Balluff BVS004Y Alternatives & Competitors

RAYPLE 3D Cameras are advanced imaging devices that utilize line structured light and speckle laser technology to capture high-precision and high-quality 3D data. These cameras offer a range of standout features and capabilities, making them a reliable option for industrial automation and various 3D applications.

One of the notable features of iRAYPLE 3D Cameras is their ability to capture data with high precision. Through the use of line structured light and speckle laser technology, these cameras can generate detailed and accurate 3D point cloud data or volume data. This precision is crucial for tasks such as object recognition, dimensional measurement, and quality inspection, where precise and reliable data is essential.

iRAYPLE 3D Cameras also excel in capturing data at high frame rates. The cameras are designed to quickly capture and process multiple frames per second, enabling real-time data acquisition. This high frame rate capability is particularly advantageous in dynamic applications where capturing moving objects or rapidly changing environments is required.

Another standout feature of iRAYPLE 3D Cameras is their ability to handle high dynamic range scenes. These cameras are equipped with advanced sensors and algorithms that can effectively capture data in scenes with varying levels of brightness and contrast. This capability ensures accurate and reliable 3D data acquisition even in challenging lighting conditions, making the cameras suitable for a wide range of industrial environments.

Ease of use is a key aspect of iRAYPLE 3D Cameras. They are designed to be user-friendly and straightforward, with intuitive interfaces and easy-to-use features. The cameras provide seamless integration with software systems, allowing for convenient setup and streamlined workflows. This user-friendliness ensures efficient deployment and reduces the learning curve, making iRAYPLE 3D Cameras accessible to a broader range of users.

In addition to their standout features, iRAYPLE 3D Cameras are also built to meet the demands of industrial automation. They are designed to withstand harsh environments and can operate reliably in extreme temperatures. This durability and tolerance for challenging conditions make them suitable for integration into industrial production lines, robotic systems, and quality control processes.

Overall, iRAYPLE 3D Cameras offer high precision, high frame rate, and high dynamic range capabilities for capturing 3D data. Their ease of use and compatibility with software systems make them a user-friendly option. With their versatility and suitability for industrial automation, iRAYPLE 3D Cameras find applications in various industries, including manufacturing, robotics, logistics, and quality control.

Low system costs, rapid implementation and great flexibility in use are all promises delivered by the rc_visard product family of smart 3D cameras.

With integrated processor and application-specific software modules on the camera, the rc_visard offers autonomous 3D image processing and can therefore even be used simply as a 3D stereo sensor. Processed 3D information such as pick points are passed by the rc_visard directly to the robot application.

Configuration is via a user-friendly web-based user interface. Connection to a PC for further processing of the data is also possible. The GigE Vision interface lets you create your own 3D applications using the camera data.

The camera models capture up to 1.2 million 3D data points and achieve frame rates of up to 25 Hz. Various robot interfaces are integrated for communication between robots and camera.

Low system costs, rapid implementation and great flexibility in use are all promises delivered by the rc_visard product family of smart 3D cameras.

With integrated processor and application-specific software modules on the camera, the rc_visard offers autonomous 3D image processing and can therefore even be used simply as a 3D stereo sensor. Processed 3D information such as pick points are passed by the rc_visard directly to the robot application.

Configuration is via a user-friendly web-based user interface. Connection to a PC for further processing of the data is also possible. The GigE Vision interface lets you create your own 3D applications using the camera data.

The camera models capture up to 1.2 million 3D data points and achieve frame rates of up to 25 Hz. Various robot interfaces are integrated for communication between robots and camera.

Low system costs, rapid implementation and great flexibility in use are all promises delivered by the rc_visard product family of smart 3D cameras.

With integrated processor and application-specific software modules on the camera, the rc_visard offers autonomous 3D image processing and can therefore even be used simply as a 3D stereo sensor. Processed 3D information such as pick points are passed by the rc_visard directly to the robot application.

Configuration is via a user-friendly web-based user interface. Connection to a PC for further processing of the data is also possible. The GigE Vision interface lets you create your own 3D applications using the camera data.

The camera models capture up to 1.2 million 3D data points and achieve frame rates of up to 25 Hz. Various robot interfaces are integrated for communication between robots and camera.

Low system costs, rapid implementation and great flexibility in use are all promises delivered by the rc_visard product family of smart 3D cameras.

With integrated processor and application-specific software modules on the camera, the rc_visard offers autonomous 3D image processing and can therefore even be used simply as a 3D stereo sensor. Processed 3D information such as pick points are passed by the rc_visard directly to the robot application.

Configuration is via a user-friendly web-based user interface. Connection to a PC for further processing of the data is also possible. The GigE Vision interface lets you create your own 3D applications using the camera data.

The camera models capture up to 1.2 million 3D data points and achieve frame rates of up to 25 Hz. Various robot interfaces are integrated for communication between robots and camera.

Low system costs, rapid implementation and great flexibility in use are all promises delivered by the rc_visard product family of smart 3D cameras.

With integrated processor and application-specific software modules on the camera, the rc_visard offers autonomous 3D image processing and can therefore even be used simply as a 3D stereo sensor. Processed 3D information such as pick points are passed by the rc_visard directly to the robot application.

Configuration is via a user-friendly web-based user interface. Connection to a PC for further processing of the data is also possible. The GigE Vision interface lets you create your own 3D applications using the camera data.

The camera models capture up to 1.2 million 3D data points and achieve frame rates of up to 25 Hz. Various robot interfaces are integrated for communication between robots and camera.

Features:

Quick implementation and easy to use thanks to user-friendly web-based user interface

High application flexibility thanks to optional software modules and GigE Vision interface

Low system costs and high system reliability with on-board processing and application-specific software modules

Increased productivity thanks to smart software modules

Low system costs, rapid implementation and great flexibility in use are all promises delivered by the rc_visard product family of smart 3D cameras.

With integrated processor and application-specific software modules on the camera, the rc_visard offers autonomous 3D image processing and can therefore even be used simply as a 3D stereo sensor. Processed 3D information such as pick points are passed by the rc_visard directly to the robot application.

Configuration is via a user-friendly web-based user interface. Connection to a PC for further processing of the data is also possible. The GigE Vision interface lets you create your own 3D applications using the camera data.

The camera models capture up to 1.2 million 3D data points and achieve frame rates of up to 25 Hz. Various robot interfaces are integrated for communication between robots and camera.

Features:

Quick implementation and easy to use thanks to user-friendly web-based user interface

High application flexibility thanks to optional software modules and GigE Vision interface

Low system costs and high system reliability with on-board processing and application-specific software modules

Increased productivity thanks to smart software modules

Low system costs, rapid implementation and great flexibility in use are all promises delivered by the rc_visard product family of smart 3D cameras.

With integrated processor and application-specific software modules on the camera, the rc_visard offers autonomous 3D image processing and can therefore even be used simply as a 3D stereo sensor. Processed 3D information such as pick points are passed by the rc_visard directly to the robot application.

Configuration is via a user-friendly web-based user interface. Connection to a PC for further processing of the data is also possible. The GigE Vision interface lets you create your own 3D applications using the camera data.

The camera models capture up to 1.2 million 3D data points and achieve frame rates of up to 25 Hz. Various robot interfaces are integrated for communication between robots and camera.

Features:

Quick implementation and easy to use thanks to user-friendly web-based user interface

High application flexibility thanks to optional software modules and GigE Vision interface

Low system costs and high system reliability with on-board processing and application-specific software modules

Increased productivity thanks to smart software modules

The modular 3D camera system with onboard processing

The Ensenso XR series combines the flexible, modular design of the Ensenso X series with the advantages of an embedded system. The new powerful XR projector unit with integrated system on chip processes the image data independently, making 3D data available directly from the camera. The 3D performance of the XR series can compete with that of a powerful Core i7 desktop CPU. By shifting the compute-intensive calculations to the camera, they no longer have to be performed by powerful industrial PCs. In addition, the transfer of 3D result data instead of high-resolution 2D raw data reduces the network load. Multi-camera systems in particular benefit from the resource-saving features of the new XR series.

A built-in front light supports calibrating the work environment as well as the image quality of the 2D camera images. Besides the GigE data connection, an additional WiFi interface is planned, which will be very useful for temporary access to data and parameters when wiring is difficult or cost-intensive.


Similar to the X-series, the XR-series can be flexibly adjusted with selected GigE uEye camera models to a 3D camera system customized to your requirements. With different base lines and focal lengths, working distances of more than 5 meters can be realized and objects with volumes of several cubic meters can be captured, such as heavily laden pallets or entire rooms. The first Ensenso XR models feature 1.6 MP Sony sensors and are protected by IP65/67 against dirt, dust, splash water or cleaning agents, as well as against accidental shifting of the optics.

• World’s fastest 3D sensor in the combination of speed and resolution
• Advanced 3D technology (HDR-3D)
• Intelligent line detection algorithms with advanced filtering and validation for highly accurate scans
• Wide measuring range
• Available as 3D camera, 3D sensor and MCS module
• Industrial protection class IP67
• Service-friendly design

Optimization C6 Series Compared to C5 Series:
C6-3070 with on-sensor processing for world’s fastest 3D profiling based on AT’s own sensor technology
C6-4090 is 1.8 times faster compared to the C5-4090 with the same resolution
Unique new MultiPart feature: parallel output of up to nine different features (e.g. range, reflectance, scatter) at maximum profile speed with optimized pixel formats
Unique new feature MultiPeak: output of up to four different peaks for even more robust 3D data and for scanning transparent objects
Support of the latest 3D standard through GenICam 3.0