HIKROBOT MV-DP4090-01P — 3D Cameras & Profile Sensors

Of these three DP4000 models, the MV-DP4090-01P covers the largest measurement volume, combining a 94 mm reference distance, a 44-51.5-59 mm X-axis range, and a 42 mm Z depth to offer both precision and a wider working area. Its high-speed, high-resolution, large-pixel chip architecture doesn’t sacrifice image quality even at this expanded scale.

The 49 kHz FPGA-driven scan rate, together with the customized large-iris lens and ultra-uniform laser optical design, maintains consistent illumination across the full 42 mm depth. The ultra-high subpixel algorithm holds the DP4000-class precision standard at 0.66 µm repeatability, while the integrated housing design simplifies field installation and maintenance.

Specifications

Key features

• Adopts high-speed, high-resolution, and large-pixel element image chips.
• Adopts FPGA hardware with 49 kHz scan frame rate.
• Provides customized large iris lens and ultra-uniform laser optical solution.
• Adopts ultra-high subpixel algorithm and accuracy is up to submicron level.
• Supports multiple exposure modes with good robustness.
• Adopts multiple-frame integration technology to provide complete profiles.
• Provides multiple filter modes with stable data.
• Adopts integrated design for easy installation and debugging.

Where it is used

The 94 mm reference distance suits applications needing submicron-level inspection of relatively larger parts among these three DP4000 models, such as precision automotive body components or mid-sized electronic modules. Its 42 mm Z depth captures a complete contour even on surfaces with somewhat greater height variation, and this precision class also fits semiconductor back-end processes or precision battery-component measurement.

Suitability depends on working distance, field of view, target characteristics and positioning. Selection is assessed on a per-project basis.