China Custom Double Telecentric Lens Products, Suppliers

Shenzhen Canrill Technologies Co., Ltd. is a leading manufacturer specializing in custom double telecentric lens solutions tailored for a wide range of industrial applications. With decades of expertise in optical design and engineering, we pride ourselves on delivering high-quality, precision lenses that meet the unique needs of our global clients. Our double telecentric lenses are designed to eliminate perspective distortion and ensure uniform illumination, making them ideal for applications in machine vision, metrology, and automated inspection systems. Each lens is crafted using advanced materials and cutting-edge technology, ensuring superior performance and durability, As a trusted partner for businesses worldwide, we offer a comprehensive range of customizable options to suit various specifications and requirements. Our dedicated team of experts is committed to working closely with you to develop innovative optical solutions that enhance your product performance and drive efficiency. At Shenzhen Canrill Technologies, we understand the importance of reliability and quality in today’s competitive market. By choosing our custom double telecentric lenses, you can elevate your applications and gain a competitive edge. Connect with us to discover how we can support your vision and contribute to your success in the global marketplace

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Expert Choice of Double Telecentric Lens Manufacturer Products

When searching for high-quality double telecentric lenses, sourcing from a trusted manufacturer is crucial to ensure performance and reliability. The unique design of double telecentric lenses allows for superior image quality, reduced distortion, and minimal vignetting, making them essential tools for various applications including machine vision, robotics, and optical measurement systems. Their ability to maintain consistent magnification regardless of the object distance is a significant advantage in precision imaging. Partnering with a manufacturer that not only specializes in telecentric lens production but also possesses a complete supply chain offers additional assurance. Such a company can streamline processes from design to manufacture, ensuring that each component of the lens is optimized for maximum efficiency. This is especially important for global buyers who require high standards in both production quality and delivery times. Furthermore, with advanced manufacturing techniques and a deep understanding of optical designs, a reputable manufacturer can provide customized solutions tailored to meet specific project requirements. In today's global market, working with a leader in telecentric lens technology can elevate your project's precision and efficacy. It is essential for procurement professionals to consider not just the product quality, but also the expertise and support offered by manufacturers. By focusing on those with a comprehensive understanding of the telecentric lens industry, buyers can gain a competitive edge and ensure successful outcomes in their optical projects.

Expert Choice of Double Telecentric Lens Manufacturer Products

Lens Model	Magnification	Working Distance (mm)	Field of View (mm)	Numerical Aperture
DTL-100	1X	100	75	0.14
DTL-200	2X	200	50	0.20
DTL-500	5X	150	25	0.30
DTL-1000	10X	75	15	0.50
DTL-1500	15X	50	10	0.60

Performance Comparison of Double Telecentric Lenses by Magnification Level

The graph illustrates the performance comparison of double telecentric lenses across various magnification levels. Three key metrics are plotted: Resolution (measured in line pairs per millimeter), distortion percentage, and light transmission percentage. As the magnification increases from 1x to 10x, we observe a noticeable improvement in the resolution, peaking at 150 lp/mm at the highest magnification. Distortion tends to decrease, showcasing better image fidelity, with values dropping from 5% to 2%. However, light transmission decreases with higher magnification, indicating that while higher magnification improves resolution and reduces distortions, it also leads to a loss in the amount of light transmitted through the lens. This data is essential for professionals seeking to choose high-performance double telecentric lenses tailored to specific imaging requirements, balancing the trade-offs between resolution, distortion, and light efficiency.