HOKUYO AUTOMATIC
https://www.hokuyo-aut.co.jp/- Japan exhibitors
- We will demonstrate the exhibits Inside the booths.
- English support is available
- Logis-Tech Tokyo 2026
- Industrial Vehicles / Transport Vehicles / Trucks
- Booth number
At this booth, visitors can experience Hokuyo Automatic’s advanced sensing technologies through a realistic simulation of logistics warehouse operations. The demonstration recreates a full workflow, including forklift receiving of packaged goods, collaborative robots sorting items by destination, cart transport to staging areas, and temporary rack storage before shipment.
The exhibit highlights safety solutions such as EtherCAT-compatible laser scanners for human-robot collaboration and wide-area monitoring through 3D intrusion detection, improving both safety and efficiency. Applications of slim 3D LiDAR and solid-state 3D LiDAR are also introduced. The slim type detects floor level differences and overhanging rack loads, while the solid-state sensor supports stable operations such as precise pallet detection by forklifts.
In addition, 4D LiDAR enables monitoring that captures distance and velocity to track human movement. A projector-based safety system visually alerts hazards by projecting warnings on floors and walls. Through these technologies, the booth demonstrates innovative solutions that enhance safety, automation, and efficiency in modern logistics environments.
| Exhibited products | 2D LiDAR, 3D LiDAR, 4D LiDAR, safety laser scanners, wireless data transmission devices, and a visual safety system utilizing projectors and sensors |
|---|
Exhibit Product
-
3D LiDAR UCT-10LCN
-
Target Sector
Logistics industry, AGV/AMR manufacturers and suppliers
-
Use Scenes(Usage/Recipies)
Pallet pocket detection for forklifts, Step/level difference detection for AGVs/AMRs, Protrusion / intrusion detection, Door entrapment detection
-
Specialities,Sales point
Ultra-thin 3D LiDAR with a thickness of only 20 mm.
Detection range: 10 m; scanning angle: 100° (H) × 6° (V).
Multi-layer (3-layer design) enables vertical detection.
-
Target Sector
-
3D LiDAR YHT-10LA
-
Target Sector
Logistics industry, Factory equipment safety
-
Use Scenes(Usage/Recipies)
Applications for AGV/AMR, forklift, and equipment safety
-
Specialities,Sales point
Hokuyo’s first 3D area-configurable LiDAR!
Achieves zero missed hazards with a fully three-dimensional detection area.
Detection range: 10 m; scan angle: 45° (H) × +40°/-45° (V)
-
Target Sector
-
4D LiDAR YLF-80LX
-
Target Sector
Construction industry, Railway industry, Highway industry, Entertainment industry
-
Use Scenes(Usage/Recipies)
Object detection, Tracking, Wrong-way detection, Infrastructure, Construction management
-
Specialities,Sales point
Simultaneous measurement of distance and velocity enables 4D sensing
High environmental resistance, minimally affected by external light, rain, or fog, with high-precision distance measurement (±10 mm)
Detection range: 80 m
-
Target Sector
-
Safty laser scanner UAM-05LECA-T301
-
Target Sector
Logistics industry, AGV/AMR manufacturers, Automotive industry, Collaborative robot manufacturers, Semiconductor manufacturing equipment manufacturers
-
Use Scenes(Usage/Recipies)
Improving efficiency in factories and logistics through safety measures for AGVs/AMRs, robots, and machinery, Replacement of physical safety solutions such as safety fences, light curtains, and safety mat switches
-
Specialities,Sales point
Safety laser scanner with a protective range of 5 m and 270° coverage, allowing flexible area configuration, Enhanced environmental resistance model, EtherCAT compatible
-
Target Sector
-
Wireless Data Transmission Device DMR Series
-
Target Sector
Overhead Hoist Transport (OHT) System Manufacturers, Semiconductor Equipment Manufacturers
-
Use Scenes(Usage/Recipies)
Cable-less communication between an overhead automatic transport system and equipment
-
Specialities,Sales point
This is a transmission device equipped with an 8-bit parallel I/O interface capable of wireless communication in the 2.4 GHz band.
Conventional systems relied solely on optical transmission devices, requiring precise alignment of the optical axes between units. However, this device enables communication without the need for optical alignment.
As a result, installation positions can be more flexible, and in communication between OHT systems and equipment, piping work is no longer required.
-
Target Sector