
( Brand: Opto Engineering ), ( Part Type: Len ), ( Unit Type: Unit ), ( Manufacturer Part Number: TC12096 )
The OPTO Engineering TC12096 telecentric lens is an exceptional optics solution designed for various imaging applications where precise and accurate image reproduction is key. This telecentric lens features a focal length of 8mm (8.0mm to be exact), and a magnification of 0.068x.
The telecentric design of this lens ensures that the lens axis is parallel to the image plane, providing a number of advantages such as eliminating geometric distortion, maintaining a consistent image scale across the entire field of view, and ensuring that the object under inspection remains in sharp focus regardless of its position along the optical axis.
This particular model of the TC12096 series boasts an impressive image circle diameter of 8mm, meaning it can accommodate larger image sensors or provide ample coverage for smaller sensors. The lens is also available in other image circle diameters, allowing for greater flexibility in application use.
The lens is also marked as WF/N, indicating its ability to be used both in a wide field (WF) or narrow field (N) configuration. This makes it a versatile option for various imaging applications, including machine vision, microscopy, and metrology.
The TC12096 telecentric lens from OPTO Engineering is constructed with high-quality optical materials, ensuring excellent image resolution, contrast, and optical clarity. Its compact size and rugged design also make it an ideal choice for industrial and automated inspection systems, where space is limited and durability is essential.
Overall, the OPTO Engineering TC12096 telecentric lens offers excellent image quality, flexibility, and durability, making it an excellent choice for a wide range of imaging applications where precise and accurate image reproduction is critical.
1. Telecentricity: The primary advantage of the Opto Engineering TC12096 telecentric lens is its telecentric design. Telecentric lenses provide several benefits, including:
- Elimination of image distortion and geometric errors, making them ideal for measuring and inspecting small, precise features.
- Constant magnification throughout the image field, ensuring accurate measurements.
- Improved depth of field, allowing for better focus and image clarity.
2. Focal Length and Magnification: The lens features an 8mm image circle and a 0.068x magnification, which is suitable for many industrial metrology applications. This combination offers a wide field of view while maintaining high resolution and accuracy.
3. Wide Field of View: The 8mm image circle provides a larger field of view than some other telecentric lenses, making it easier to inspect larger parts or areas.
4. High Resolution: The lens's telecentric design and high-quality optical elements contribute to its ability to deliver high-resolution images, which is essential for precise measurements and inspections.
5. Versatility: The TC12096 lens is designed for various applications, including 2D and 3D measurements, surface inspection, and automated inspection systems. Its wide field of view and high resolution make it a versatile option for various industries, such as automotive, aerospace, and electronics.
6. Opto Engineering's Reputation: Opto Engineering is a well-known and reputable manufacturer of industrial lenses and optics. Their telecentric lenses are known for their high quality, precision, and durability.
7. Compatibility with Various Inspection Systems: The TC12096 lens is compatible with various inspection systems, such as coordinate measuring machines (CMMs), vision systems, and other metrology equipment, making it a flexible choice for various applications.
Cons:1. Cost: Telecentric lenses, like the Opto Engineering TC12096, can be more expensive compared to standard lenses due to their advanced design and features.
2. Complexity: Telecentric lenses may require more careful alignment and calibration compared to standard lenses due to their specific design requirements.
3. Limited Availability: Telecentric lenses may not be as widely available as standard lenses from various manufacturers, which could limit options for certain applications or industries.
Conclusion:The Opto Engineering TC12096 telecentric lens offers several advantages for industrial metrology applications, including its telecentric design, wide field of view, high resolution, versatility, compatibility with various inspection systems, and Opto Engineering's reputation for quality. However, it also comes with some drawbacks, such as a higher cost and increased complexity compared to standard lenses.
Recommendation:If your application requires high precision, accurate measurements, and the elimination of geometric errors, a telecentric lens like the Opto Engineering TC12096 is an excellent choice. Its wide field of view, high resolution, and versatility make it a suitable option for various industries and applications. However, consider the increased cost and complexity carefully to ensure it fits your budget and requirements. If telecentricity is not essential for your application, a standard lens may be a more cost-effective solution.
I have some mounts for these lenses, let me know if you're interested. I will pack the lens well. Typical average production values and maximum guaranteed are listed. Excellent resolution for high cameras.
Specs are in the images above, some repeated here for convenience. Gorgeous Telecentric lens from the leader in telecentric engineering. 3 Working /N: the real /N of a lens in operating conditions. Simple and robust design for industrial environments.
KEY ADVANTAGES High disinterest for thick object imaging. 4 Maximum angle between chief rays and optical axis on the object side. Nearly zero distortion for accurate measurements. Easy filter insertion.
Set this distance within 3% of the nominal value for maximum resolution and minimum distortion. 2 Working distance: distance between the front end of mechanics and object. For the fields with indication, image of a circular object such diameter is fully inscribed into detector.