Tamron 23FM25SP 2/3" High Resolution Mono-Focal Lens For 1.3 Mega Pixel Cameras

High-Performance Tamron 23FM25SP Mono-Focal Lens for Industrial & Machine Vision Applications

Tamron’s 23FM25SP is a high-performance mono-focal lens engineered for industrial and machine vision applications, delivering outstanding clarity for 1.3-megapixel cameras. With a focal length of 25mm and a C-mount design, this lens provides excellent image quality and low distortion (-0.05% ≦ D ≦ 0%). Its robust optics ensure superior corner-to-corner performance, making it ideal for scenarios requiring high-precision imaging. The lens offers an aperture range from F/1.4 to F/22, allowing for significant control over depth of field in varying lighting conditions.

This Tamron lens is equipped with both a manual focus and iris, each with locking mechanisms to maintain stable configurations during intensive operations. Its compact and lightweight design (103g) makes it versatile across different industrial setups, from automated inspection systems to factory automation and robotics. Compatible with 2/3", 1/2", and 1/3" sensor sizes, it offers flexibility across a wide range of machine vision systems.

Applications include high-precision tasks such as quality control, robotic guidance, and imaging in harsh environments with temperatures ranging from -10°C to +60°C. For professionals seeking reliable and sharp imaging, the Tamron 23FM25SP lens is a trusted option that maximizes both performance and efficiency in industrial environments.

Features:

• Focal Length: 25mm
• Aperture Range: F/1.4 to F/22
• Imager Size: 2/3"
• Angle of View:
  • Horizontal x Vertical for 2/3": 20° x 15.1°
  • For 1/2": 14.6° x 11°
  • For 1/3": 11° x 8.2°
• Focus Range: 0.15m to infinity
• Iris: Manual lock
• Zoom: Manual with lock
• Filter Thread Diameter: M30.5 P=0.5mm
• Compatible Wavelengths: Visible light range
• Distortion: -0.05% ≦ D ≦ 0%
• Weight: 103g
• Operating Temperature Range: -10℃ to +60℃

Applications:

• Quality Control: Ideal for inspecting products in manufacturing lines.
• Robotic Guidance: Enhances precision in automated systems.
• Automated Inspection: Suitable for high-speed imaging tasks.
• Factory Automation: Optimizes imaging in various industrial environments.
• Research and Development: Useful in laboratory settings requiring detailed imaging.