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    25mJ 1064nm Laser Target Designator

    The STA-106425M medium laser photometer (hereinafter referred to as the laser photometer) is a precision photoelectric product which transmits the laser to a specific target and calculates the distance information according to the laser flight time. The 25mJ 1064nm Laser Target Designator has the characteristics of outstanding performance and simple operation.
  • 17km Rangefinder Module

    17km Rangefinder Module

    STA-D1721Y 17km Rangefinder Module adopts the 1535nm erbium glass laser module independently developed by Jioptics, which has the characteristics of low power consumption, compact structure, high precision, long measuring distance and human eye safety.
  • Fiber optic gyroscope-MEMS Inertial Measurement Unit

    Fiber optic gyroscope-MEMS Inertial Measurement Unit

    JIO-MC200-IMU Fiber optic gyroscope-MEMS Inertial Measurement Unit is a micro-mechanical technology (MEMS) based inertial measurement unit (IMU) with a built-in high performance MEMS gyro and MEMS accelerometer that outputs 3-axis angular velocity and 3-axis acceleration.
  • Fiber Optic Gyroscope Strapdown Inertial Navigation System

    Fiber Optic Gyroscope Strapdown Inertial Navigation System

    JIO-FOGD70A Fiber Optic Gyroscope Strapdown Inertial Navigation System is a cost-effective inertial navigation measurement product used to measure the position, velocity, attitude, angular rate and acceleration of the carrier. The device is developed by means of cost-effective fiber optic gyro and quartz accelerometer. The high precision error calibration and compensation of the system guarantee its high performance. The equipment is designed according to military standards, taking full account of electromagnetic shielding, thermal balance, sealing and other performance to ensure excellent environmental performance.
  • T10 Series Low Altitude UAV Surveillance Radar(AESA)

    T10 Series Low Altitude UAV Surveillance Radar(AESA)

    T10 Series Low Altitude UAV Surveillance Radar(AESA) is mainly used in low altitude and ground surveillance, the radar adopts digital beam forming technology, low equivalent omni-directional radiated power and high search data rate. The radar adopts adaptive clutter suppression technology and dense target pre-detection tracking technology, with extremely low clutter false alarm rate, and can automatically track and navigate more than 150 batches of targets and output high-precision position information.
  • Laser Countermeasure System LCMS

    Laser Countermeasure System LCMS

    The Laser Countermeasure System LCMS is an active defense system independently developed by Jioptics. It integrates a laser warning receiver, high-power laser emitter, and decoding functions into a single unit. This system is specifically designed to protect high-value targets (such as tanks, armored vehicles, command posts, warships, and critical bridges) from lethal strikes by laser semi-active guided weapons.
  • Related Blog
  • Reviews

  • An article will show you about laser ranging

    According to Maims Consulting, shortly after the world's first ruby laser came out in 1960, the laser ranging technology with precision ranging as the main target was born. Laser ranging * * has been used in the military for a long time, and then, with its strong anti-interference ability and high accuracy, it has played a huge role in many fields, such as aerospace, building surveying and mapping, wind power industry, intelligent transportation, industrial manufacturing and so on.

  • In the next 10 years, these six new sensor technologies will develop very rapidly - JIOPTICS

    According to NATO reports and research, sensors will be one of the key keywords in future technological trends. New, distributed, low-power, and sensitive sensors can perform large-scale mesh structures and self-organization (ubiquitous sensing). This includes the development of passive signal sources (such as bioengineering), biosensor analysis, fusion and evaluation, as well as the progress of multi-sensor/multi domain sources and edge computing.

  • Popularization of knowledge on laser ranging sensors

    ​When the laser ranging sensor is working, the laser emitting diode first targets the target and emits laser pulses. After being reflected by the target, the laser scatters in all directions. Part of the scattered light returns to the sensor receiver and is received by the optical system before being imaged onto the avalanche photodiode. An avalanche photodiode is an optical sensor with internal amplification function, which can detect extremely weak optical signals and convert them into corresponding electrical signals.

  • What is the accuracy of a laser rangefinder?

    The accuracy of laser rangefinders varies depending on the model, purpose and measurement conditions. The following is a detailed analysis of the accuracy of laser rangefinders:

  • Introduction to Laser Gyroscope

    ​Modern gyroscope is an instrument that can accurately determine the orientation of moving objects. It is a widely used inertial navigation instrument in modern aviation, navigation, aerospace, and defense industries. Its development has significant strategic significance for a country's industrial, defense, and other high-tech development. Traditional inertial gyroscopes mainly refer to mechanical gyroscopes, which have high requirements for process structure and complex structure, and their accuracy is constrained by many aspects.

  • The Application and Working Principle of Laser Warning Systems: The "Laser Radar Eye" on the Battlefield

    In modern warfare and specific industrial and scientific research fields, laser technology is like a double-edged sword. It is a powerful tool for precise guidance and efficient communication, but it can also be a source of threat that exposes positions and invites strikes. The Laser Warning System (LWS) has emerged as a crucial "sentinel", constantly vigilant against the invisible laser threat.

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