Autonomous Driving (LiDAR)

Minebeamitsumi Products
for Autonomous Driving (LiDAR)

Minebeamitsumi Products for Autonomous Driving (LiDAR)

Autonomous driving technology demands the highest level of precision in sensing and mapping surrounding environments. LiDAR (Light Detection and Ranging) is an essential technology for autonomous navigation; by emitting laser light and measuring the time it takes for the reflection to return, it can accurately determine the distance, shape, and 3D mapping of objects in real time.
Minebeamitsumi’s high-precision components address the critical challenges of autonomous driving, providing the reliability required for the future of mobility.

Challenges of Autonomous Driving (LiDAR)

Long-Range Detection

Long-Range Detection

To ensure safety during vehicle operation, LiDAR systems must be capable of wide-angle and long-distance measurement.

Quiet Operation

Quiet Operation

Quiet, low-noise performance is essential for units installed in vehicle cabins.

MinebeaMitsumi Solutions Supporting Autonomous Driving (LiDAR)

MinebeaMitsumi Solutions Supporting Autonomous Driving (LiDAR)
LiDAR Scanning Method
LATM

LATM

Limited Angle Torque Motor leverages high-speed responsiveness to achieve high-precision, limited-angle, and reciprocating motion.

Bearings
Bearings

High-precision bearings ensure optimal performance of the LATM.

Brushless DC Motors
Brushless DC Motors

Incorporates in-house bearings to achieve exceptionally quiet operation.

Cartridge Bearings
Cartridge Bearings

Uses high-precision cartridge bearings that suppress shaft runout and play.

FDB Motors
FDB Motors

Leverages FDB technology from HDD spindle motors to achieve quiet operation through non-contact rotation.

Ultrasonic Sensors & Proximity Sensors
Coils & Power Inductors
Coils & Power Inductors

Variable transformers enable precise inductance control.

MinebeaMitsumi offers three types of actuators for LiDAR.

LATM

An actuator that achieves reciprocating motion using a magnetic spring solution. Features low power consumption.

Brushless DC Motors
(Ball Bearing Type)

Equipped with a high-resolution magnetic encoder for high-precision detection.

FDB Motors
(Featuring Fluid Dynamic Bearings)

Non-contact rotation ensures a long service life, high quietness, and a low-profile design.

If you are looking for components suitable for autonomous driving (LiDAR), please feel free to contact us.

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