130X Industrial Camera Monocular Lens for Precision Machine Vision and Metrology

This industrial monocular lens is engineered for applications requiring variable optical magnification and precise, repeatable imaging. It bridges the gap between microscopic detail and a broader field of view, making it suitable for inspecting printed circuit boards (PCBs), measuring small mechanical parts, and performing quality control in automated machine vision systems. With a magnification range from 0.1X to 1.3X, it provides significant flexibility, allowing users to zoom in on fine details or pull back for a wider contextual view of a component or assembly. The specified working distance of 60mm to 300mm further enhances setup versatility in different jig or station configurations.

Features and Construction

This lens is built to deliver consistent optical performance for industrial imaging. Its core specifications define its capability to handle a variety of inspection scenarios, from locating minute solder defects to verifying component placement accuracy.

Material and Build

The lens assembly is housed within a cylindrical metal body, providing durability and stable mounting for integration into vision systems. The internal optical path consists of precision glass elements engineered to minimise distortion and maintain image integrity across its magnification range. This construction is typical for industrial-grade optics designed for reliability in production or laboratory environments.

Size and Practical Fit

With compact dimensions of 30mm in diameter and 84mm in length, this lens is designed for integration into space-conscious machine vision enclosures or optical benches. Its cylindrical form factor is standard for C-mount or CS-mount compatible lenses, allowing it to be paired with a wide range of industrial cameras. The practical benefit of this size is the ability to fit into multi-camera inspection rigs or mounted on robotic arms where space is at a premium.

Uses and Placement

The lens's technical specifications make it applicable across several industrial and technical fields where visual analysis is critical. Its performance parameters suggest uses in both automated production lines and more controlled laboratory settings.

Event or Professional Use

In professional and industrial contexts, this lens is suited for machine vision tasks such as automated optical inspection (AOI) of electronics, where its variable magnification can help identify soldering issues, missing components, or trace defects on PCBs. The adjustable working distance allows it to be used in fixed stations inspecting parts on a conveyor or within adjustable metrology setups for measuring tool wear or part dimensions.

Everyday Home Use

While designed for industrial applications, this lens could be adapted by electronics hobbyists, modellers, or watchmakers for detailed work requiring magnification beyond standard magnifying glasses. Its ability to mount on a compatible camera allows for capturing high-resolution images of small projects, repairs, or collections for documentation or analysis. However, its design prioritises functional imaging over ergonomic handheld use.

Benefits and Buying Value

The value of this industrial lens lies in its combination of optical range and practical design, offering a single tool for multiple inspection magnifications without needing to swap lenses.

Reuse and Low Maintenance

As a solid-state optical component with no moving parts specified, the lens requires minimal maintenance beyond keeping the glass elements clean and free from dust. Its metal housing protects the internal optics, contributing to a long service life in a controlled industrial environment. It is a reusable tool that can be deployed across different projects or camera systems as needed.

Why Choose This Product

This lens is a practical choice for those needing a variable magnification solution without the complexity of a zoom lens system. The defined 1:11 scaling ratio and clear working distance parameters allow for predictable and repeatable results in measurement applications. It provides a cost-effective way to achieve high magnification (up to an effective 130x on a display) for detailed inspection, potentially replacing multiple fixed-magnification lenses in a workflow.