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Honghong NIT Infrared Camera Series
Covering short-wave (SWIR), medium-wave (MWIR) and long-wave (LWIR) infrared bands, it meets the high-precision requirements of different application fields.
Short-wave infrared cameras based on different sensor materials: BeyonSense 1 based on germanium, which is 5 times lighter and 10 times cheaper than a typical SWIR camera, and GaAs-based high-performance short-wave infrared cameras, which combine high sensitivity with stable image quality.
High-speed MIR industrial camera: A cost-effective choice for machine vision with frame rates up to 1000 Hz. Miniature MIR camera for industrial production lines with a peak wavelength of 3.7 μm and a maintenance-free design to effectively reduce costs.
Long-wavelength infrared camera: Compact size, industrial connectivity and Industry 4.0-oriented features make it the ideal system for industrial IoT and machine vision applications.
Product Overview
BeyonSense 1 Mini Shortwave Infrared Camera
The world's first smartphone-compatible shortwave infrared camera that supports Android, Windows, and iOS systems. It can be operated via wireless connection to BeyonSense's proprietary application.
Adopting Ge-based shortwave infrared technology, it is 5 times lighter, 10 times more energy-efficient and 10 times cheaper than a typical SWIR camera.
Support 5V/1A USB power supply, standard version with C lens and built-in 800-1700nm pass filter (visible light cutoff). It is suitable for various short-wave infrared imaging tests, laboratory scenes, and in-line inspection for industrial research.
SWIR 330KMA / 1300KMA Shortwave Infrared Camera
USB3.0 interface short-wave infrared camera utilizing SONY IMX991 SENSWIR InGaAs sensor.
With 400nm-1700nm wideband response, 330,000 pixels high resolution, high quantum efficiency and high sensitivity, it provides stable and accurate image performance in various applications.
It is suitable for semiconductor inspection, near-infrared two-region in vivo microscopic imaging, high spectral imaging, laser spot observation, machine vision, infrared detection, spot photography and analysis, and many other application scenarios.
Tachyon 16k High-Speed Medium-Infrared Industrial Camera
Uncooled high-speed mid-infrared industrial camera with built-in self-developed VPD PbSe infrared sensor, frame rate up to 4000fps, and IP67-grade protective metal casing for durability.
Wide range of applications in additive manufacturing, industrial process monitoring, machine vision, gas and flame detection, spectroscopy, and glass manufacturing quality control.
Compact size (66 × 62 × 62 mm) with a minimum detectable temperature of 100°C, allowing accurate imaging and monitoring in high-temperature environments. It enables precise imaging and monitoring in high-temperature environments.
Tachyon 1024 μCORE Miniature MIR Camera
Cost-effective choice for machine vision: Frame rate up to 1000Hz, miniature MIR camera for industrial production lines, peak wavelength 3.7μm.
Convenient connection, plug and play: USB2.0 high-speed communication interface (480Mbps), the back of the industrial-grade M12 micro USB connector, stable and durable.
Wide range of industrial and system integration applications: including industrial process control (welding, cutting, etc.), laser process monitoring, gas and flame detection, machine vision and OEM integration applications.
LIR320 Long Wave Infrared Camera
Compact design with industrial-grade connectivity and Industry 4.0-oriented features. Ideal for industrial IoT and machine vision applications.
With 320×240 pixel resolution and 12μm pixel pitch. Provides 4mm and 9.1mm optical options, and outputs calibrated, high-quality thermal images at a 27fps frame rate.
With professional visualization software, it can be flexibly applied to a variety of industrial scenarios to achieve the best balance between cost-effectiveness and performance.
Applications
Focusing on the photovoltaic industry, combining application scenarios and technical advantages, Honghong provides you with customized integrated solutions.
Penetrating Silicon Wafer Imaging
SWIR (Short Wave Infrared) cameras are equipped with excellent silicon penetration capability and can perform backside transmission imaging of wafers for clear observation of internal structures, patterns and markings.
Through the characteristics of short-wave infrared light, it can effectively distinguish between different materials, help identify foreign matter or impurities inside wafers, and analyze the material composition.
This technology is particularly suitable for applications such as silicon wafer inspection, semiconductor packaging and material analysis.
Infrared Thermal Image Temperature Monitoring
SWIR short-wave infrared thermal imaging technology is widely used for temperature measurement and energy efficiency monitoring in various industrial processes. It can monitor and measure the heat distribution in high temperature areas in real time to assist in temperature control and ensure process stability and safety.
At the same time, it can also detect abnormal hot zones, such as hot spots, cooling points or thermal barriers, which helps to identify potential problems early and improve equipment reliability and operational efficiency.
Laser Trace Cutting Surveillance
The infrared camera detects the thermal infrared radiation generated during the laser cutting process and performs real-time monitoring and quality analysis of the cutting trajectory to ensure process stability and accuracy. This technology can be applied to a wide range of industrial manufacturing and quality control projects, including metal and plastic cutting, textile and leather processing and cutting, medical device manufacturing, electronic and semiconductor component cutting, as well as automotive components, interior and other structural components precision machining, to help enterprises to improve the efficiency of the process and product quality.
Moisture Detection and Recognition
Water has significant absorption properties in the short-wave infrared (SWIR) band. Infrared cameras can be used to identify and analyze liquids in laboratories, production lines or field environments.
In environmental monitoring and water quality analysis, it can be used to observe water changes and pollution conditions; in the food and beverage industry, it can help detect and identify liquid components to ensure product quality and consistency; and in the medical testing and diagnostic field, it can be applied to analyze and read blood, urine, or other biological fluid samples to enhance clinical accuracy and testing efficiency.
Plastic Inspection
Infrared cameras can be used to detect defects or foreign objects in plastic products. Due to the specific thermal conductivity of plastics, infrared imaging can detect temperature abnormalities caused by defects or foreign objects in real time, thus helping to identify potential problems in the production process. This technology can effectively improve quality control efficiency and ensure product consistency and reliability.
Crop and Soil Monitoring
By comparing the reflectance of crops and soil at different wavelengths, the infrared camera can infer crop health and soil moisture content. This technology enables real-time monitoring of crop growth, soil moisture, and the distribution of pests and diseases, helping agricultural managers optimize irrigation strategies and fertilization programs to improve crop yield and quality.
Product Advantage
Cost-effective infrared imaging solutions
Outstanding, fearless comparison! With six core advantages, it leads the new standard of infrared imaging technology.
Multi-band full coverage
We offer a wide range of shortwave, mediumwave and longwave infrared cameras covering a wide range of wavelengths to meet the needs of various project applications.
Low-cost and high-efficiency
Provides miniature short-wave infrared cameras made of platinum-based materials, realizing high performance and efficiency at low cost.
High Efficiency Refrigerated Shortwave Infrared Camera
The Gallium-Arsenic (GaAs) sensor chip has a wide wavelength range of 400nm-1700nm.
Wide range of applications
The high-speed MIR camera has a frame rate of up to 4000 fps to support a wide range of industrial manufacturing and scientific research applications.
Premium choice for machine vision
Provides miniature MIR cameras with frame rates up to 1000Hz and peak wavelengths of 3.7μm, suitable for various industrial line applications.
Industrial Long Wave Infrared Camera
Compact dimensions, industrial-grade connectivity pages and functional design for Industry 4.0
Frequently Asked Questions
What are the characteristics of the two different series of shortwave infrared cameras?
BeyonSense Mini Shortwave Infrared Camera:
- The world's first smartphone-compatible shortwave infrared camera that supports Android, Windows, and iOS systems.
Users can instantly explore the infrared world by wirelessly connecting to the BeyonSense camera. - Utilizing Ge-based sensing technology, the SWIR camera is 5 times lighter, 10 times more energy efficient, and 10 times less expensive than typical SWIR cameras.
- Unlocking more application possibilities: Shortwave infrared technology brings you a new future.
SWIR 330KMA / 1300KMA:
- Utilizes InGaAs sensors and semiconductor cooling design.
Both Terasic SWIR330KMA and SWIR1300KMA are equipped with SONY IMX991 SENSWIR chip and USB3.0 interface to provide high stability video output. - It features 400nm-1700nm wideband response, 330,000 pixels high resolution, high quantum efficiency and high sensitivity.
- Suitable for a wide range of applications: semiconductor inspection, near-infrared in vivo microscopic imaging, high spectral imaging, laser spot observation, machine vision, infrared detection, near-infrared spot photography and analysis, and so on.
What are the features of the Medium Wave Infrared Camera and Long Wave Infrared Camera series?
Acer Tachyon 16k camera:
High-speed mid-infrared industrial camera: Uncooled high-speed mid-infrared industrial camera with integrated self-developed VPD PbSe infrared sensor, frame rate up to 4000fps.
Compact size, high temperature probing: The metal housing is IP67 rated and measures 66 (L) × 62 (W) × 62 (H), and can detect temperatures down to 100°C. The temperature range is from 0.5°C to 0.5°C.
Rich industrial and research applications: Suitable for additive manufacturing, industrial process monitoring, machine vision, gas and flame detection, spectroscopy, glass process quality control and R&D.
Tachyon 1024 μCORE camera:
Machine Vision is a cost-effective choice: Frame rates up to 1000 Hz for industrial production line miniature MIR cameras with a peak wavelength of 3.7 μm.
Conveniently connected, plug and play: Utilizes USB2.0 interface to support high-speed communication (480Mbps) and features an industrial-grade M12 micro USB connector.
Multiple application scenarios: It can be applied to industrial process control (welding, cutting, etc.), laser process monitoring, gas and flame detection, machine vision and OEM system integration.
LIR320 Long-wave infrared camera:
High performance thermal imaging camera: The VST LIR320 features a compact form factor, industrial-grade connectivity and functional design for Industry 4.0.
It is an ideal system for industrial IoT and machine vision applications.The thermal image quality has been corrected: With 320×240 resolution and 12μm pixel pitch, it offers 4mm and 9.1mm optical options.
Outputs high-quality, calibrated thermal images at a frame rate of 27fps.Wide range of applications with visualization software: The LIR320 is a cost-effective imaging solution.
It meets the needs of various industrial applications and provides stable and excellent image performance.
What are the current applications for BeyonSense?
BeyonSense shortwave infrared cameras have already been introduced in a number of fields, and the main applications include:
Infrared light source and lamp bead inspection: Lighting quality and wavelength consistency testing by infrared light source and LED lamp bead manufacturers.
Infrared laser laboratory testing: It is used in scientific research units to analyze the output and spot characteristics of infrared lasers.
Used by measurement and testing organizations: For example, metrology and optical inspection related organizations for equipment calibration and performance testing.
Universities and research institutes apply: It is involved in the fields of agricultural product quality analysis, spectroscopic detection and primary infrared research.
With the advantages of light weight, high sensitivity and cost-effectiveness, BeyonSense has become the ideal choice for short-wave infrared detection in research and industrial applications.
How do I choose the right infrared camera for my project?
Welcome to contact Honghong team, our professional technical engineers will assist you in camera selection and provide complete customized solutions according to project requirements.
What are the interface types and power supply methods for BeyonSense shortwave infrared cameras?
Data Interface: Wireless transmission design. The camera can set up its own Wi-Fi hotspot for wireless control and image transfer from a cell phone or computer.
Power Supply Interface: Use USB-A to USB-microB cable for power supply only (5V/1A), data transfer function is not supported.
Spectral Response / Quantum Efficiency (QE) of BeyonSense Mini Shortwave Infrared Camera?
As the camera utilizes the latestGe Sensor and Process TechnologyThe structure is different from that of a conventional photodiode, and therefore the QE (quantum efficiency) The test is also different.
The current spectral response range is 400-1700nmThe QE data is available in a variety of formats, and several imaging examples are available. Specific QE data is subject to validation and testing of various methods before more detailed test results can be provided.
Technical Support
Honghong's professional technical team is at your service. With many years of experience in machine vision and optoelectronic inspection, we have successfully built a number of mature customized projects.