iRAYPLE 3D Cameras Alternatives & Competitors

• 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

The Helios2 Time of Flight (ToF) camera is an IP67 “factory tough” 3D camera featuring Sony’s DepthSense sensor, engineered for high performance operation in industrial environments. Built for demanding 24/7 environments and a variety of industrial 3D applications such as robotics, 3D inspection, and logistics, including advanced material handling, pick and place, sorting, palletization / de-palletization, volume estimation, and more. The Helios2 delivers sub-millimeter precision and improved accuracy compared to the previous Helios. The calibration between the VCSELs and sensor timing is enhanced resulting in more 3D detail, along with improved edge detection to reduce flying pixels and overall noise.

This series of 3D cameras equipped with hardware parallel computing technology, combined with the system architecture optimized for structured light technology. It meets customers' needs for high-resolution X, Y direction measurement or positioning and other high-resolution rate screen output requirements.

• A resolution of up to 3.2 million pixel
• Using high-resolution CMOS to shoot pictures

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.

the 3D-Sensors of the new C5 Series come with resolutions of up to 12-Megapixel and collect the 3D data with measuring speeds of up to 200,000 Profiles per second (depending on the model). The developers have devoted special attention to industrial suitability and have equipped the 3D sensors with a ruggedized housing (IP67), M12 connectors, air barriers and many more features.

Until now, 3D-recordings in a two-digit megapixel resolution were reserved only for the camera C4-4090-GigE. The C5 Series combines the high-resolution characteristics of the C4 camera with the compact and ruggedized design of the C2 sensor family, merging thanks to state-of-the-art technology the best of both worlds. The result is ultra-high resolution high-speed 3D-sensors that enable a reliable industrial use even in harsh environments.

Details:

• Non-Contact 3D Measurement in Accordance with the Laser-Sheet of Light (Triangulation) Method
• Measuring Speeds of up to 200 kHz
  
• Image Processing Integrated in the Camera
  
• Robust Housing with IP67
  
• Configurable Camera Modes: Image Mode, Profile Mode
  
• Selection of 3D Camera Algorithms: Threshold-Selection Method, Maximum Method, COG Method, FIR-PEAK Method
  
• All algorithms achieve the maximum profile rate, regardless of the algorithm selected and its parameters
  
• Easy Configuration via Camera Register
  
• Configurable Selection of the Data Output, e.g. Height Data or Height Data + Intensity Data
  
• Genuine Global Snapshot Shutter for Accurate Profiles without Movement Distortion (blurring)
  
• Programmable Number of Profiles that can be merged to form a Height Image
  
• Up to 8 Freely Selectable AOIs (Sensor Read-Out Windows) in Image and Profile Mode
  
• Flexible Trigger Functions for Profile and Image Triggering
  
• RS422 Interface Converter with Programmable Counter for Profile Trigger Generation and Integral
• Identification of Direction of Movement
  
• Data Transmission via Gigabit Ethernet Interface
  
• Configurable Opto-Coupled I/Os for Trigger Function and Synchronisation
  
• Storage of a User-Defined Start-Up Camera Configuration in a Configuration EEprom
  
• Integrated Control for External Illumination (Laser)
  
• Enhanced 3D Imaging with High Dynamic Range 3D (HDR-3D)

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