AltiZ Zebra AZ1D4LR 3D profile sensor

Zebra AltiZ AZ1D4LR – Red Laser 3D Profile Sensor with Wide Field of View

The Zebra AltiZ AZ1D4LR is the wide field of view variant of the AltiZ 3D profile sensor series, designed for applications that require scanning large objects and capturing 3D data quickly.

This model uses a red laser (660 nm) and a single-laser dual-camera system, eliminating optical shadowing areas and providing accurate data in the form of rectified profiles, depth maps or point clouds.

With a near field of view (FoV) of 110 mm, a field of view î310 mm away and a 385 mm Z-range, the sensor is ideal for large part inspection or quality control applications over large areas.

Technical specifications – Zebra AltiZ AZ1D4LR:

• Technology: Dual-camera / single laser

• Laser: red, 660 nm

• Field of view (FoV): 110 mm (near) – 310 mm (distant)

• Z-range: 385 mm

• Acquisition rate: up to 11,000 profiles/sec

• Z-resolution: up to 4 µm (depending on settings)

• Interface: GigE Vision 2.2, GenICam, Gigabit Ethernet

• Inputs/outputs: 4 isolated digital inputs (24V), 2 isolated digital outputs (24V)

• Protection: aluminum housing, IP67 certification

• Dimensions: 233 × 121 × 48 mm

• Weight: 1.5 kg

Key Features:

• Extended field of view for large objects and surface applications

• Rugged IP67 design for use in harsh industrial environments

• Extended software compatibility: Aurora Imaging Library (MIL), Aurora Design Assistant, GigE Vision applications

• Multi-sensor synchronization for part scanning complex

• Anti-occlusion technology – reduces shadows and unreadable areas

Recommended applications:

• Inspection and quality control for large products

• 3D metrology and precision measurements on industrial objects

• Robotic guidance for large object handling

• Multi-sensor scanning îin logistics and complex automation

• Automotive, aeronautical and electronics industries – verification and traceability

🔹 Zebra AltiZ AZ1D4LR is the optimal choice for applications where large scanning area and industrial robustness are essential, offering a combination of accuracy, speed and software flexibility.