Home All Products Optical Components Imaging Lenses and Objectives Infrared motorized lens autofocus system
Infrared motorized lens autofocus system
Imaging Lenses and Objectives

Infrared motorized lens autofocus system

Supplier
Wave-optics
Category
Imaging Lenses and Objectives
Origin
China

The infrared motorized lens autofocus system uses an FPGA to acquire infrared lens images in real time, and applies an advanced image sharpness algorithm to quantitatively evaluate image quality. Based on the sharpness value output by the algorithm, the lens drive system employs a highly efficient search algorithm to automatically adjust the lens zoom position, requiring no manual intervention, rapidly obtaining the clearest infrared image and achieving intelligent, precise imaging results. The system is mainly applied to vehicle-mounted observation and sighting, airborne pods, urban security monitoring, forest fire prevention and warning, etc. Main components 1. Lens assembly Convex lenses and concave lenses: These lenses are the core part of the lens module, used to focus and form images of infrared light. Through precise arrangement and configuration, they effectively collect infrared radiation from objects and project it onto the photoelectric converter. Zoom lens group: To achieve the zoom function, the lens module usually contains one or more groups of movable lenses. These lens groups move relative to each other during zooming, thereby changing the focal length of the lens to adapt to the needs of different shooting distances and scenes. 2. Photoelectric converter Infrared detector: Converts infrared light into electrical signals. This is a key step in the imaging process, determining key parameters such as image resolution, sensitivity and signal-to-noise ratio. 3. Autofocus system Focus sensor: Used to detect the contour edges and contrast information of the image in real time. Through contrast and edge detection algorithms, the sensor can accurately determine the focus state of the lens and issue adjustment instructions. Drive mechanism: According to the instructions of the focus sensor, it drives the zoom lens group to move, thereby realizing the autofocus function. The drive mechanism usually includes components such as motors, gears and transmission devices. 4. Mechanical support structure Lens barrel and bracket: Used to support and fix key components such as the lens assembly, zoom mechanism, photoelectric converter and autofocus system. These components need to maintain precise relative positional relationships to ensure the imaging quality and stability of the system. Sealing and protection design: To prevent external factors such as dust and moisture from affecting the internal components of the lens module, the lens barrel and bracket usually adopt a sealed design and are equipped with appropriate protective measures. 5. Software algorithm The system integrates FPGA (Field Programmable Gate Array) image acquisition and processing with intelligent drive algorithms, improving the performance and functions of infrared imaging, while being able to complete autofocus in a short time, greatly improving imaging efficiency. The infrared motorized lens autofocus system has broad application prospects in many fields such as security, industry, medical care and scientific research. With the continuous advancement of technology and the continuous expansion of application scenarios, its application scope and performance will be further improved.

Specification Snapshot
Focal Length
30 mm
Focal Length
150 mm
Weight
<3.2 kg
Request a Quote Download Datasheet
Save to Favorites Save to Favorites

Overview

The infrared motorized lens autofocus system uses an FPGA to acquire infrared lens images in real time, and applies an advanced image sharpness algorithm to quantitatively evaluate image quality. Based on the sharpness value output by the algorithm, the lens drive system employs a highly efficient search algorithm to automatically adjust the lens zoom position, requiring no manual intervention, rapidly obtaining the clearest infrared image and achieving intelligent, precise imaging results. The system is mainly applied to vehicle-mounted observation and sighting, airborne pods, urban security monitoring, forest fire prevention and warning, etc. Main components 1. Lens assembly Convex lenses and concave lenses: These lenses are the core part of the lens module, used to focus and form images of infrared light. Through precise arrangement and configuration, they effectively collect infrared radiation from objects and project it onto the photoelectric converter. Zoom lens group: To achieve the zoom function, the lens module usually contains one or more groups of movable lenses. These lens groups move relative to each other during zooming, thereby changing the focal length of the lens to adapt to the needs of different shooting distances and scenes. 2. Photoelectric converter Infrared detector: Converts infrared light into electrical signals. This is a key step in the imaging process, determining key parameters such as image resolution, sensitivity and signal-to-noise ratio. 3. Autofocus system Focus sensor: Used to detect the contour edges and contrast information of the image in real time. Through contrast and edge detection algorithms, the sensor can accurately determine the focus state of the lens and issue adjustment instructions. Drive mechanism: According to the instructions of the focus sensor, it drives the zoom lens group to move, thereby realizing the autofocus function. The drive mechanism usually includes components such as motors, gears and transmission devices. 4. Mechanical support structure Lens barrel and bracket: Used to support and fix key components such as the lens assembly, zoom mechanism, photoelectric converter and autofocus system. These components need to maintain precise relative positional relationships to ensure the imaging quality and stability of the system. Sealing and protection design: To prevent external factors such as dust and moisture from affecting the internal components of the lens module, the lens barrel and bracket usually adopt a sealed design and are equipped with appropriate protective measures. 5. Software algorithm The system integrates FPGA (Field Programmable Gate Array) image acquisition and processing with intelligent drive algorithms, improving the performance and functions of infrared imaging, while being able to complete autofocus in a short time, greatly improving imaging efficiency. The infrared motorized lens autofocus system has broad application prospects in many fields such as security, industry, medical care and scientific research. With the continuous advancement of technology and the continuous expansion of application scenarios, its application scope and performance will be further improved.

Specifications

ParameterValue
Focal Length30 mm
Working F-number [30mm]0.85
Field of view [30mm](H)20.5 ° x(V)15.5 °
Distortion [30mm]≤|2.5 %|
Focal Length150 mm
Working F-number [150mm]1.2
Field of view [150mm](H)4.1 ° x(V)3.3 ° x(D)5.3 °
Distortion [150mm]≤|1.5 %|
AthermalizationNo
Focusing methodZoom
Zoom Optical Axis Consistency≤3 pixels
Back Focus Distance / Back Working Distance20 mm
Back Focal Length20 mm
Image Plane Sizeφ13.93mm
Applicable Detector640X512-17UM
Front Lens CoatingDLC coating
Working waveband8-12um
Imaging Range:0.5M~∞ 13M~∞
Lens Mount MaterialAL
Weight<3.2 kg
Operating Temperature-40 °C~+80 °C
Storage Temperature-40 °C~+80 °C
Lens mountFlange
Sealing ProtectionFirst Lens Element IP67
Zoom Motor / Focus Motor Cable150 mm
Lens CapLens Front Cover and Rear Cover (handle is chrome-plated carbon steel, the rest black)
Surface Treatment:Matte black anodizing MIL-A-8625 TypeⅡ Class 2

Applications

1. Security monitoring City safety monitoring: especially in nighttime environments. The system can automatically focus in the dark to achieve clear imaging, providing strong support for security protection. Forest fire prevention: real-time monitoring of forests can promptly detect fire sources and improve the early warning capability of forest fire prevention. 2. Industrial inspection High-temperature object monitoring: in certain specific industrial scenarios, such as metallurgy and glass manufacturing, the system can be used to monitor temperature changes of high-temperature objects to ensure production safety. Thermal imaging inspection: automatic focusing inspection of high-temperature equipment, timely detection of equipment abnormalities such as excessive temperature and component damage, preventing equipment failures and accidents. 3. Medical field Body temperature detection: in scenarios such as epidemic prevention and control, the system can be used for non-contact body temperature detection, improving detection efficiency and accuracy. Medical imaging: in the field of medical imaging, the system can assist doctors in detecting and analyzing lesion areas, improving the accuracy and efficiency of diagnosis. 4. Fire rescue In fire rescue scenarios, dense smoke can seriously affect rescuers' vision and rescue efficiency. The system can quickly identify living bodies in dense smoke environments and, through clear infrared images, provide accurate information to rescuers, helping them find trapped people in time and improving the rescue success rate.

Datasheet

Please provide your email to download the datasheet.

Your name
Email Address

Invalid email format. Please try again.

Send Request

Supplier Information

Wa
Wave-optics
View Supplier →
Nanjing Wavelength Opto-Electronic Technology Co., Ltd. was established in 2008. It is a high-tech enterprise integrating optical design, production, and sales, with multiple subsidiaries and offices. From the beginning, the company aimed to provide high-quality laser optics, infrared optics, intelligent optics, precision optics products, and comprehensive services, serving the optoelectronics field. Over more than a decade, with the pioneering and collaborative efforts of all employees, the company has continued to expand. In addition to meeting the needs of the Chinese market, the export proportion has also increased, with products exported to Europe, America, and Southeast Asia, earning the trust of customers with high-quality products and solutions. The company headquarters is located in the Hushu Industrial Concentration Zone, Jiangning, Nanjing. The garden-style factory area includes standardized workshops and complete living facilities. To enable employees to work with peace of mind and live happily, the company has set up a lighted basketball court, a fitness center, an electronic reading room, and has equipped each employee dormitory with internet and air conditioning. We deeply understand that a high-quality, experienced technical, management, and marketing team is the cornerstone of rapid development. The company warmly welcomes people with various talents to join us and work together to strive to rank among the world's outstanding optoelectronic enterprises.

Request a Quote

Our team responds within 24–48 hours
Infrared motorized lens autofocus system
Wave-optics · Imaging Lenses and Objectives
Direct from Manufacturer
Your inquiry will be sent directly to the manufacturer
Photonics Source Platform
We handles the inquiry on your behalf
Your information is protected and will never be shared without consent.
Datasheet Live Chat
Contact Us

Loading...

GetExperimental Plan

Name

Phone

+86

Organization

Use Case

Global Photonics Products
Database Platform
With 16 years of experience, we provide high-quality products and services to universities, research institutes, and industry.
50+ Detailed Categories · 3,000+ Global Brands · 100,000+ Photonics Products
1 Million+
In-depth analysis of professional academic resources in photonics
300,000
ProductsDatasheets Available Free
We will keep your personal information strictly confidential.

Product Quote

+86
* Select the quoting party:
By submitting, you agree to the User Service Agreement and Privacy Policy
AI Parametric Selection
Smart Match · Precise Recs
Enter Specifications
AI Smart Matching
Get Best Matches
Skip Manual Comparison
Find Best Solutions Fast
Select Now →
China's Leading Optoelectronics Platform