| 3D Profile Unit // Automated inline 3D inspection and 2D profile evaluation

Smart 3D evaluation and results output of stitched profile data 3D Profile Unit Profile stitching of 2 laser scanners Integration in GigE Vision as a raw data supplier Industrial Ethernet connection for control and transmission of measured values Evaluation of composite 2D sections or 3D point clouds Micro-Epsilon registration targets for automatic registration Compatible with all scanCONTROL 30xx sensors The 3D Profile Unit (3DPU for short) is a high-performance computer platform. It enables profile stitching and the calculation of up to two individual profiles of the scanCONTROL 30xx sensors...

Stitching The 3D Profile Unit converts the profiles of several individual scanCONTROL sensors into a common coordinate system. 3D view of stitched profile sequence: Calculated profiles: Micro-Epsilon registration targets for automatic registration After the sensors have been set up, the position of each individual scanCONTROL sensor is determined in a common overall coordinate system by means of registration. This is referred to as multi-sensor registration. Registration brings the individual sensor readings into a common coordinate system during the set-up process. Micro-Epsilon offers an individual...

Software 3DInspect Intuitive user interface Real 3D evaluation, not just 2.5D Object extraction in 3D Direct feedback with algorithms Compatible with all 3D sensors from Micro-Epsilon 3DInspect software for 3D measurement and inspection tasks The 3DInspect software is a powerful tool for sensor parameterization and for solving individual measurement tasks. With 3DInspect, the data from the 3D Profile Unit can be transferred to the PC via Ethernet and visualized there in 2D or 3D. The data can then be evaluated and assessed in 3DInspect using measurement programs. If required, users can log the...

Laser scanners for 2D/3D profile measurements scanCONTROL Up to 2,048 points per profile Up to 9,830,400 points per second Compact size 1300 High lateral resolution from 12 μm Available with red and blue laser line scanCONTROL laser line scanners use the laser triangulation principle for two-dimensional profile detection on different target surfaces. Line optics project a laser line onto the target surface. A high-quality optical system images the diffusely reflected light from this laser line onto a From this camera image, the controller calculates the distance information (z-axis) and the position...

Generation and transfer of stitched profile data Calculation of the individual sensor signals into a large total point cloud -> stitching Output of the recorded and stitched 2D/3D point cloud via Gigabit Ethernet (GigE Vision / GenICam) Visualization and configuration via external PC with 3DInspect Transfer of profile data or 3D point clouds A system that converts the profile data of several scanCONTROL sensors into a common coordinate system and then makes it available as 2D profiles or 3D point clouds via GigE Vision. [1] The measuring rate is the frequency at which the detected and calculated...

■ Smart 3D evaluation and results output of stitched profile data Integrated evaluation and configuration via 3DInspect [ Industrial Ethernet interface for control and transmission of measured values Calculation of the individual sensor signals into a large total point cloud -> stitching Transfer of measured values and measurement results EtherCAT'*- Technology Group Ethen 'et/IP Good/bad result of the measurement evaluated Gigabit Ethernet (GigE Vision / GenICam) A system that converts the profile data from several scanCONTROL sensors into a common coordinate system, evaluates the 2D profiles...

Line linearity (um) Resolution The arrangement for thickness measurements allows two sensors to be positioned opposite each other so that the thickness and thickness profile of measured objects can be precisely detected. The calculated thickness profile can be displayed and evaluated via 3DInspect. The arrangement is suitable for measuring both flat and thicker objects, for example. The distance between the sensors and thus the overlap of the two measuring ranges can be individually adjusted depending on the requirements and thickness of the target.

Width, thickness and Heavy Edge of battery film Thickness of smartphone carrier plates Stitched 3D point cloud of the smartphone carrier plate in 3DInspect Thickness measurement of cold rolled steel strips Stitched 3D point cloud of the rolled steel strip in 3DInspect

Here, two sensors are arranged in parallel. The LLT300x-25 series sensors are slightly tilted towards each other so that their measuring ranges overlap. The sensors with measuring ranges of 50, 100 and 200 mm can easily be arranged in parallel. So objects with a size of up to 260 x 220 mm or 110 x 330 mm can be measured. The distance between the sensors and thus the overlap of the single measuring ranges can be individually adjusted depending on the requirements and width of the goods to be measured.

Paper web monitoring and width measurement with two sensors Pin testing on industrial connectors Web edge control in rolling mills Completeness check of circuit boards Battery cell digitization

Accessories Connection cables PCR3000-x Multi-function cable Sensor connector SCR3000A-x Ethernet connection cable Two mounting rails for table and wall mounting Accessories for controller mounting Sensor connector suitable for drag chains and robots Cable for parameter setting, value and profile transmission; suitable for drag chains and robots Cable for power supply, digital inputs (TTL or HTL),

3D systems for precise 3D and thickness measurement Sensor system for precise thickness measurement with thicknessGAUGE 3D The thicknessGAUGE 3D is a precise sensor system for two-sided profile and thickness measurements of sheets and extrusion materials. Two opposing laser profile scanners detect synchronized profile data along a linear movement, which is merged into a 3D point cloud. From this point cloud, the thicknessCONTROL 3D calculates freely programmable target values to solve complex 2D or 3D measurement tasks. The specific evaluation is parameterized using the 3DInspect software, where...