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Ensenso 3D Stereo Camera S-Series

3D Laser Dot Pattern Triangulation with AI - Ultra Compact, Highly Accurate Depth

  • Ultra-compact, cost-effective, multi-scene, high-depth accuracy 3D camera with stable industrial-grade quality for a wide range of applications
  • Active laser illumination ensures that images can be captured in low exposure conditions and fast moving objects can be measured without motion blur.
  • Ultra-compact and cost-effective, it brings industrial-grade 3D technology to projects with limited budgets.
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Ensenso S-Series 3D Vision Camera

The Ensenso S-Series cameras utilize artificial intelligence for triangulation of 3D laser dot-matrix patterns, and are ultra-compact, cost-effective, multi-scene usable, high depth accuracy 3D cameras with stable industrial quality for a wide range of application scenarios.

  • Designed for use in harsh environments: IP65/67 rated protection, small and compact.
  • Suitable for difficult lighting conditions: integrated projector captures objects easily
  • Working distance up to 3m: depending on model
  • For use in difficult lighting conditions: High-power projector easily captures object images.
  • AI Laser Bitmap Triangulation: Produces Robust, High Depth Accuracy, High Transfer Rate 3D Data
  • Accurate and fast: creates complete point clouds with up to 85,000 deep points
  • Ultra-compact and cost-effective: bringing industrial-grade 3D technology to projects with limited budgets
  • Ensenso SDK is easy to set up and operate: GPU-based image processing is also included!
  • Wide range of applications: suitable for logistics automation, robot vision, obstacle detection and monitoring, and horticultural automation.
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Logistics Automation

3D data allows robots to handle multiple objects involved in online retail, warehousing and courier operations.

This allows the robot to automatically detect, recognize, securely pick up and place the robot in the correct position.

Robot Vision

3D camera technology allows robots to adaptively detect and analyze the environment.

Thus, it reacts independently to any situation.

Obstacle Detection

When robots and drones are in action, 3D environmental data is indispensable to avoid collisions.

Knowing the size and location of obstacles from the 3D scene model, strategies for coping with obstacles can be calculated to provide safe paths.

Monitoring and Horticultural Automation

3D cameras are used for body scanning, surgical assistance, or for imaging in other medical applications.

Product Advantages

AI technology driven generation of high depth accuracy data

Ensenso S10 uses a 3D approach based on structured light.
Narrow-frequency infrared laser projectors produce high-contrast dot-matrix patterns, even on objects with complex surfaces, over distances of up to 3 meters.
Artificial intelligence is able to reliably map the camera-detected laser dots to the hard-coded positions of the DOE projections, resulting in robust, depth-accurate 3D data.

High level of protection, stable and reliable, suitable for a wide range of scenes.

The compact zinc alloy housing is IP 65/67 rated and utilizes a screw-in interface with an internal steel frame that holds the 3D components in a pre-calibrated position to prevent them from twisting.
The laser temperature is stabilized by a specially tuned temperature control system, which allows the laser to continue to emit at a stable 835 nm wavelength. The resulting Z-axis accuracy ensures that the depth value of the object at a distance of one meter deviates by a maximum of 2.4 mm.
And the housing design is compact, the field of view can reach 60 degrees, the working range can reach 0.5-3 meters, with active infrared laser illumination and infrared filter, in the low ambient light conditions can still be illuminated, suitable for a variety of applications.

Capture images accurately and quickly

Each image captured by the 1.6 megapixel Sony sensor creates a complete point cloud with up to 85,000 depth points.
Active laser illumination ensures that images can be captured in low exposure conditions and fast moving objects can be measured without motion blur.
Since the projector can run at high resolution at full power, 20 dots per second of cloud can be realized.

Ensenso SDK is provided for easy operation of the product.

With the Ensenso SDK, the Ensenso N Camera Series cameras are easy to set up and operate.
In addition to providing easy-to-configure wizards and camera calibration support for 3D cameras, it also includes GPU-based image processing for faster 3D data processing. 

Technical Articles

Youstek Live| Machine Vision & Imaging Applications

Viewsitec series of live broadcasts gathered professional engineers in the field of machine vision and optoelectronic inspection, with rich application cases and vivid equipment demonstrations, to completely explain the YouSitec solutions for OCT imaging, 3D industrial cameras, light source inspection systems and AI vision software platforms. We are looking forward to working with you to decipher the unknown and see the future in the "square inch place"!

Eustek Solutions| Bi-ocular Spot 3D Vision Guided Automated Loading and Unloading Solution

Bi-ocular scattering 3D vision-guided automated loading and unloading solution, using high-precision 3D camera for real-time imaging, and through the zero-code programming algorithm module PatrFinder for detection and positioning, combined with the FR3 intelligent robotic arm gripping loading and unloading, regardless of the shape, size and layout location of the object limitations, significantly improve the efficiency of the production line and the degree of intelligence, to meet the production of automotive parts for the This significantly improves the efficiency and intelligence of the production line and meets the requirements for precision, efficiency and safety in the production of automotive parts.

Terasic Solutions| FPGA-based 3D Camera for Tire Positioning and Inspection Applications

Based on Youstar Ensenso series of high-precision 3D camera real-time acquisition of the four wheels of the vehicle three-dimensional point cloud, capture key information and computing analysis to achieve accurate measurement of vehicle four-wheel alignment, the vehicle tire angle, tilt, front and rear wheel alignment, angle and other data to monitor and analyze the real-time, so as to timely detection and correction of tire problems, are widely used in automobile factories, the first assembly plants, repair stations and other venues. It is widely used in automobile factories, first assembly plants, repair stations and other places.

More Products

N Series 3D Stereo Camera

Precise, robust, easy to use

Compact and rugged 3D camera system designed for use in harsh environmental conditions

C-Series Color RGB 3D Stereo Camera

Equipped with fully integrated RGB sensor

Various models are available with a choice of baseline length (S:240 mm, M:455 mm) and focal length.

X-Series Modular 3D Stereo Camera

Modularity allows for flexibility and adaptability to project needs.

External lens, variable baseline, adjustable viewing angle, selectable lenses, 160w/500w high-resolution options available

XR Series Modular 3D Stereo Camera

Modular, local data processing capabilities

Performs 2D image matching operations directly on the camera side, and generates 3D point cloud data on the camera side for transfer to a computer.

Professional technical support from HONGKEI to help you succeed in your project.

Learn more about paid services

As a provider specializing in machine vision and optoelectronic inspection solutions, Avision is also committed to providing you with a range of paid technical services related to this product, aiming to help you succeed in your project in the most cost-effective way. Please contact us if you need technical services related to this product!

Testing Services

On-demand sample testing and validation of performance evaluation

Hardware Training

Comprehensive coverage of all aspects of hardware product usage

Software Training

Helps you quickly master the skills of using the software

integrated development

Complete integrated solutions based on your needs

Frequently Asked Questions

Technical support and paid services to drive your project to the limit.

S series camera with the other three series of different technical principles applied, S series application is TOF laser triangulation principle, mainly rely on the laser transmitter and receiver to collect distance information, fixed field of view, high frame rate, low price. The other three series are applied to the principle of binocular scattering, high precision, of which the X series compared to the N series, the lens external, you can easily adjust the angle of the two cameras to adjust the field of view, and stronger anti-sunlight performance. The XR series supports data processing on the camera side, which can release the computing pressure on the processor side of the industrial control machine and improve efficiency.

FlexView is our core patented technology. The principle of FlexView is to capture 8 or 16 pairs of images from the left and right cameras at the same time, and then integrate the results of the multiple pairs of images into a single image, resulting in a depth image with higher precision, reliability, and finer details.

We apply the principle of binocular plus projector projection random scattering texture, in the traditional binocular parallax calculation measurement principle, an additional projector active projection texture to the target object, when the target object is not enough features, the images collected by the two cameras can be accurately parallax calculation, and then get the depth image and 3D point cloud.

1. What is the content of the test? Does the size/shape vary? What is the size range? Can you provide pictures/video?
2. Is the test in motion or static? Outdoor or indoor? Can you provide a movie of the working environment?
3. How long does the camera work?
4. Precision requirements?
5. Need RGB information?
6. Is the visual processing software being developed in-house or by a third party?

There are 3 holes for PoE, one round hole for the power adapter, and two network cable connectors, the one labeled OUT connects to the camera's network port, and the one labeled IN connects to the control terminal (e.g., computer).

  • Our 3D cameras use the binocular scattering principle, which is capable of handling even difficult lighting conditions. And with our patented FlecView technology, both moving and stationary objects can be detected with an accuracy of up to about 0.1mm.
  • We are modular, lightweight design, small and flexible, because the size will affect the robot/system design and carrier design, which is especially important for the collaborative robot, the camera is too heavy will occupy the payload of the arm.
  • We provide C, C++, C#, Halcon, and ros interface APIs, which are convenient for users to develop and use. And our SDK is very stable and easy to use, which is very important for the long-term use of enterprises and product reputation. This is also the reason why many leading companies, such as Mitsubishi, Damien, Makin, Amazon, etc., choose us.
  • The protection level is IP65/67, supporting a wide range of indoor and outdoor scenarios, and adapting to harsh environments such as industrial applications.

Open PC Control Panel->Network and Sharing Center->Change Adapter Settings->Select the right-click attribute of the Ethernet you just connected->Select IPv4->Assign IP address.

1. What is the content of the test? Does the size/shape vary? What is the size range? Can you provide pictures/video?
2. Is the test in motion or static? Outdoor or indoor? Can you provide a movie of the working environment?
3. How long does the camera work?
4. Precision requirements?
5. Need RGB information?
6. Is the visual processing software being developed in-house or by a third party?

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