Engineered to seamlessly integrate with custom cylindrical optics, beam shaping arrays, and advanced machine vision systems.
How evolving laser processing, semiconductor lithography, LiDAR deployment, and biophotonics are driving demand for specialized one-dimensional focus optical components.
Automotive solid-state LiDAR and industrial AGV time-of-flight sensors rely on cylindrical lenses to convert point-source laser diodes into uniform linear fan beams for environmental mapping.
Custom plano-convex and achromatic cylindrical lenses generate tight elliptical laser beams needed for DNA sequencing, microfluidic cell counting, and surgical laser instruments.
Extreme precision wafer inspection requires custom acylindrical surfaces with sub-nanometer surface roughness to minimize wave-front distortion in DUV/EUV optical paths.
Deep technical specification guidelines for optical engineers and procurement teams sourcing bespoke cylindrical lenses.
Selection of optical glasses impacts thermal stability, dispersion, and transmission range. We process high-purity Synthetic Fused Silica (Corning 7980), N-BK7, Calcium Fluoride (CaF2), Germanium (Ge), Silicon (Si), and Zinc Selenide (ZnSe) for applications ranging from deep UV (193nm) to long-wave IR (14μm).
Our manufacturing capabilities cover Plano-Convex, Plano-Concave, Double-Convex, Double-Concave, Cylindrical Meniscus, Achromatic Cylindrical Doublets, and Aspheric Cylindrical (Acylindrical) lenses engineered to eliminate spherical aberrations in line generation.
| Optical Parameter | Commercial Grade | Precision Grade | High-Precision OEM Grade |
|---|---|---|---|
| Dimensional Tolerance | ±0.10 mm | ±0.025 mm | ±0.005 mm |
| Focal Length Tolerance | ±2.0 % | ±0.5 % | ±0.1 % |
| Surface Quality (Scratch-Dig) | 60-40 | 20-10 | 10-5 / 5-2 Micro-optics |
| Surface Accuracy (Power/Irregularity) | 3/0.5 λ | λ/4 per 25mm | λ/10 to λ/20 Sub-aperture |
| Centration & Twist Angle | < 3 arcmin | < 1 arcmin | < 15 arcseconds |
| Surface Roughness (Ra) | < 2.0 nm RMS | < 0.8 nm RMS | < 0.2 nm Super-polished |
Addressing vendor consolidation, batch consistency, and quality assurance for enterprise buyers across North America, Europe, and Asia-Pacific.
Flexible manufacturing lines allow rapid prototyping in 5–10 business days, followed by scalable high-volume automated CNC polishing and replication with zero tooling downtime.
Every shipment is verified with Zygo Verifire cylindrical interferometers, Trioptics ProMetric centration devices, and spectrophotometric coating verification reports.
In-house Electron Beam Evaporation and Ion-Assisted Deposition (IAD) deliver custom V-Coatings, Broadband Anti-Reflective (BBAR), High-Reflectance (HR) dielectric, and dual-band AR coatings.
Connecting high-precision cylindrical optics directly with sensor modules, line cameras, and industrial imaging hardware.
Industrial manufacturing of solar panels, paper rolls, glass sheets, and textile web materials requires perfectly uniform linear light fields. By pairing custom plano-convex cylindrical lenses with high-resolution industrial camera modules (such as our 4MP and 1080P lines), engineers achieve sub-pixel defect detection at web speeds exceeding 15 m/s.
In ophthalmology (LASIK corneal reshaping) and dermatological laser treatments, non-symmetrical laser beams must be expanded along one axis without introducing wave-front astigmatism. Our custom achromatic cylindrical doublets correct chromatic dispersion while focusing energy into precise line profiles.
How YXD is advancing manufacturing technologies to support next-generation quantum computing, AR/VR displays, and extreme ultraviolet applications.
Implementation of deterministic MRF polishing to correct localized mid-spatial frequency errors, bringing acylindrical lens surface accuracy to sub-λ/20 wavefront performance.
Development of monolithic glass micro-cylindrical lens arrays for VCSEL laser beam homogenizers, optical interconnects, and automotive interior driver-monitoring systems.
Pioneering vacuum ultraviolet (VUV) fluoropolymer coatings and fused silica processing capable of enduring high-fluence 193nm excimer laser radiation without solarization.
Full lifecycle support designed to lower procurement friction for international system integrators.
Full traceability from raw glass ingot inspection to final optical coating chamber logs.
Strict environmental compliance, ensuring zero hazardous substance usage across all optical substrates and AR coatings.
Dust-free ultrasonic cleaning and nitrogen-purged hermetic vacuum sealing for zero contamination upon arrival.
Direct access to optical design engineers fluent in ZEMAX, Code V, and SolidWorks for Zemax file verification.
Clear, engineer-backed answers to essential procurement and technical design questions.
Pair your custom cylindrical lenses with our field-proven industrial camera modules for rapid system prototyping.
