stop support
integrated injection molding structure molding: support free-form surface + diaphragm structure integrated processing
can be integrated coating process: IR anti-reflection/anti-fog film can be integrated processing
rapid proofing + mold co-creation: 5 days can deliver functional samples
customer application case
a lidar customer: using Aubor high-precision Ø 25mm flat convex lens to replace glass parts, single cost reduced by 40%, successfully mass-produced
an endoscope module Customer: COC material flat convex plate group for disposable imaging system to ensure high definition + sterilization requirements
band | 400~1100nm |
angle | collimation |
application | AR VR lens, infrared imaging, infrared laser, security monitoring |
material | PC/PMMA |
Model | AR-19-PT-LENS-V1 |
brand | AUBOR |
size | customization |