Computar DL1224UC-MPY 1/1.1”, 12mm, f2.4, 12MP, LensConnect (C-Mount) Lens
The Computar DL1224UC-MPY is a high-performance 12MP C-mount lens designed for precision machine vision and industrial imaging applications requiring consistent, repeatable focus and remote adjustability. Optimized for 1/1.1" sensors, including the Sony IMX183, this lens delivers sharp, high-contrast images across the entire field, making it ideal for inspection, measurement, and automation systems.
Featuring LensConnect technology, the DL1224UCMPY enables USB-powered control of focus and iris, eliminating manual adjustments and allowing seamless integration into automated or remote systems. The built-in P-Iris with remote adjustment ensures accurate exposure control in dynamic lighting conditions, improving image consistency across production environments.
A floating focus design maintains high resolution from close-range to infinity, minimizing optical aberrations and ensuring edge-to-edge clarity. Combined with precision stepper motors, the lens provides highly repeatable positioning—critical for applications such as robotic vision, metrology, and multi-camera synchronization.
Key Features:
- 12MP resolution optimized for high-detail imaging and inspection
- Designed for 1/1.1" sensors (compatible with Sony IMX183 and similar)
- 12mm focal length with f/2.4 aperture for balanced field of view and light sensitivity
- LensConnect (USB control) for remote focus and iris adjustment
- P-Iris control for precise, automated exposure management
- Floating focus optical design ensures consistent sharpness from near to far distances
- Stepper motor-driven adjustments for high repeatability and precision control
- Reduces manual calibration time in automated systems
- Easy integration via free control software
Applications:
- Machine vision inspection systems
- Factory automation & quality control
- Robotics and pick-and-place systems
- Metrology and measurement
- Intelligent transportation systems (ITS)
- Surveillance and high-resolution monitoring
