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  • 20km Laser Range Finder Module

    20km Laser Range Finder Module

    The M1220x long range laser rangefinder module is a military pulse laser rangefinder designed for aircraft, unmanned aerial vehicle, tank, artillery and other application scenarios. It has the advantages of small size, light weight, low power consumption, stable performance, long measuring distance, long service life, eye safety and so on. JIOPTICS® is an important technical equipment to improve the product aiming accuracy. Welcome to buy 20km Laser Range Finder Module from us.

    Ranging range: visibility under the conditions of visibility is not less than 15km, for vehicles (2.3mX2.3m target), 0.3 diffuse reflectance, ranging distance ≥12000m; Visibility under the conditions of not less than 25km, large target, ranging distance ≥20000m;
  • 10km Eye-safe Laser Rangefinder Module(LRF)

    10km Eye-safe Laser Rangefinder Module(LRF)

    STA-B1015X is a human eye-safe laser distance measurement module, which can detect the target distance and transmit the measured distance to the upper computer through serial communication. Visibility ≥ 15km, target reflectivity ≥ 0.3, humidity ≤ 80%, the vehicle 2.3m × 2.3m(NATO target) ranging distance≥10km;Building targets Max Ranging≥15km.
  • 25mJ Military Laser Target Designator(LTD) wiht LRF

    25mJ Military Laser Target Designator(LTD) wiht LRF

    STA-D25M is a military 25mj laser target designator that plays a crucial role in precision aiming systems, capable of providing precise guidance for smart ammunition. Through an advanced optical system, it marks the target with a laser beam, ensuring that precision-guided weapons can destroy the target with extremely high accuracy and efficiency.
  • 80mJ Laser Target Designator(LTD) wiht LRF

    80mJ Laser Target Designator(LTD) wiht LRF

    STA-Z80M is a military 80mj laser target designator that plays a crucial role in precision aiming systems, capable of providing precise guidance for smart ammunition. Through an advanced optical system, it marks the target with a laser beam, ensuring that precision-guided weapons can destroy the target with extremely high accuracy and efficiency.
  • 100mJ Laser Target Designator(LTD) wiht LRF

    100mJ Laser Target Designator(LTD) wiht LRF

    STA-Z100M is a military 100mj laser target designator that plays a crucial role in precision aiming systems, capable of providing precise guidance for smart ammunition. Through an advanced optical system, it marks the target with a laser beam, ensuring that precision-guided weapons can destroy the target with extremely high accuracy and efficiency.
  • 2000m Mini Laser Rangefinder Module(LRF)

    2000m Mini Laser Rangefinder Module(LRF)

    STA-M020X Miniature Laser Ranging Module adopts human eye-safe 905nm semiconductor laser component, which has the advantages of long range, low power consumption, small size, light weight, long service life, etc., and it is very suitable for the integration of UAV pods, night vision, thermal imaging and other equipments.

    Measurement range: 5-2000meters
    Measurement of trees ≥1500 meters
    Measurement accuracy ±1m
    Weight ≤14 ±0.5g
  • Related Blog
  • Reviews

  • The application of laser rangefinder in the positioning and distance measurement of three-dimensional storage logistics stackers -- JIOPTICS

    ​The three-dimensional warehouse stacker adopts automated logistics warehousing equipment to achieve automated management of storage in the three-dimensional warehouse, achieving timely and automatic supply of cylinder core and empty trays for the conveyor line. At the same time, it achieves timely delivery of goods to the next workstation on the conveyor line. The control adopts manual and automatic forms, making it more flexible to handle abnormal problems during transportation.

  • What is a laser displacement sensor? The working principle of laser displacement sensor

    ​Laser displacement sensor is a type of sensor that uses laser for high-precision displacement (distance) measurement. Compared with traditional measurement methods, laser displacement sensors have been widely used in industry due to their advantages of high accuracy, non-contact, and fast measurement.

  • Introduction to the Principle of Single Sensor Thickness and Width Measurement

    Laser measurement sensors are often used in industry and research to verify dimensions of length, width, or thickness. Typical applications include determining wood thickness, steel coil thickness, paper coil width, and so on. The reason why engineers choose non-contact laser sensors is that they are very accurate, fast, and the distance between the measuring device and the surface of the measured object can be very far.

  • What Laser is Powering Next-Gen Precision Work in Research and Industry? Discover the 1570nm OPO Laser 80mJ 20Hz​

    If you’ve ever talked to scientists working on materials science, or engineers in precision manufacturing, you know one thing: they’re always chasing better lasers. Regular lasers either don’t have enough power to cut through tough materials, can’t hit the right wavelength to interact with specific substances, or fire too slowly to keep up with industrial workflows. It’s a constant juggle—until now. Lately, labs and factories alike have been buzzing about a new laser that checks all the boxes. It’s called the 1570nm OPO Laser 80mJ 20Hz, and it’s changing how researchers and engineers tackle their most challenging tasks. But what makes this laser stand out from the dozens of others on the market? Let’s dive in.​

  • How Does Thermal Imaging Transform Accuracy in Critical Observation Applications?

    Thermal imaging has become a foundational technology across industrial inspection, security surveillance, search-and-rescue missions, predictive maintenance, environmental monitoring, and numerous precision-sensing use cases. The core value of thermal imaging lies in its ability to detect infrared radiation emitted by objects and convert that invisible energy into a visible, data-rich thermal map. As a result, operators can identify temperature deviations, structural anomalies, electrical faults, and concealed hazards that would otherwise remain undetected by conventional imaging methods.

  • Why Is AESA Radar Becoming the Most Critical Technology for Modern Defense and Surveillance Systems

    Advanced military operations, air defense networks, border surveillance systems, and next-generation combat platforms increasingly rely on AESA Radar technology. As threats become more sophisticated and environments more complex, traditional radar solutions often struggle to deliver the speed, accuracy, and reliability required by modern missions.

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