AltiZ Zebra AZ1D4MR 3D profile sensor

Zebra AltiZ AZ1D4MR – Red Laser 3D Profile Sensor with Medium Field of View

The Zebra AltiZ AZ1D4MR is the medium field of view version of the AltiZ 3D sensor series, designed for industrial applications where a balance between high accuracy and medium area coverage is needed.

This model uses a red laser (660 nm) in a unique dual-camera / single-laser architecture, which eliminates shadow areas and provides consistent 3D data in the form of rectified profiles, depth maps or point clouds.

With a near field of view (FoV) of 85 mm, a 165 mm far field of view and a 225 mm Z-range, the sensor is suitable for 3D inspection and metrology applications in medium to high speed production lines.

Technical specifications – Zebra AltiZ AZ1D4MR:

• Technology: Dual-camera / single laser

• Laser: red, 660 nm

• Field of view (FoV): 85 mm (near) – 165 mm (distant)

• Z-range: 225 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

Main features:

• Medium field of view – balance between detail and coverage

• High precision for 3D inspection and measurement

• IP67 design – rugged for harsh industrial environments

• Compatible with Zebra Aurora software (MIL, Design Assistant) and GigE Vision applications

• Support for multi-sensor scanning for more complex objects

Recommended applications:

• 3D metrology for medium-sized parts

• Automated visual inspection îin production lines

• Industrial quality control – defect detection, dimension verification

• Robotic guidance for automated processes

• Automotive, electronics and precision manufacturing

🔹 Zebra AltiZ AZ1D4MR is the ideal solution for companies that need high accuracy combined with a medium field of view, in a compact and robust 3D sensor.