Description
As a leading supplier of high-performance optical components, we specialize in the design and manufacture of precision custom cemented lenses. Our core expertise lies in producing advanced cemented doublet and cemented triplet configurations that deliver exceptional optical performance for demanding applications. These lenses are engineered to correct chromatic and spherical aberrations with unmatched accuracy, making them ideal for high-end imaging systems, laser assemblies, and scientific instruments.
The optical lens bonding process is performed under strictly controlled conditions using premium optical adhesives. This meticulous approach ensures perfect alignment, long-term durability, and resistance to environmental stressors, creating a single, robust optical element that maintains its performance integrity over time. Our technical team carefully selects material combinations to meet specific application requirements, offering both standard BK7/K9 glass for visible spectrum applications and specialized UV fused silica for ultraviolet and harsh environment applications.
We provide comprehensive custom optical solutions from prototype development to volume production, maintaining tight tolerances in centering, thickness, and surface figure. Each custom cemented lenses undergoes rigorous quality verification to ensure it meets precise performance specifications. Our engineering support helps clients optimize their optical designs for manufacturability and cost-effectiveness without compromising on performance.
Contact us to discuss your specific requirements for precision optical elements. We are committed to delivering superior quality optical components that enhance your system’s performance and reliability.
Features:
Plano-Convex Lens (PCX): Converges light. One flat, one convex surface. Minimizes spherical aberration for collimating or focusing light. Common in laser applications.
Plano-Concave Lens (PCV): Diverges light. One flat, one concave surface. Used for beam expansion, projection, or correcting aberrations in optical systems.
Double-Convex Lens (DCX): Symmetrical converging lens. Two convex surfaces. General-purpose lens for magnification and imaging, but introduces more aberration than PCX.
Double-Concave Lens (DCV): Symmetrical diverging lens. Two concave surfaces. Used for beam expansion, image reduction, and as a simple negative lens in eyepieces.
Achromatic Doublet: Corrects chromatic aberration. A compound lens made by cementing a convex (crown glass) and a concave (flint glass) element. Essential for high-quality imaging.
Meniscus Lens: Has one convex and one concave surface. Can be positive or negative. Primarily used to minimize spherical aberration in systems like camera lenses.
