3D Camera DP2050-01P V2.0, ref. distance 47 mm, Z-range 6 mm
MV-DP2050-01P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
3D cameras and laser profile sensors for height measurement, volume checks and robot guidance. Compare the 3D imaging technologies below the product list to find the right approach for your measurement task.
Showing 1–48 of 49 results
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3D Camera DP2060-01P V2.0, ref. distance 64 mm, Z-range 26 mm
MV-DP2060-01P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP2060-01P, ref. distance 64 mm, Z-range 26 mm
MV-DP2060-01PBuilt-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP2061-01P V2.0, ref. distance 60.2 mm, Z-range 10.4 mm
MV-DP2061-01P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP2080-01P V2.0, ref. distance 80.2 mm, Z-range 15.2 mm
MV-DP2080-01P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP2120-01P V2.0, ref. distance 120 mm, Z-range 80 mm
MV-DP2120-01P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP2120-01P, ref. distance 120 mm, Z-range 80 mm
MV-DP2120-01PBuilt-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP2140-01P V2.0, ref. distance 141 mm, Z-range 26 mm
MV-DP2140-01P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP2240-01P V2.0, ref. distance 245 mm, Z-range 200 mm
MV-DP2240-01P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP2240-01P, ref. distance 245 mm, Z-range 200 mm
MV-DP2240-01P(O-STD)Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP2240-03P V2.0, ref. distance 245 mm, Z-range 200 mm
MV-DP2240-03P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP2240-03P, ref. distance 245 mm, Z-range 200 mm
MV-DP2240-03PBuilt-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP2470-01P V2.0, ref. distance 565 mm, Z-range 670 mm
MV-DP2470-01P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP2470-01P, ref. distance 565 mm, Z-range 670 mm
MV-DP2470-01PBuilt-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP2470-03P V2.0, ref. distance 565 mm, Z-range 670 mm
MV-DP2470-03P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP2470-03P, ref. distance 565 mm, Z-range 670 mm
MV-DP2470-03PBuilt-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP2900-03P V2.0, ref. distance 925 mm, Z-range 910 mm
MV-DP2900-03P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP2900-03P, ref. distance 925 mm, Z-range 910 mm
MV-DP2900-03PBuilt-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3020-01P V2.0, ref. distance 21.4 mm, Z-range 6.8 mm
MV-DP3020-01P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3020-01P, ref. distance 20 mm, Z-range 6 mm
MV-DP3020-01PBuilt-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3060-01D, ref. distance 60 mm, Z-range 20.5 mm
MV-DP3060-01D(海外标配)Dual-mode image sensor to eliminate blind area of FOV and suppress stray light.
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3D Camera DP3060-01P V2.0, ref. distance 62 mm, Z-range 27 mm
MV-DP3060-01P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3060-01P, ref. distance 63.5 mm, Z-range 26 mm
MV-DP3060-01PBuilt-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3062-01P V2.0, ref. distance 61.5 mm, Z-range 11 mm
MV-DP3062-01P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3062-01P, ref. distance 61.5 mm, Z-range 10 mm
MV-DP3062-01PBuilt-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3120-01D, ref. distance 125 mm, Z-range 80 mm
MV-DP3120-01D(海外标配)Dual-mode image sensor to eliminate blind area of FOV and suppress stray light.
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3D Camera DP3120-01P V2.0, ref. distance 126 mm, Z-range 86 mm
MV-DP3120-01P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3120-01P, ref. distance 125 mm, Z-range 80 mm
MV-DP3120-01PBuilt-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3300-01P V2.0, ref. distance 300 mm, Z-range 210 mm
MV-DP3300-01P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3300-01P, ref. distance 300 mm, Z-range 210 mm
MV-DP3300-01PBuilt-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3300-03P V2.0, ref. distance 300 mm, Z-range 210 mm
MV-DP3300-03P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3300-03P, ref. distance 300 mm, Z-range 210 mm
MV-DP3300-03PBuilt-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3580-01P V2.0, ref. distance 585 mm, Z-range 580 mm
MV-DP3580-01P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3580-01P, ref. distance 585 mm, Z-range 580 mm
MV-DP3580-01PBuilt-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3580-03P V2.0, ref. distance 585 mm, Z-range 580 mm
MV-DP3580-03P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3580-03P, ref. distance 585 mm, Z-range 580 mm
MV-DP3580-03PBuilt-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3900-03P V2.0, ref. distance 947.5 mm, Z-range 905 mm
MV-DP3900-03P V2.0Built-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Camera DP3900-03P, ref. distance 947.5 mm, Z-range 905 mm
MV-DP3900-03PBuilt-in high-accuracy algorithm and accuracy is up to submicron level.
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3D Laser Profile Sensor | MV-DP4020-01P
MV-DP4020-01PAdopts high-speed, high-resolution, and large-pixel element image chips.
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3D Laser Profile Sensor | MV-DP4060-01P
MV-DP4060-01PAdopts high-speed, high-resolution, and large-pixel element image chips.
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3D Laser Profile Sensor | MV-DP4090-01P
MV-DP4090-01PAdopts high-speed, high-resolution, and large-pixel element image chips.
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3D Laser Profile Sensor | MV-DP4180-01P
MV-DP4180-01PAdopts high-speed, high-resolution, and large-pixel element image chips.
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3D Laser Profile Sensor | MV-DP4430-03P
MV-DP4430-03PAdopts high-speed, high-resolution, and large-pixel element image chips.
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3D Laser Profile Sensor | MV-DP4940-03P
MV-DP4940-03PAdopts high-speed, high-resolution, and large-pixel element image chips.
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Galvanometer Laser 3D Camera(MV-RS-Base-L)
MV-RS-Base-LCustomized optical system provides high-quality image.
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Galvanometer Laser 3D Camera(MV-RS-Base-S)
MV-RS-Base-SCustomized optical system provides high-quality image.
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Galvanometer Laser 3D Camera(MV-RS-Pro-XL)
MV-RS-Pro-XLCustomized optical system provides high-quality image.
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Line Laser 3D Camera
MV-DL2125-04H-RAdopts wide dynamic range algorithm to accurately measure materials of high-absorbance or high-reflection.
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3D imaging technologies
| Technology | Principle | Strengths |
|---|---|---|
| Laser profiler | Laser line plus triangulation on a moving part | Micrometer accuracy, inline height and profile measurement |
| Stereo camera | Two views matched by features or projected texture | Static scenes, bin picking, robot guidance |
| Structured light | Projected patterns analyzed per pixel | High detail scans of stationary objects |
| Time of flight | Light travel time per pixel | Long range, palletizing and volume estimation |
HIKROBOT 3D laser profilers and stereo cameras capture height, position and volume with micron-level precision for robot guidance, dimensioning, weld inspection and surface control. Models differ by reference distance, Z-range and scan rate.
Frequently asked questions
What is the difference between a laser profiler and a stereo 3D camera?
A laser profiler scans a laser line across the moving part and delivers exact profiles, while a stereo camera captures a full 3D point cloud of a static scene in one shot.
How accurate are the measurements?
Depending on model and working distance, repeatability reaches the micron range; the datasheet on each product page states Z-axis resolution and linearity.
Which data interfaces are available?
The sensors output profiles or point clouds over GigE; SDKs for common vision libraries and PLC integration are provided.
More questions about 3D cameras
Do laser profilers need an encoder?
For accurate results on conveyors with varying speed, yes – the encoder input keeps the profile spacing constant. Only at truly constant speed can a time-based trigger substitute.
What software processes the 3D data?
The sensors deliver profiles and point clouds through an SDK, and common machine vision libraries process them for measurement, matching and robot integration.
Can 3D cameras guide robots?
Yes. Typical applications are bin picking and depalletizing, where a hand-eye calibration links the camera coordinates to the robot coordinate system.
