AltiZ Zebra AZ1D4SR 3D profile sensor

Zebra AltiZ AZ1D4SR – 3D Profile Sensor with Red Laser and Small Field of View

The Zebra AltiZ AZ1D4SR is a compact and precise 3D profile sensor, equipped with a red laser (660 nm), designed for applications where fast and accurate reading of small objects is needed.

With a near field of view (FoV) of 55 mm, a far field of view of 75 mm and a Z-range of 70 mm, this model is suitable for small parts, industrial or electronic components, providing stable results even in high-speed applications.

Built on the unique dual-camera architecture / single-laser, the sensor reduces optical shadows and provides full 3D data in the form of rectified profiles, depth maps or calibrated point clouds.

Technical specifications – Zebra AltiZ AZ1D4SR:

• Laser: red, 660 nm

• Field of view (FoV): 55 mm (near) – 75 mm (distant)

• Z-range: 70 mm

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

• Z-resolution: up to 4 µm

• 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:

• Red laser 660 nm – robust and precise for standard industrial applications

• Small field of view (55–75 mm) – optimal for small objects

• High accuracy – fine 3D measurements, down to microns

• IP67 design – resistant to dust, moisture and harsh industrial conditions

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

Recommended applications:

• Industrial inspection of small parts and subassemblies

• Electronics industry – PCB and miniature component inspection

• 3D metrology on small objects

• Quality control on fast production lines

• OEM applications where space and accuracy are critical

🔹 Zebra AltiZ AZ1D4SR is the perfect solution for applications where small-scale accuracy, reliability and industrial robustness are needed, îin a compact and high-performance 3D sensor.