MLH-10X, 13-130mm, 1/2” – Computar Lens

$ 381.92

SKU N/A Category Computar Varifocal Zoom Lens

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Computar MLH-10X Varifocal Zoom Lens: Adaptive Optics for Versatile Imaging

Enhance your imaging capabilities with the Computar MLH-10X, a varifocal zoom lens that provides exceptional flexibility and precision for a wide range of applications. Designed for 10-megapixel cameras, this lens accommodates a 1/2.5″ sensor format, offering a variable focal length range from 4.5mm to 45mm. With a maximum aperture of F1.6 at 4.5mm, it ensures bright, clear images even in low-light conditions.

The MLH-10X stands out for its ability to adjust zoom and focus remotely, making it perfect for scenarios where camera accessibility is limited. Its robust construction and advanced optics are tailored for both indoor and outdoor environments, capable of withstanding diverse operating conditions. The lens’s HD resolution and advanced zoom capabilities make it ideal for security surveillance, traffic monitoring, and detailed inspections in industrial settings.

Equipped with a CS-mount, the MLH-10X offers compatibility with a broad range of camera systems, enhancing its utility in complex imaging systems. Its precision focus and zoom control allow for sharp, detailed imaging across varying distances, crucial for applications demanding high levels of accuracy and adaptability.

Key Features:

10 Megapixel Compatibility: Delivers superior image quality for detailed and expansive surveillance.
Varifocal Zoom: Ranges from 4.5mm to 45mm, allowing for flexible framing and magnification adjustments.
Maximum Aperture of F1.6: Provides excellent low-light performance, maintaining clarity and brightness.
Remote Zoom and Focus: Facilitates adjustments in hard-to-reach installations or where conditions change frequently.
Durable Construction: Engineered for both indoor and outdoor use, ensuring reliability in various environments.

Discover the potential of the Computar MLH-10X varifocal zoom lens to meet your diverse imaging requirements, enhancing operational flexibility and image quality in any setting.