Large FOV explosion-proof laser 3D Camera

The product has a large field of view, large depth of field, can be used in a long distance, or on the large size of the workpiece to complete the positioning and identification, can be used for explosion-proof operation needs of the environment.

AT-S1000-01A-D

Medium FOV explosion-proof laser 3D camera

The product has a medium and near field of view and depth of field, compact size, can meet the robot in explosion-proof scenarios arm wearing EYE-IN-HAND use.

AT-S1000-04A-D

Small FOV grating explosion-rroof 3D Camera

The product is suitable for close-up, high-precision positioning and assembly scenarios. The compact size is suitable for mounting on the end axis of the EYE-IN-HAND robotic arm and can be used in environments where explosion proof operation is required.

AT-S1000-07C-D

Structural Design

This product features CNC one-piece construction with high-strength alloy materials, offering strong structural rigidity and high destructive strength. With an IP67 protection rating, its minimalist mounting surface design effectively prevents external combustible gases and dust from entering, significantly reducing the risks of combustion, secondary combustion, and explosion.

Heat Dissipation Performance

Compared with the traditional way of covering the explosion-proof shell on the outside of the product, this series of products has a better convection heat dissipation condition of its own explosion-proof structure and better heat dissipation performance, which minimises the adverse effect of thermal disturbance on the performance of the product.

Wide FOV Coverage

A range of subtypes are available to choose from, covering a wide range of effective fov, including super-large, large, small and medium-sized options, to meet the needs of acquiring depth of field data at far, medium and near distances.

Binocular Structure

By using a market-proven, mature binocular structure design with an optimal baseline ratio, we can effectively reduce the temperature drift coefficient of optical products. Reducing the risk of lens distortion through software algorithms ensures accurate and stable continuous operation.

Rigorous Quality Control

The products are of industrial-grade quality and have undergone over 30 performance tests before leaving the factory, with a cumulative testing time of more than 10,000 hours.

Plug-and-play

Flexible installation methods are available through our self-developed vision application algorithm platform, ALSON VizMaster. This allows for easy deployment in a variety of production sites.