In high-speed imaging, scientific research, and industrial vision applications, precision optics can make the difference between accurate data and misleading results. VY Optoelectronics Co., Ltd. is proud to introduce our 3.6mm Low-Distortion Lens, designed to deliver high-resolution, low-distortion imaging across visible and near-infrared spectra, making it ideal for industrial inspection, billiards motion analysis, sports capture, and advanced research.
The Science Behind Low-Distortion Lens Design
A high-performance lens must maintain clarity across the entire field of view. Traditional lenses often produce barrel or pincushion distortion, especially at the edges, which can compromise measurements or motion tracking. Our design approach includes:
Advanced Ray-Tracing and Optical Simulation – Optimizes light paths and reduces aberrations.
Precision Aspheric Lens Elements – Minimize spherical aberration and edge distortion.
Micron-Level Lens Alignment – Ensures uniform focus across the entire frame.
This combination ensures distortion-free, true-to-life imaging for high-speed or high-precision applications.
Full-Spectrum Imaging: Seeing Beyond the Visible
Our lens is infrared-cut free, allowing imaging from visible light into the near-infrared (NIR) spectrum. This full-spectrum capability is essential for:
Scientific Research Imaging – Capture processes invisible to the human eye.
Industrial Vision Systems – Inspect materials and detect defects with NIR enhancement.
Sports and Motion Analysis – Improve tracking accuracy in variable lighting conditions.
High Resolution and Low-Light Performance
Designed for the 1/1.8’’ Sony IMX334 sensor, the lens supports 8MP+ resolution with 2μm × 2μm pixel size, enabling precise motion capture. Its selectable F1.0–1.8 aperture provides:
Superior detail in fast-moving scenes.
Enhanced low-light performance for indoor labs or dim sports venues.
Flexibility to adapt to different research and industrial settings.
Manual Focus and Flexible Mounting for Precision
Every imaging scenario is unique. The C-mount design allows quick installation and easy adjustment, while manual focus ensures precise control over distance and lighting conditions. Ideal for:
Tracking billiard ball spin, trajectory, and collisions.
Capturing high-speed industrial processes without losing detail.
Recording dynamic sports events with maximum clarity.
Robust and Stable Operation
Environmental stability is critical for industrial and research lenses. The 3.6mm lens performs reliably across 15–40°C, maintaining consistent focus and imaging quality even in demanding conditions.
Real-World Applications
Billiards Motion Analysis – Capture every spin, collision, and trajectory with exact detail.
Scientific Research Imaging – Monitor fast reactions, laboratory experiments, or microscopic processes.
Industrial Vision Systems – Detect surface defects, monitor assembly lines, and perform quality inspection.
Sports Event Capture – Record fast-paced action with sharp, stable imaging for coaching and analysis.
Why VY Optoelectronics is Your Partner in Precision Optics
Our team combines extensive R&D experience, advanced optical design expertise, and precision lens assembly skills. Beyond manufacturing, we provide:
Custom Opto-Mechatronics Solutions – Integrate lenses into complex imaging systems tailored to client needs.
Strict Quality Control – Each lens undergoes multi-stage inspection to ensure optimal performance.
Innovative Design Philosophy – Combining science and engineering to solve real-world imaging challenges.
At VY Optics, our lenses are more than optical components—they are tools that empower professionals to capture high-speed motion, detect fine details, and acquire accurate scientific data.
📞 Tel: +86-431-84631230
🌐 Website: www.vyoptics.com
📧 Email: [email protected]
