Short-to- Mid Range LiDAR
Our Short-to-Mid Range LiDAR delivers high-resolution depth sensing and precise object detection within a range of a few meters to several dozen meters. Designed for autonomous systems, industrial automation, security, and smart devices, it enables advanced features like gesture recognition, presence detection, and obstacle avoidance. With exceptional accuracy and reliability, it enhances safety, efficiency, and intelligent decision-making across various applications.
AST1130US
Wavelength: 905nm
Aperture Angle: 270°
Scanning Frequency: 100/200Hz
Working Range: 0.1-65m
Scanning Range: 30m@10% 65m@90% radiance factor
Systematic Error: ±30mm
Statistical Error: ±20mm
Divergence：6±1mrad
Supply voltage：DC24V±4V
Power consumption：TYP≤18W, HTG≤58W
Enclosure rating：IP67
Operating temperature: -55°C～+70°C
AST1230HS
Wavelength: 905nm
Aperture Angle: 270°
Scanning Frequency: 25/50/100Hz
Working Range: 0.1-80m
Scanning Range: 30m @10%
radiance factor
Systematic Error: ±30mm Statistical Error: ±20mm
Divergence：6±1mrad
Supply voltage：
DC10-32V
Power consumption：TYP≤15W, HTG≤55W
Enclosure rating：IP67
Operating temperature: -55°C～+70
AST1320
Wavelength: 905nm
Aperture Angle: 270°
Scanning Frequency:15/25/50Hz
Working Range: 0.5-20m
Scanning Range: 20m@10%
radiance factor
Systematic Error: ±30mm
Statistical Error: ±20mm
Divergence：≤6mrad
Supply voltage：
DC10～32V
Power consumption：≤5W
Enclosure rating：IP65/IP67
Operating temperature: -20°C～+55°
AST5310
Wavelength: 905nm
Aperture Angle: 300°
Scanning Frequency:15/25/50Hz
Working Range: 0.1-10m
Scanning Range:10m @10% radiance factor
Systematic Error: ±30mm Statistical Error: ±20mm
Divergence：≤6mrad
Supply voltage：
DC10～32V
Power consumption：≤5W
Enclosure rating：IP65/IP67
Operating temperature: -20°C～+55°C-
Mid-to-Long Range Anti-Contamination LiDAR
Precision Sensing · Built for Harsh Environments
Designed for mid-to-long range detection, this LiDAR series offers exceptional anti-contamination capabilities, maintaining high-precision sensing and stability even in dust, fog, and mud. Ideal for cement plants, coal mines, grain silos, ports, and tunnels, it enables material measurement, level monitoring, and perimeter security, ensuring safety and efficiency in demanding industrial environments.
ASTK15HE
Wavelength: 905nm
Aperture Angle: 270°
Scanning Frequency:
25/50/100Hz
Working Range: 0.1-45m
Scanning Range: 15m@10% radiance factor
Systematic Error: ±30mm Statistical Error: ±20mm
Divergence：6±1mrad
Supply voltage：DC24V±4V
Power consumption：TYP≤15W, HTG≤55W
Enclosure rating：IP68
Operating temperature: -55°C～+70°C
ASTK40HE
Wavelength: 905nm
Aperture Angle: 270°
Scanning Frequency:
12.5/25/50/100Hz
Working Range: 0.1-90m
Scanning Range: 40m@10% radiance factor
Systematic Error: ±30mm Statistical Error: ±20mm
Divergence：6±1mrad
Supply voltage：
DC10～32V
Power consumption：TYP≤15W, HTG≤55W
Enclosure rating：IP67
Operating temperature: -55°C～+70°C
ASTK60HS
Wavelength: 905nm
Aperture Angle: 270°
Scanning Frequency:
25/50/100Hz
Working Range: 0.2-100m
Scanning Range: 30m@2%， 60m@10% radiance factor
Systematic Error: ±50mm Statistical Error: ±50mm
Divergence：6*14±1mrad
Supply voltage：
DC10～32V
Power consumption：TYP≤20W, HTG≤60W
Enclosure rating：IP67
Operating temperature: -55°C～+70°
ASTK100HS
Wavelength: 905nm
Aperture Angle: 270°
Scanning Frequency:
25/50/100Hz
Working Range: 0.2-250m
Scanning Range: 10m@2%，100m@10% radiance factor
Systematic Error: ±50mm Statistical Error: ±50mm
Divergence：6*14±1mrad
Supply voltage：
DC10～32V
Power consumption：TYP≤20W, HTG≤60W
Enclosure rating：IP67
Operating temperature: -55°C～+70°
AST94 Series Explosion-Proof Radar-Vodeo Unit
Designed for applications such as material handling, positioning, and 3D point cloud output, this product features an industrial-grade protective design with explosion-proof certification, ensuring stability and reliability. It includes flexible built-in algorithms, extensive physical interfaces, open protocol support, open-source integration code, and comprehensive technical support, enabling fast and seamless integration into diverse application systems.
