Custom China Telecentric Lens Edmund Optics Manufacturers, Products

Shenzhen Canrill Technologies Co., Ltd. proudly stands as a leading manufacturer of high-performance custom telecentric lenses in China. Our commitment to precision and innovation enables us to deliver optical solutions that meet the diverse needs of industries worldwide. With a focus on quality and reliability, our telecentric lenses are engineered to provide exceptional imaging performance, making them ideal for applications in industrial inspection, machine vision, and scientific research. Our state-of-the-art manufacturing facility employs advanced technology and rigorous quality control processes, ensuring that each product meets international standards and exceeds customer expectations, At Canrill Technologies, we understand that every application requires tailored solutions. That’s why our team of skilled engineers works closely with clients to develop bespoke telecentric lens systems that address specific requirements and enhance operational efficiency. Our extensive range of products is designed to accommodate various objectives, sensor sizes, and working distances, ensuring optimal performance in even the most demanding environments. Partner with us to leverage our expertise and high-quality optical products, and experience the difference that custom manufacturing can make in achieving your vision and operational goals. Join our global network of satisfied customers and elevate your applications with our advanced telecentric lens solutions

Hot Selling Product

12k Line Scan (62mm) Telecentric Lens

8k Line Scan (57.4mm) Telecentric Lens

35mm Sensor Telecentric Lens

8mm Sensor Telecentric Lens

MT Series 1.1‘ inch Telecentric Lens

Not to Be Missed Telecentric Lens Edmund Optics Application Stands Out

In the realm of precision optics, telecentric lenses are becoming indispensable for applications that require high accuracy and uniformity. These specialized lenses minimize optical aberrations and maintain consistent magnification across the field of view, making them ideal for tasks such as machine vision, metrology, and 3D imaging. When sourcing telecentric solutions for your projects, it's crucial to consider not just the performance of the lenses but also the support and infrastructure behind their production. One of the key advantages of choosing telecentric lenses from a manufacturer with a complete supply chain is the assurance of quality at every stage—from the initial design to the final product. By integrating optical and mechanical manufacturing facilities, companies can streamline workflows, reduce lead times, and maintain stringent quality control. This holistic approach not only increases efficiency but also fosters innovation, enabling the development of custom solutions tailored to meet specific application needs. As global demand for high-quality imaging systems continues to grow, investing in telecentric lenses that stand out in performance becomes paramount. Make informed decisions by partnering with leading manufacturers that prioritize quality and reliability, ensuring your optical systems deliver exceptional results in every scenario. Don't miss out on the opportunity to elevate your imaging applications with telecentric lenses engineered for excellence.

Not to Be Missed Telecentric Lens Edmund Optics Application Stands Out

Application Area	Lens Type	Numerical Aperture (NA)	Special Features	Typical Use Cases
Machine Vision	Telecentric	0.5	Low distortion, uniform illumination	Barcode reading, surface inspection
Metrology	Telecentric	0.4	High accuracy, minimal perspective distortion	Dimensional measurement, 3D scanning
Biophotonics	Telecentric	0.3	Advanced optical design, low angle dependence	Cell imaging, fluorescence microscopy
Industrial Automation	Telecentric	0.6	Robust construction, easy integration	Quality control, component alignment

Comparison of Telecentric Lens Magnification and Image Quality Metrics

The chart above illustrates the relationship between the magnification of telecentric lenses and two key performance metrics: resolution (measured in line pairs per millimeter) and distortion (expressed as a percentage). As the magnification increases, the resolution also tends to increase, showcasing the lens's ability to capture finer details. Specifically, you can see that at 5x magnification, the resolution reaches an impressive 130 lp/mm. However, there's a notable trade-off regarding distortion; as magnification rises, distortion decreases significantly, demonstrating the advantage of using telecentric lenses in applications where maintaining image integrity is crucial. Understanding these metrics can help users select the right telecentric lens for their specific needs, balancing the need for high resolution against the necessity of minimal distortion in their imaging tasks. This data serves as a valuable guide for engineers and designers who are looking to optimize optical systems for precision applications.