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Ensenso 3D Stereo Camera N Series
Fully Integrated 3D Stereo Industrial Camera - Precise, Rugged, Easy to Use
- Ideal for collaborative robots with a compact and robust 3D camera system designed for use in harsh environmental conditions.
- Integrated projector structure easily captures objects with textureless surfaces, providing highly accurate images even in outdoor, difficult lighting conditions
- Working distance up to 3 meters, real-time 3D data, full resolution up to 30 frames/sec.
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Ensenso N-Series 3D Vision Camera
The Ensenso N camera series, which includes the N10/N30/N35 (aluminum housings) and N40/N45 (housings made of fiber-reinforced plastic, ideal for collaborative robots), features a compact and robust 3D camera system that is designed for use in harsh environmental conditions. It is also suitable for 3D inspection of moving and stationary objects to save space on the robot arm for fixed or moving applications.
- Designed for use in harsh environments: IP65/67 rated protection, small and compact.
- Suitable for difficult lighting conditions: integrated projector captures objects easily
- Detect objects from different sides: Multi-phase camera operation to create 3D point clouds in real time from multiple viewpoints.
- Working distance up to 3m: depending on model
- Real-time 3D data: 30 fps at full resolution
- Maximum frame rate (3D): 10 (2x pixel fusion: 30) and 64 parallax levels
- Maximum frame rate (offline processing): 30 (2x pixel fusion: 70) and 64 parallax levels
- FlexView Multi-Image Acquisition Technology: Available on some models, ensures 3D data robustness even on cluttered surfaces.
- Ensenso SDK is easy to set up and operate: also includes GPU-based image processing.
- USB or GigE (PoE interface): feature-rich and flexible
Product Advantages
Highly accurate images in outdoor/difficult lighting conditions
The integrated projector of the N-Series 3D cameras projects high-contrast textures onto objects using a pattern mask with random dots.
This complements the absence or presence of weak structures on the surface of the object, providing highly accurate images even when outdoors and in difficult lighting conditions. Pre-calibrated and therefore easy to set up.
Two different shells to meet different project needs
(N3x Series - Aluminum housing meets the highest demands)
The aluminum housing of the N3x model ensures optimal heat dissipation from the electronic components and therefore guarantees a stable light output even under extreme environmental conditions. This guarantees consistently high quality and stability of the 3D data.
The metal construction also allows very flexible and robust mounting of CMOS sensors with clamping angles of 2° to 10°, which makes it possible to realize application scenarios with very short object distances.
(N4x series - light weight and cost optimization)
The complete decoupling of the 3D stereo electronics in the new N4x series allows the use of lightweight plastic cladding material as the housing material, which makes the 3D camera family even cheaper to manufacture.
The reduced weight also makes the Ensenso N4x model suitable for use in collaborative robotic arms where the drive is limited to protecting human colleagues. The tactile plastic surface and rounded edges also help to minimize injuries.
High level of protection Stable and reliable Suitable for industrial environments
Lockable GPIO connectors for triggers and strobes also make all models suitable for industrial use.
To meet the particularly high demands on ruggedness, both the Ensenso N3x and Ensenso N4x 3D camera series are IP65/67 rated and are therefore protected against dirt, dust, splashes or cleaning agents.
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
Youstar Case | 3D Vision Effectively Handles Randomly Arranged Packages on Trays
AWL, a global robotics integrator, offers RODE, an intelligent robot depalletizer solution. Two Ensenso 3D cameras are installed to provide the required image data, and the intelligent robot-enabled depalletizer automatically unloads any packaged goods such as cartons, bags or containers from the pallet, thus ensuring continuous processing without delays or stoppages, for up to 800 continuous runs. packages.
Youstar Case | Logistics Automation in a Difficult Logistics Environment
Fizyr combines the compact and robust Ensenso 3D camera with IDS's high-performance GigE uEye camera to provide automated vision solutions that can automate logistics in a wide range of conditions and applications, such as item picking, parcel handling, depalletizing, truck unloading, or baggage handling.
Terasic Solutions | Automated 3D Palletizing Solution with Integrated Image Processing
Fully automatic palletizing robots are used in unmanned warehouses. The most important requirement is that the robot must be able to accurately recognize and accurately handle the various available product models or cartons on the pallet for unloading. With the help of the Ensenso 3D camera, this problem was solved and the X36 provided the perfect solution for this project.
More Products
S-Series 3D Stereo Camera
Ultra compact, high precision depth, TOF principle
Utilizes AI's 3D laser dot-matrix pattern triangulation technology for multiple scenes and ultra-compact designs.
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.
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!
Frequently Asked Questions
Technical support and paid services to drive your project to the limit.
What are the features of the different 3D cameras in the S-Series, N-Series, X-Series and XR-Series?
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?
