LZG-63105-A 6.5X motorized zoom rail lens with 0.7X-4.5X magnification, 87 mm working distance, 2/3-inch sensor support and C-Mount.
The POMEAS LZG-63105-A is a 6.5X motorized zoom rail lens designed for automated optical inspection, precision imaging and industrial machine vision applications. It provides a continuous optical magnification range from 0.7X to 4.5X, allowing the imaging system to switch efficiently between larger field-of-view observation and detailed feature inspection.
Its rail-guided mechanical structure is designed to improve zoom stability and mechanical durability, while the motorized adjustment mechanism enables automated magnification switching. The lens provides an 87 ± 2 mm working distance, supports industrial camera sensors up to 2/3 inch, and uses a standard C-Mount interface.
Explore more POMEAS machine vision zoom lenses for different magnification ranges, working distances, control methods and illumination configurations.
| Parameter | Specification |
|---|---|
| Model | LZG-63105-A |
| Product Type | Motorized Zoom Rail Lens |
| Zoom Ratio | 6.5X |
| Optical Magnification | 0.7X–4.5X |
| Working Distance | 87 ± 2 mm |
| Maximum Sensor Size | 2/3 inch |
| Camera Mount | C-Mount |
| Zoom Method | Motorized |
| Mechanical Structure | Rail-Guided |
| Minimum Resolution | 3.95 μm |
| TV Distortion Range | 0.001%–0.035% |
| Magnification | DOF | NA | F-Number | Resolution | TV Distortion |
|---|---|---|---|---|---|
| 0.7X | 1.90 mm | 0.030 | 11.6 | 11.18 μm | 0.019% |
| 1.0X | 0.952 mm | 0.042 | 12.1 | 7.99 μm | 0.035% |
| 1.5X | 0.440 mm | 0.060 | 12.5 | 5.59 μm | 0.002% |
| 2.0X | 0.290 mm | 0.070 | 14.2 | 4.79 μm | 0.003% |
| 2.5X | 0.230 mm | 0.070 | 17.8 | 4.79 μm | 0.004% |
| 3.0X | 0.160 mm | 0.085 | 17.6 | 3.95 μm | 0.001% |
| 3.5X | 0.130 mm | 0.085 | 20.5 | 3.95 μm | 0.001% |
| 4.0X | 0.120 mm | 0.085 | 23.5 | 3.95 μm | 0.002% |
| 4.5X | 0.100 mm | 0.085 | 26.5 | 3.95 μm | 0.002% |
The following field-of-view values are shown as Diagonal × Horizontal × Vertical. These values are based on nominal sensor dimensions and optical magnification. Actual FOV should be confirmed using the effective sensor dimensions of the selected industrial camera.
| Magnification | 2/3-Inch Sensor | 1/2-Inch Sensor | 1/3-Inch Sensor |
|---|---|---|---|
| 0.7X | 15.71 × 12.57 × 9.43 mm | 11.43 × 9.14 × 6.86 mm | 8.57 × 6.86 × 5.14 mm |
| 1.0X | 11.00 × 8.80 × 6.60 mm | 8.00 × 6.40 × 4.80 mm | 6.00 × 4.80 × 3.60 mm |
| 1.5X | 7.33 × 5.87 × 4.40 mm | 5.33 × 4.27 × 3.20 mm | 4.00 × 3.20 × 2.40 mm |
| 2.0X | 5.50 × 4.40 × 3.30 mm | 4.00 × 3.20 × 2.40 mm | 3.00 × 2.40 × 1.80 mm |
| 2.5X | 4.40 × 3.52 × 2.64 mm | 3.20 × 2.56 × 1.92 mm | 2.40 × 1.92 × 1.44 mm |
| 3.0X | 3.67 × 2.93 × 2.20 mm | 2.67 × 2.13 × 1.60 mm | 2.00 × 1.60 × 1.20 mm |
| 3.5X | 3.14 × 2.51 × 1.89 mm | 2.29 × 1.83 × 1.37 mm | 1.71 × 1.37 × 1.03 mm |
| 4.0X | 2.75 × 2.20 × 1.65 mm | 2.00 × 1.60 × 1.20 mm | 1.50 × 1.20 × 0.90 mm |
| 4.5X | 2.44 × 1.96 × 1.47 mm | 1.78 × 1.42 × 1.07 mm | 1.33 × 1.07 × 0.80 mm |
The LZG-63105-A uses motorized magnification adjustment, making it suitable for machine vision systems that need to switch between different fields of view without manually adjusting the lens.
Typical applications include multi-product inspection, automated optical inspection, remote optical adjustment and systems that require different magnification settings during different inspection steps.
The controller, cable and electrical interface should be selected according to the final system configuration. Confirm the required control method and integration interface before ordering.
The C-Mount interface and support for sensors up to 2/3 inch allow the LZG-63105-A to be integrated with a wide range of industrial area-scan cameras.
Browse POMEAS industrial machine vision cameras for compatible camera options.
Camera sensor size, pixel size, resolution, required field of view, working distance and smallest inspection feature should be evaluated together rather than selecting a lens based only on magnification.
For additional guidance, read the POMEAS continuous zoom lens selection guide to learn how camera specifications, field of view, working distance, inspection requirements and zoom control affect lens selection.
The lens provides a 6.5X zoom ratio with continuous optical magnification from 0.7X to 4.5X.
The specified working distance is 87 ± 2 mm, providing a relatively stable installation distance across the zoom range.
The LZG-63105-A supports industrial camera sensors up to 2/3 inch. It can also be used with smaller sensor formats such as 1/2 inch and 1/3 inch.
Yes. Its motorized zoom mechanism allows magnification to be changed automatically, making it suitable for automated optical inspection, multi-product inspection and machine vision systems that require different fields of view.
The controller, cable and electrical interface should be confirmed according to the required system configuration before ordering.
Coaxial illumination is not described as a standard feature of the LZG-63105-A. If the inspection target is highly reflective or requires on-axis illumination, confirm a suitable coaxial zoom lens configuration before ordering.
Please provide the camera model or sensor size, pixel size, required field of view, working distance, object dimensions, smallest inspection feature and required inspection accuracy.
Explore the complete POMEAS machine vision zoom lens series for different zoom ratios, working distances, mechanical structures and motorized control configurations.
For a compact 6.5X motorized continuous zoom configuration, view the LZ-650104 6.5X motorized continuous zoom lens .
For reflective surfaces requiring integrated coaxial illumination, view the LZ-650105 6.5X motorized coaxial zoom lens .
Browse POMEAS industrial machine vision cameras for camera and lens system integration.
Send us your camera sensor size, pixel size, required field of view, working distance, object dimensions, smallest inspection feature and required inspection accuracy. POMEAS can help evaluate a suitable zoom lens, industrial camera and optical configuration for your machine vision application.
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