14 companies for Sheet Thickness Measurement Devices ✓ B2B manufacturers, distributors & suppliers from 1 countries ✓ With special service for fast information and prices ✓
Detection - Identification - Safeguarding - Controlling – Monitoring
Non-contact sensors (proximity switches, inductive, capacitive and ultrasonic sensors) are used for precision sensing of dynamic motions. Klaschka "All Metal" Sensors and Pulse Sensors are specially designed for very high speeds and challenging applications with switching frequencies higher than 10 kHz.
In combination with measurement relays and controllers, non-contact identification (RFID) and tamper-proof safety switches with extremely large switching distances (safety and security) ensure reliable process steps in plant and machinery.
Klaschka offers a wide range of Double Blank Detectors for sheet detection and thickness measurement in the metal-forming industries. The universal BDK-Doublesheet-Detector-system is firmly established in the automotive industry. For applications that do not need this functionality, there are lower-cost systems of Double Sheet Detectors, Doublesheet Controllers and Sheet Thickness Sensors. These are used in many fields when handling and processing metal and metal-coated materials to avoid damage and downtime.
Laser
line scanners which operate according to the triangulation principle are
integrated in the upper and lower flange of the C-frame of thicknessCONTROL MTS
8202.LLT. By using
special lenses, a laser beam is enlarged to form a static laser line and is
eventually projected onto a target surface. A high-quality optical system
projects the diffusely reflected light of this laser line onto a highly
sensitive sensor matrix. In addition to the distance information (z-axis), the
controller integrated in the sensor also uses this camera image to calculate
the position along the laser line (x-axis) in a two-dimensional coordinate
system. In order to detect the thickness of
the
target material according to the differential principle (difference between the
sensor signals and the gap width), the coordinate systems of the upper and
lower flange are synchronised during the in-situ calibration. In order to
achieve precise thickness measurement results both laser lines have to be
congruently projected on the upper and lower side of the material. To ensure
this, they are precisely adjusted and calibrated by using optoelectronic tools
in the factory.
- Sheet Thickness Measurement Devices | Thickness Tracer | Layer Thickness Measuring Instruments
- Sheet Thickness Measurement Devices | Layer Thickness Measurement
- Sheet Thickness Measurement Devices | Thickness-Measuring Appliances | Layer Thickness Measurement
- Sheet Thickness Measurement Devices | Thickness-Measuring Appliances | Material Thickness Gauges
your global partner for alignment, positioning and non-contact measurement
using state-of-the-art laser technology.
LAP develops, produces and distributes line lasers, laser projectors,
laser sensors and systems for dimensional measurement.
For more than 20 years, LAP has been developing, manufacturing and distributing Laser Measurement Systems, Line Lasers and Laser Template Projectors for industrial and medical applications.
Using our Laser systems our customers improve performance and increase the quality of their products as well as the effectiveness of their processes. To achieve this goal, we offer customer specific solutions or standard systems.
As a result of continuous product innovation, LAP has become a world leader in lasers for projection and measurement. LAP products are setting the standards in a wide range of markets from manufacturing to heavy industrial environments and medical applications.
- Sheet Thickness Measurement Devices | Thickness-Measuring Appliances | Layer Thickness Measuring Instruments
- Sheet Thickness Measurement Devices | Thickness-Measuring Appliances | Material Thickness Gauges
- Sheet Thickness Measurement Devices | Thickness-Measuring Appliances | Layer Thickness Measuring Instruments
- Sheet Thickness Measurement Devices | Thickness-Measuring Appliances | Measuring Wedge
- MicroProf® AP - Flexible Multi-sensor Metrology Tool for Advanced Packaging
- MicroProf® DI - High-precision Optical Surface Inspection for Semiconductor Applications
- MicroProf® FS - Multi-sensor Technology and Hybrid Metrology for MEMS and Foundries
- MicroProf® FE - Fully Automated Metrology for Front-End Applications
- MicroProf® MHU - Material Handling Unit with Dual-arm Robot for the Semiconductor, MEMS, and LED Industries
- MicroProf® 300 - Powerful Metrology Tool for Quality Assurance, Development and Manufacturing
- Plates, strips and ingots;
- Welded and Seamless Pipes;
- Bars, Billets and Rails;
- Components for Automotive and Airspace Industries.
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