LZG-63105-A

LZG-63105-A

Supplier
Pomeas
Part Number
LZG-63105-A
Category
Motorized Stages
Origin
China

Compared with traditional motorized zoom lenses, the new 6.5X guide-rail motorized zoom lens has a built-in dual-guide-rail structure and a high-precision, high-efficiency linear guide-rail movement system with lower friction, substantially improving optical performance, precision, stability, and service life. This 6.5X guide-rail coaxial zoom lens has a zoom ratio of 6.5:1, a magnification range of 0.7X-4.5X, supports a maximum sensor format of 2/3", and has WD 87±2mm.

Specification Snapshot
Depth of Field [Optical Magnification 0.7X]
1.9 mm
Depth of Field [Optical Magnification 1.0X]
0.952 mm
Depth of Field [Optical Magnification 1.5X]
0.44 mm
Depth of Field [Optical Magnification 2.0X]
0.29 mm
Depth of Field [Optical Magnification 2.5X]
0.23 mm
Depth of Field [Optical Magnification 3.0X]
0.16 mm
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Overview

Compared with traditional motorized zoom lenses, the new 6.5X guide-rail motorized zoom lens has a built-in dual-guide-rail structure and a high-precision, high-efficiency linear guide-rail movement system with lower friction, substantially improving optical performance, precision, stability, and service life. This 6.5X guide-rail coaxial zoom lens has a zoom ratio of 6.5:1, a magnification range of 0.7X-4.5X, supports a maximum sensor format of 2/3", and has WD 87±2mm.

Specifications

ParameterValue
Working Distance87±2 mm
Maximum Compatible Sensor2/3
InterfaceC-Mount
Depth of Field [Optical Magnification 0.7X]1.9 mm
N.A. [Optical Magnification 0.7X]0.03
F.NO. [Optical Magnification 0.7X]11.6
Resolution [Optical Magnification 0.7X]11.18 μm
TV Distortion [Optical Magnification 0.7X]0.019 %
Field of View Size [Optical Magnification 0.7X; 2/3″; D×H×V]15.71 mm × 12.57 mm × 9.43 mm
Field of View Size [Optical Magnification 0.7X; 1/2″; D×H×V]11.43 mm × 9.14 mm × 6.86 mm
Field of View Size [Optical Magnification 0.7X; 1/3″; D×H×V]8.57 mm × 6.86 mm × 5.14 mm
Depth of Field [Optical Magnification 1.0X]0.952 mm
N.A. [Optical Magnification 1.0X]0.042
F.NO. [Optical Magnification 1.0X]12.1
Resolution [Optical Magnification 1.0X]7.99 μm
TV Distortion [Optical Magnification 1.0X]0.035 %
Field of View Size [Optical Magnification 1.0X; 2/3″; D×H×V]11.00 mm × 8.80 mm × 6.60 mm
Field of View Size [Optical Magnification 1.0X; 1/2″; D×H×V]8.00 mm × 6.40 mm × 4.80 mm
Field of View Size [Optical Magnification 1.0X; 1/3″; D×H×V]6.00 mm × 4.80 mm × 3.60 mm
Depth of Field [Optical Magnification 1.5X]0.44 mm
N.A. [Optical Magnification 1.5X]0.06
F.NO. [Optical Magnification 1.5X]12.5
Resolution [Optical Magnification 1.5X]5.59 μm
TV Distortion [Optical Magnification 1.5X]0.002 %
Field of View Size [Optical Magnification 1.5X; 2/3″; D×H×V]7.33 mm × 5.87 mm × 4.40 mm
Field of View Size [Optical Magnification 1.5X; 1/2″; D×H×V]5.33 mm × 4.27 mm × 3.20 mm
Field of View Size [Optical Magnification 1.5X; 1/3″; D×H×V]4.00 mm × 3.20 mm × 2.40 mm
Depth of Field [Optical Magnification 2.0X]0.29 mm
N.A. [Optical Magnification 2.0X]0.07
F.NO. [Optical Magnification 2.0X]14.2
Resolution [Optical Magnification 2.0X]4.79 μm
TV Distortion [Optical Magnification 2.0X]0.003 %
Field of View Size [Optical Magnification 2.0X; 2/3″; D×H×V]5.50 mm × 4.40 mm × 3.30 mm
Field of View Size [Optical Magnification 2.0X; 1/2″; D×H×V]4.00 mm × 3.20 mm × 2.40 mm
Field of View Size [Optical Magnification 2.0X; 1/3″; D×H×V]3.00 mm × 2.40 mm × 1.80 mm
Depth of Field [Optical Magnification 2.5X]0.23 mm
N.A. [Optical Magnification 2.5X]0.07
F.NO. [Optical Magnification 2.5X]17.8
Resolution [Optical Magnification 2.5X]4.79 μm
TV Distortion [Optical Magnification 2.5X]0.004 %
Field of View Size [Optical Magnification 2.5X; 2/3″; D×H×V]4.40 mm × 3.52 mm × 2.64 mm
Field of View Size [Optical Magnification 2.5X; 1/2″; D×H×V]3.20 mm × 2.56 mm × 1.92 mm
Field of View Size [Optical Magnification 2.5X; 1/3″; D×H×V]2.40 mm × 1.92 mm × 1.44 mm
Depth of Field [Optical Magnification 3.0X]0.16 mm
N.A. [Optical Magnification 3.0X]0.085
F.NO. [Optical Magnification 3.0X]17.6
Resolution [Optical Magnification 3.0X]3.95 μm
TV Distortion [Optical Magnification 3.0X]0.001 %
Field of View Size [Optical Magnification 3.0X; 2/3″; D×H×V]3.67 mm × 2.93 mm × 2.20 mm
Field of View Size [Optical Magnification 3.0X; 1/2″; D×H×V]2.67 mm × 2.13 mm × 1.60 mm
Field of View Size [Optical Magnification 3.0X; 1/3″; D×H×V]2.00 mm × 1.60 mm × 1.20 mm
Depth of Field [Optical Magnification 3.5X]0.13 mm
N.A. [Optical Magnification 3.5X]0.085
F.NO. [Optical Magnification 3.5X]20.5
Resolution [Optical Magnification 3.5X]3.95 μm
TV Distortion [Optical Magnification 3.5X]0.001 %
Field of View Size [Optical Magnification 3.5X; 2/3″; D×H×V]3.14 mm × 2.51 mm × 1.89 mm
Field of View Size [Optical Magnification 3.5X; 1/2″; D×H×V]2.29 mm × 1.83 mm × 1.37 mm
Field of View Size [Optical Magnification 3.5X; 1/3″; D×H×V]1.71 mm × 1.37 mm × 1.03 mm
Depth of Field [Optical Magnification 4.0X]0.12 mm
N.A. [Optical Magnification 4.0X]0.085
F.NO. [Optical Magnification 4.0X]23.5
Resolution [Optical Magnification 4.0X]3.95 μm
TV Distortion [Optical Magnification 4.0X]0.002 %
Field of View Size [Optical Magnification 4.0X; 2/3″; D×H×V]2.75 mm × 2.20 mm × 1.65 mm
Field of View Size [Optical Magnification 4.0X; 1/2″; D×H×V]2.00 mm × 1.60 mm × 1.20 mm
Field of View Size [Optical Magnification 4.0X; 1/3″; D×H×V]1.50 mm × 1.20 mm × 0.90 mm
Depth of Field [Optical Magnification 4.5X]0.1 mm
N.A. [Optical Magnification 4.5X]0.085
F.NO. [Optical Magnification 4.5X]26.5
Resolution [Optical Magnification 4.5X]3.95 μm
TV Distortion [Optical Magnification 4.5X]0.002 %
Field of View Size [Optical Magnification 4.5X; 2/3″; D×H×V]2.44 mm × 1.96 mm × 1.47 mm
Field of View Size [Optical Magnification 4.5X; 1/2″; D×H×V]1.78 mm × 1.42 mm × 1.07 mm
Field of View Size [Optical Magnification 4.5X; 1/3″; D×H×V]1.33 mm × 1.07 mm × 0.80 mm

Applications

Widely used in biology, electronics, semiconductors, machine vision, and other fields requiring high precision.

Key Features

1. High zoom ratio, up to 6.5x; 2. A guide-rail structure eliminates the limit on the number of zoom cycles; 3. High contrast, with optical centering used to address the effect of optical-element decentration on image contrast; 4. Fast, precise zooming; 5. Supports a 2/3" sensor format, with a built-in dual-guide-rail structure for continuous zoom.

Datasheet

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Supplier Information

Po
Pomeas
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Founded in 2010, Dongguan Pomeas Precision Instrument Co., Ltd. is a national high-tech enterprise with deep accumulation in optical design, structural design, electronic design, image processing, software algorithms, PLC control and other fields. We Pomeas integrate of product development, system integration, marketing and technical support. Pomeas has rooted in machine vision and industrial automation for more than ten years. Now Pomeas has more than 50 invention and utility model patent, nearly 100 software and hardware engineers who are committed to providing customers with excellent automation core components and solutions, helping customers around the world to greatly accelerate and improve the automation. After over 10 years development, POMEAS is becoming a reputed and reliable vision system supplier in domestic and oversea market. At present, POMEAS helps more than 1000 customers in over 30 countries to improve their competitive power with its products and service.

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