130 Times Magnification Industrial Camera Monocular Lens with 0.1-1.3X Optical Zoom

This industrial camera monocular lens offers professional-grade optical performance for detailed inspection and measurement applications. With variable magnification ranging from 0.1X to 1.3X, equivalent to approximately 10-130 times magnification on display, it provides versatile imaging capabilities for various industrial and scientific uses. The lens features a 1:11 scaling ratio that maintains consistent image proportions during magnification changes, while its adjustable working distance of 60mm to 300mm allows for flexible positioning relative to subjects. The compact cylindrical design measures 30mm in diameter and 84mm in length, making it suitable for integration into diverse camera systems where space considerations are important.

Optical Specifications and Performance

The lens delivers precise optical performance with measurable specifications that determine its practical application range.

Magnification and Scaling Ratio

The monocular lens provides optical zoom from 0.1X to 1.3X magnification, translating to approximately 10-130 times magnification on display systems. This variable range allows users to switch between wide-field overview imaging and high-magnification detailed inspection without changing equipment. The 1:11 scaling ratio ensures consistent image proportions throughout the magnification range, maintaining accurate dimensional relationships between features in the captured images.

Field of View Range

At maximum magnification, the lens offers a field of view measuring 8mm by 4.5mm, suitable for detailed examination of small components or surface features. At minimum magnification, the field of view expands to 40mm by 33mm, providing broader coverage for overview imaging or larger subject examination. This field of view variability supports different inspection requirements without needing additional lens changes or equipment adjustments.

Physical Configuration and Integration

The lens features practical physical characteristics that determine how it can be implemented in various imaging setups.

Working Distance Flexibility

With an adjustable working distance ranging from 60mm to 300mm, this lens offers considerable positioning flexibility relative to the subject being imaged. The extended minimum working distance of 60mm allows for clearance when inspecting components with surface protrusions or when illumination needs to be positioned around the subject. The maximum working distance of 300mm provides sufficient space for manipulating samples or incorporating additional measurement tools between the lens and subject.

Compact Cylindrical Design

The lens measures 30mm in diameter and 84mm in length, presenting a compact cylindrical form factor that facilitates integration into various optical systems. This size allows the lens to be mounted in standard optical fittings and incorporated into existing camera setups without requiring extensive modification. The black colour provides a neutral appearance that reduces light reflection in imaging environments.

Application Scenarios and Practical Value

This industrial camera monocular lens addresses specific imaging requirements across different professional contexts.

Industrial Inspection and Quality Control

The variable magnification and adjustable working distance make this lens suitable for industrial inspection applications where components of different sizes need examination. Quality control procedures benefit from the ability to switch between overview imaging for assembly verification and high-magnification detail inspection for defect identification. The consistent scaling ratio ensures measurement accuracy throughout magnification changes, supporting dimensional verification tasks.

Scientific and Research Applications

In scientific contexts, the lens supports detailed observation of samples across its magnification range, from larger specimens at lower magnification to microscopic features at higher settings. The extended working distance accommodates various sample preparation methods and allows for the inclusion of additional instrumentation between the lens and subject. The compact design facilitates integration into custom optical setups often required in research environments.