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Statistiques/Marketing
Stockage des données comportementales des utilisateurs à des fins d'analyse et de statistiques.
Mesures précises de déplacement, de distance et de position
Une performance de mesure de haute qualité pour des process fiables et une plus grande disponibilité des installations
Le concept de fonctionnement intuitif pour l'optimisation efficace du capteur assure un développement d’application rapide
Paramétrage à la volée et données supplémentaires fournies par toutes les interfaces digitales disponibles, pour la réalisation de lignes de production flexibles sans interruption
Powerful measurement performance ensures high efficiency in the manufacturing process
Maximized system availability thanks to reliable measurement even in challenging ambient conditions.
Increased throughput of production volumes based on non-touch, quick inline measurements.
Reduced waste thanks to the highest precision.
Uncomplicated
Easiest handling and additional data save costs from machine development to ongoing operations
Shorter time-to-market thanks to the very simple optimization of the sensor to the application via an intuitive user interface. No special sensor expertise required.
The planned maintenance saves time with the help of additional data such as exposure reserve and signal quality.
Flexible
Modern interfaces allow a high capacity utilization of the system even with small batches
Easily handle the large variety of parts and enjoy production flexibility with on-the-fly parameterization.
Time-saving integration of the sensor into the control thanks to a variety of standardized interfaces.
Sectors and application areas
Mechanical and special mechanical engineering
High demands on cycle times and product quality require precision coupled with high measurement speed in the processing steps.
Maximized system availability: Independent of the material, the laser distance sensor measures reliably and reproducible at a consistent quality. This allows, for example, time-saving automatic position indication of tools for processing.
Reduced waste: Laser distance sensors guarantee high reproducibility of the processing step, even for frequently alternating products.
Electronics industry
Laser distance sensors are often used in fast and precise processing of electronic components and ultimately the final assembly of smart devices, for example in dispense applications.
Reduced waste: Laser distance sensors allow the reliable positioning of the tools on a great variety of surfaces, such as glossy PCB substrates or metallic surfaces.
Increased throughout and flexibility: Quick inline measurement eliminates pre-configured program sequences and ensures the quick processing of a great variety of work pieces.
Automotive and automotive supplier industry
Laser distance sensors ensure higher process stability and allow fully automated processing by robots, regardless of the properties of the measured object. This can help achieve higher efficiency and utilize the advantages of digitization.
Master a mix of variations: Thanks to the dynamic laser power compensation according to the characteristics of the measured object, a variety of objects with different surfaces and colors can be reliably measured.
Increased throughput: The precise and quick positioning of the parts in combination with an installation robot ensures processing without waiting periods.
Videos
Tutorial | Strong measurement performance
With the laser distance sensors, particularly precise measurements can be implemented easily and quickly in the ongoing production process. Here you can learn more about the precision and reliability requirements of the measurement, regardless of the material properties to be detected.
Tutorial | Simple operation
The laser distance sensors quickly provide the first measurement results to verify the feasibility of the application. To obtain optimum measurement results, the sensors can be easily adapted to the application. Find out how the laser distance sensors make both things possible in the video.
On-demand webinar | Baumer is Measurement
In machine building increasing demands on cycle times and product quality require efficient automation. With the help of smart laser distance sensors, both high precision and high speed can be achieved. Precise positioning tasks for fully automated processing can be solved quickly and easily regardless of material properties and environmental conditions.
What are the key learnings of the webinar? Get to know more, here.
O princípio funcional da triangulação em combinação com algoritmos de avaliação inteligentes garantem a máxima precisão até a faixa do micrômetro.
Estabilidade de medição
A estabilidade dos valores medidos também pode ser garantida em superfícies ásperas e estruturadas graças à forma de linha do feixe. Dessa forma, não é a estrutura em si, mas o objeto de medição que pode ser medido com segurança.
Independência da superfície
Os sensores óticos de distância da Baumer se adaptam automaticamente a diferentes cores e brilhos de objetos, ajustando o controle de exposição de acordo. Isso os torna independentes em relação à refletividade de um objeto.
Medição confiável apesar das difíceis condições ambientais
Graças a um método inteligente de supressão de luz externa, os sensores de distância a laser da Baumer são particularmente estáveis contra influências de luz externa crítica.
Otimização dos resultados graças à parametrização
Um grande número de opções de parametrização, como filtros ou a supressão de valores medidos inválidos, estão disponíveis no portfólio completo para resultados de medição ideais e garantir as medições mais confiáveis.
Padronização
As interfaces digitais integradas diretamente na cabeça do sensor oferecem a possibilidade de integração e parametrização simplificada dos sensores. Sem quaisquer unidades de controlador adicionais.