
( Brand: Computar ), ( Part Type: Len ), ( Manufacturer Part Number: TEC-M2065MP )
The Computar Tec-M2065MP telecentric lens is a high-performance optic solution designed for various industrial applications, particularly those requiring precise and accurate imaging. With a focal length of 25.4mm and an effective focal length of 65mm, this telecentric lens delivers a magnification of 2.6x. The 2x65mm telecentric design ensures that the lens provides a parallel and undistorted image, making it an excellent choice for applications such as metrology, machine vision, and inspection systems.
The lens features a high resolution of 1.2 line pairs/mm and a high contrast of 80%, enabling it to capture fine details and subtle variations in image intensity with exceptional clarity. The telecentric design also ensures that the lens delivers a uniform illumination across the entire image, minimizing vignetting and ensuring that the edges of the image are as sharp as the center.
The Computar Tec-M2065MP lens is made of high-quality optical glass and is coated with multiple layers of anti-reflection and scratch-resistant coatings to maximize light transmission and protect the lens from damage. The lens is also ruggedly built to withstand harsh industrial environments, with a temperature range of -10 C to 50 C and a shock resistance of 50g.
The lens comes with a C-mount threading and has a working distance of 56.5mm, allowing it to be easily integrated into various industrial systems. The lens also features a large 48.6mm image circle, ensuring that it can capture a wide field of view while maintaining its telecentric properties.
In summary, the Computar Tec-M2065MP telecentric lens is a versatile and high-performance optic solution for industrial applications requiring precise imaging and measurement. Its telecentric design, high resolution, and uniform illumination make it an excellent choice for metrology, machine vision, and inspection systems, while its rugged construction and wide image circle make it adaptable to a variety of industrial environments.
Telecentric lenses, such as the Computar Tec-M2065MP 2x65mm, are essential components in various imaging applications where maintaining a constant image scale and parallel rays are crucial. These lenses offer several advantages and disadvantages, which can help potential buyers make informed decisions.
Advantages of the Computar Tec-M2065MP 2x65mm Telecentric Lens:1. Constant Image Scale: Telecentric lenses, like the Computar Tec-M2065MP, provide a constant image scale over the entire field of view. This feature is beneficial for applications such as machine vision, measurement systems, and metrology, where maintaining a consistent measurement or inspection result is essential.
2. Parallel Rays: Telecentric lenses, like the Computar Tec-M2065MP, offer parallel rays at the image plane. This feature is crucial for eliminating perspective distortions, ensuring accurate measurement and inspection results.
3. High Resolution and Optical Quality: The Computar Tec-M2065MP is a high-quality telecentric lens that offers excellent resolution and sharpness. This feature is essential for applications that require precise measurement or inspection, such as in semiconductor manufacturing or automotive inspection.
4. Versatile: The Computar Tec-M2065MP is a versatile lens with a 2x magnification and a 65mm focal length, making it suitable for a wide range of applications.
Disadvantages of the Computar Tec-M2065MP 2x65mm Telecentric Lens:1. Cost: Telecentric lenses, especially high-quality ones like the Computar Tec-M2065MP, can be more expensive than standard lenses. The higher cost may be a barrier for some potential buyers.
2. Limited Field of View: Telecentric lenses, by design, offer a limited field of view. This feature may not be suitable for applications that require a wide field of view.
3. Complex Design: Telecentric lenses, like the Computar Tec-M2065MP, have a more complex design than standard lenses. This complexity can lead to greater manufacturing costs and potential issues with alignment and assembly.
Conclusion:The Computar Tec-M2065MP 2x65mm Telecentric Lens offers several advantages, such as constant image scale, parallel rays, high resolution, and versatility. However, it also has some disadvantages, including a higher cost, limited field of view, and complex design. Ultimately, the decision to purchase this lens depends on the specific application requirements and available budget. If maintaining a constant image scale and parallel rays is essential for your application, and measurement or inspection accuracy is critical, the Computar Tec-M2065MP may be the best choice. However, if a wide field of view or a lower cost is a priority, a standard lens may be a more suitable option.
Recommendation:If you require a telecentric lens for an application that demands constant image scale, parallel rays, high resolution, and measurement or inspection accuracy, the Computar Tec-M2065MP 2x65mm Telecentric Lens is an excellent choice. However, if you need a lens with a wider field of view or a lower cost, consider other options in the market that better suit your specific application requirements.
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About Technology. Telecentric lenses are ideal for tasks where measurement accuracy is critical, as they maintain a constant magnification across the entire image plane, minimizing distortion caused by angle of objects. Product Specifications. Return items should include the original packaging and all accessories.
Package Content. The TEC-M2065MP is compatible with high-resolution cameras and suited for applications like quality control, defect detection, other visual analysis tasks. Product Feature. This lens is commonly used in automated inspection systems, 3D measurements, and optical petrology, providing excellent image clarity precision.
The Computar TEC-M2065MP is a telecentric lens with 2X magnification and focal length of 65mm, designed for high-precision imaging in industrial machine vision applications.