text.skipToContent text.skipToNavigation
886 Results for: mlsl1

Enable exact search

Search for an exact word or group of words in a specific order.
Filter your result according to the following criteria:
Products
Sort by
  • 1
  • 2(current)
  • 3
  • ...
  • 53
  • 1
  • 2(current)
  • 3
  • ...
  • 53
Go to Page
Applications
Position Monitoring of Membranes on FFP3 Masks With Breathing Valve with Vision System
Position Monitoring of Membranes on FFP3 Masks With Breathing Valve with Vision System
FFP3 masks must be monitored during the manufacturing process to ensure reliable function. During this process, it must be checked whether the integrated membranes are correctly inserted before the sealing caps are applied. The membrane must not protrude and must be flush with the frame. For this purpose, a vision system is installed which checks both the position and the diameter of the membrane. The system consists of a machine vision camera, an analysis module (control unit) and a ring light. If the tolerance is exceeded, the mask is rejected.
>
Counting Small Electronic Components Using Fork Sensors
Counting Small Electronic Components Using Fork Sensors
Small electronic components such as capacitors are produced in large quantities. Before they are packed, the objects, which are often only a few millimeters in size, must be separated on a vibrating spiral conveyor. They are then transported to the packaging station on a conveyor rail. A miniature optical fork sensor in this rail counts the components passing through it. The fork sensor detects the objects regardless of their shape, color and position. This ensures that each package always contains the correct number of parts. Related applications can be found here.
>
Position Control of Tools in Traysealing Machines with Fork Sensors
Position Control of Tools in Traysealing Machines with Fork Sensors
In the packaging industry, traysealing machines are used to seal plastic trays with foil covers under heat and pressure. Special tools are available for this purpose, which close the trays in cyclic lifting and lowering processes. In order to reliably detect the position of the tool, a miniature photoelectronic fork sensor is installed on the side, which reliably detects so-called switching flags on the tool despite the room for movement and regardless of their material and color. If the switching flag is present, the tool is lowered – a new tray can be inserted.
>
Position Monitoring of Robots in Block Storage Systems with Fork Sensors
Position Monitoring of Robots in Block Storage Systems with Fork Sensors
In a cube storage system, vessels such as containers, boxes or crates are stacked, stored and removed by robots and transported through the storage system. To monitor the position of the robots and the number of crossings passed, two fork sensors are installed between the wheels. During travel, the light beam of the light barrier is interrupted because the bar of the rail is between the fork arms of the sensor. At intersections, the web of the rail is interrupted, the light beam hits the receiver and registers the crossing. Related applications can be found here.
>
Object and Distance Control of Cobots Using Ultrasonic Distance Sensors
Object and Distance Control of Cobots Using Ultrasonic Distance Sensors
In the packaging industry, collaborative robots take over the automatic gripping and transfer of cartons between pallets and conveyor systems. An ultrasonic sensor in miniature design is mounted directly on the gripper to reliably detect the distance to cardboard boxes and to be able to grip them precisely. The sensor detects objects and measures distances to workpieces or obstacles in the range of up to three meters, regardless of shape, color or changing light conditions. Thanks to its compact size and low weight, it has no influence on the dynamics of the robot.
>
Position Detection of Switching Flags by Miniature Fork Sensors
Position Detection of Switching Flags by Miniature Fork Sensors
Switching flags are used in conveyor systems and machines to reliably record positions, end positions or conditions. A miniature fork sensor detects the switching flag as the fork passes through and triggers a precise switching signal. In contrast to inductive sensors, the reproducibility of the switching point remains constant regardless of the switching distance. In addition, manufacturing tolerances or slight deformations of the switching flag are reliably tolerated. Thanks to their compact format and high switching frequency, the sensors are particularly suitable for tight installation spaces and fast movement sequences.
>
Fill Level Monitoring When Unwinding Labels with Retro-Reflex Sensors
Fill Level Monitoring When Unwinding Labels with Retro-Reflex Sensors
When automatically rolling out and applying labels, it is important to ensure that there is enough material on the roller and that there is no interruption in the process. The retro-reflex sensor serves as an early warning system to permanently check the material supply of label or film unwinders and thus prevent idle running. If there is too little material on the roller, it detects the reflector installed opposite it and switches. This allows the operator to replace the roller in good time. The required roller thickness can be individually adjusted thanks to the visible light spot.
>
Fill-Level Measurement of Disinfectant Bottles with Ultrasonic Distance Sensors with Sound Conduction Thanks to a Soundpipe
Fill-Level Measurement of Disinfectant Bottles with Ultrasonic Distance Sensors with Sound Conduction Thanks to a Soundpipe
In automated filling systems in the hygiene industry, bottles with disinfectant gel must be checked after filling to ensure that the correct filling level is present. For this purpose, an ultrasonic distance sensor is installed above the turntable with the individual plastic bottles. As the bottles have a narrow neck, the sensor requires sound conduction (soundpipe). This ensures that the sonic cone runs safely through the narrow opening. Thanks to ultrasound technology, colors, transparencies, reflection or degrees of gloss do not matter – all objects are reliably detected.
>
Counting of Objects in Automatic Deposit Return Machines with Ultrasonic Distance Sensor
Counting of Objects in Automatic Deposit Return Machines with Ultrasonic Distance Sensor
In deposit return machines, a check must be carried out to determine how many bottles, cans and containers have been inserted in order to control the capacity of the system. For this purpose, an ultrasonic distance sensor is installed above the belt, which detects in reflex mode the objects made of glass, aluminum or PET regardless of their shape, color, position, surface and size. The background is completely hidden from view. Thanks to the wide sonic cone, moving and jumping objects are also reliably detected with the dirt-resistant sensors.
>
Stack Height Monitoring on Packaging Magazines with Ultrasonic Distance Sensor
Stack Height Monitoring on Packaging Magazines with Ultrasonic Distance Sensor
Different colored cartons in packaging systems are stacked on top of each other in magazines before being unfolded and filled in downstream processes. In order to ensure a continuous material supply, the stacking height of the magazine is checked by an ultrasonic distance sensor. This sensor records the measured values either continuously via IO-Link or with two switching points so that the magazine can be refilled in good time. Thanks to the wide sonic cone, recesses, gaps or punches have no influence on object sensing.
>
Film Tear and Fill Level Monitoring in Packaging Systems with Ultrasonic Distance Sensor
Film Tear and Fill Level Monitoring in Packaging Systems with Ultrasonic Distance Sensor
Colorful, glossy or transparent films are used in packaging plants to ensure that products are airtight and securely packed. These are conveyed by rolls and attached around the objects. Ultrasonic distance sensors monitor the roll diameter to ensure continuous material flow. Two independent switching outputs signal when there is little film left on the roll and when the roll is empty and needs to be replaced. In addition, the sensor checks whether the film is open or torn.
>
Presence Check of Glass Bottles with Ultrasonic Sensor
Presence Check of Glass Bottles with Ultrasonic Sensor
Glass bottles of different shapes, colors and transparency are printed using digital inkjet printing in the beverage industry. Before the print heads start printing from different directions, it must first be checked that the bottles are present. This prevents the heads from spraying each other. For this purpose, the bottles are individually detected via ultrasonic sensors through an aperture on the neck of the bottle. When the presence of a bottle is confirmed, the print head is activated.
>
Websites
Weld Seam Tracking and Finding
For a reliable and high-quality welding process, it is crucial to detect the exact position of the joints – both before welding and during the welding process. Our 2D/3D profile sensors combined with a machine vision controller with uniVision software are perfectly suited for seam tracking and finding.
>
weCat3D MLSL 2D/3D Profile Sensors
The compact MLSL profile sensors deliver good resolution at speeds of up to 4 kHz with height profiles of 1,280 points per profile. They are available in three different laser classes and two laser colors and are distinguished by their high resistance to ambient light. 
>
Product Highlights
On these pages you will find everything about our innovations and latest product developments in the areas of sensor technology and machine vision. Compact, easy to understand and clearly arranged in one place.
>
Portfolio 2D/3D Profile Sensors
2D/3D profile sensors perform almost all measurement applications precisely. They impress with their versatile application possibilities, different laser classes and different designs. This page provides an overview of the entire portfolio of the 2D/3D profile sensors.
>
MLSL1xxS50 for Accurate Angle Measurement in Press Brakes
Precisely bent sheets are required in a wide range of applications, for example in the automotive industry and shipbuilding. The wenglor sensoric group offers the ideal sensor solution for maximum precision in inline bending angle measurement: The MLSL1xxS50 uses laser triangulation to measure metal parts to the precise second to ensure consistent pressing results. The MLSL is mounted on the press brake and reliably detects all surfaces and provides relevant angle information.  Seamlessly integrated into the software of standard control system manufacturers, the sensor can be connected easily via Plug & Play and put into operation and adjusted directly. The corresponding interface also enables integration of the sensor with other manufacturers.  Optical Measurement for Precision Control for Accurate and Consistent Results  The sensor’s optical angle measurement is aimed directly at the sheet metal and can therefore be used for all combinations of upper tools. Continuous monitoring of the angles ensures exact bending angles – regardless of production-related influencing factors. The MLSL1xxS50 also ensures consistent results for different batches of sheet metal production, different materials, different bending directions to the rolling direction and slightly fluctuating sheet thicknesses. Through direct integration into the control system, predefined parameters determine the specifications of the bending process, which can be readjusted immediately.  Process Optimization Thanks to Efficient Monitoring  The MLSL1xxS50 sensors can monitor various work steps and bending operations along the press. With long components in particular, the angle can be precisely checked over the entire length. To increase production capacity, multiple sensors can be used simultaneously to speed up measurements. An Ethernet connection connects sensors and control, ensuring seamless communication.  The Highlights at a Glance: Fully integrated with the systems of the most common control manufacturers Plug and play connectivity Compact, lightweight and robust Large measuring range Stable measurement results regardless of surface finish Spot or continuous measurements
>
FAQ 2D/3D Profile Sensors
Can I also evaluate 2D profiles on the 2D/3D profile sensor? What does linearization mean? On this page, the most frequently asked questions on the topic of 2D/3D profile sensors have been compiled for both experts and laypeople.
>
Angle Measurement in Brake Presses
Modern die presses offer a variety of tools to make bending processes faster, safer and more accurate. To ensure exact bending angles, precise monitoring is required throughout the entire bending process.
>
2D/3D Profile Sensors Product Highlights
2D/3D profile sensors measure profiles of objects such as weld seams or glue beads and use laser triangulation to check roundness or gaps. This page provides an overview of the product highlight pages of the 2D/3D profile sensors.
>
2D/3D Profile Sensors Product Highlights
With the 2D/3D profile sensors, almost any measurement application can be carried out precisely – from standard applications to demanding welding applications.
>
Downloads
Soft- and Firmware
weCat3D_Obsolet_GigE_Interface_Windows_X64_V1_2_0.zip (27 MB)
Soft- and Firmware
M2SL225, M2SL226, M2SL235, M2SL236, MLSL101, MLSL102, MLSL103, MLSL104, MLSL121, MLSL122, MLSL123, MLSL124, MLSL131, MLSL132, MLSL133, MLSL134, MLSL14...
Press Picture MLSL1xxS50 2D/3D Profile Sensors
Press Picture MLSL1xxS50 2D/3D Profile Sensors (185 KB)
Press Release MLSL1xxS50 2D/3D Profile Sensors
Press Release MLSL1xxS50 2D/3D Profile Sensors (563 KB)
ECAD data
ECAD data
MLSL104
CAD data
CAD data
MLSL134
CAD data
CAD data
MLSL131
Soft- and Firmware
Example_Rockwell_TCP_UDP_uniVision_1.0.0.zip (3 MB)
Soft- and Firmware
BB1C007, BB1C008, BB1C009, BB1C102, BB1C104, BB1C105, C50C001, C50C002, C50C003, C50C011, C50C100, C50C101, C50C102, C50C110, MLSL101, MLSL102, MLSL10...
CAD data
CAD data
MLSL122
ECAD data
ECAD data
MLSL124
Program examples and configuration files
Example_Rockwell_TCP_UDP_uniVision_1.0.0.zip (3 MB)
Program examples and configuration files
B50M001, B50M002, B50M003, B50M004, B50M011, B50M012, B50M100, B50M101, B50M102, B50M103, B50M110, B50M111, B50R001, B50R002, B50R011, B50R100, B50R10...
Soft- and Firmware
Software_uniVision_2.4.2.exe (150 MB)
Soft- and Firmware
MLSL123S50
Interface protocol
Interface_Protocol_DNNFxxx_LIMA.pdf (2 MB)
Interface protocol
B50M001, B50M002, B50M003, B50M004, B50M011, B50M012, B50M100, B50M101, B50M102, B50M103, B50M110, B50M111, B50R001, B50R002, B50R011, B50R100, B50R10...
  • 1(current)
  • 2
  • 3
  • ...
  • 6
Go to Page
Technical Glossary
Product Comparison
3/4
4/4
5/4
6/4