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Unlock Precision Motion Sensing: A Guide to Our High-Performance MEMS Inertial Measurement Units (IMUs)

In the rapidly evolving world of navigation, stabilization, and motion tracking, precision is paramount. Whether for unmanned systems, industrial robotics, or advanced platform control, the heart of accurate motion sensing lies in the Inertial Measurement Unit (IMU). We specialize in the design and manufacture of a comprehensive series of high-performance MEMS IMUs engineered to meet a wide spectrum of application demands.

    What is an IMU?

    An Inertial Measurement Unit is an electronic device that measures and reports a body's specific force, angular rate, and orientation. Using a combination of accelerometers and gyroscopes, our IMUs provide critical data for calculating position, velocity, and attitude without any need for external references, making them ideal for GPS-denied environments.

    1. Compact & High-Stability: The MZ1930 Series and MZ3428 Series

    Ideal for space-constrained applications requiring excellent performance.
    Models: MZ1930B, MZ1930C, MZ1930F, MZ3428, MZ3428B

    Key Features:
    Superior Gyro Stability: Our flagship compact model, the MZ1930B, boasts an exceptional gyro zero-bias stability of ≤1°/h, providing exceptional accuracy for precise navigation.
    Small Form Factor: With a minimal footprint (e.g., 25x25x20mm for MZ1930, Ф21.8x30.5mm for MZ3428), these units are perfect for drones, robotic arms, and portable devices.
    Standard Serial Output: Simplifies integration and communication with your main control system.

    MZ1930 and MZ3428 series compact IMUs with high gyro stability, small size, and standard serial output for precise navigation

    2. Robust & High-Dynamic: The MZ3419 Series and MZ3420D

    Designed for applications experiencing high levels of vibration, shock, and extreme motion.
    Models: MZ3419, MZ3419B, MZ3420D
    Key Features:

    High Gyro Range: The H130 MZ3419 offers an extreme gyro range of up to ±7200°/s on the X-axis, handling very high rotational rates without saturation.
    High-g Acceleration Sensing: Models like the MZ3419B and MZ3420D feature accelerometer ranges up to ±50g, making them suitable for automotive testing, guided projectiles, and aggressive stabilization platforms.
    Ruggedized Design: Housed in a robust package (Φ51×20.5mm, 44.8x38.6x21.5mm) for durability in harsh environments.

    3. Ultra-Miniaturized: The MZ3441

    For applications where size and weight are the most critical constraints.
    Model: MZ3441

    Key Features:

    Extremely Compact: At just 25x20x10mm, this IMU provides essential inertial data for the most size-sensitive applications without sacrificing core performance (gyro stability ≤5°/h).
    Lightweight Design: Its minimal weight is ideal for small UAVs and wearable technology.

    Key Performance Parameters at a Glance

    Model

    Gyro Bias Stability

    Gyro Range

    Accel Bias Stability

    Accel Range

    Size (mm)

    MZ1930B

    ≤1°/h

    ±500°/s

    <0.1 mg

    ±20 g

    25x25x20

    MZ3428B

    ≤1°/h

    ±400°/s

    -

    -

    Ф21.8x30.5

    MZ3420D

    ≤5°/h

    ±500°/s

    ≤0.15 mg

    ±50 g

    44.8x38.6x21.5

    MZ3419 (H130)

    ≤20°/h

    ±7200°/s (X)

    ≤0.3 mg

    ±20 g

    Φ51x20.5

    MZ3419B

    ≤10°/h

    ±500°/s

    <0.5 mg

    ±50 g

    Φ51x20.5

    MZ3441

    ≤5°/h

    ±500°/s

    -

    -

    25x20x10

    Target Applications

    Our IMUs are trusted in a variety of demanding fields, including:

    √ Unmanned Systems: Navigation and flight control for UAVs, UGVs, and USVs.

    Our IMUs application fields Unmanned Systems Navigation and flight control for UAVs, UGVs, and USVs

    √ Robotics: Stabilization, balance, and motion control for industrial and service robots.
    √ Platform Stabilization: Camera gimbals, antenna pointing systems, and weapon stabilization.

    IMU for Platform Stabilization Camera gimbals

    √ Guidance, Navigation, and Control (GNC): Inertial navigation systems (INS) for aerospace and defense.

    for aerospace and defense—featuring a fighter jet and your IMU in a golden-lit hangar, with HUD-style overlays simulating inertial navigation feedback

    √ Automotive Testing: Data logging for vehicle dynamics and performance analysis.

    Automotive Testing Data logging for vehicle dynamics and performance analysis

    Target Applications

    Wide Selection: From ultra-miniature to high-dynamic units, we have an IMU to fit your specific needs.

    IMU wide selection for industrial requirements

    Proven Performance: Our specifications, like ≤1°/h gyro stability, are competitive in the MEMS market.
    Reliability: Designed and built for continuous, uninterrupted operation in challenging conditions.

    IMU reliability test

    Easy Integration: Standard communication interfaces (Serial/UART) and compact packages simplify the design-in process.

    Get in Touch

    Ready to integrate precision motion sensing into your next project? Our technical experts are ready to help you select the perfect IMU from our series.

    Contact us today to discuss your application requirements and request detailed datasheets.

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