kuka Ibr iiwa 14 R820 automazione multi-articolazione 7 assi KUKA robot collaborativo

Braccio robot industriale
April 21, 2025
Category Connection: braccio del robot di kuka
Presento il KUKA LBR iiwa 14 R820, un robot collaborativo a 7 assi progettato per la precisione e la flessibilità, con una capacità di carico utile di 14 kg e un'impressionante portata di 820 mm.eccelle in compiti come l'assemblaggio e la movimentazione dei materialiDotato di sensori di coppia avanzati per una ripetibilità superiore e funzionalità di sicurezza dinamiche per la collaborazione umana, ridefinisce l'automazione.Sperimenta integrazione senza soluzione di continuità e programmazione intuitiva con KUKA Sunrise.OS. Benvenuti a visitare il nostro sito!
Brief: Discover the Kuka LBR Iiwa 14 R820, a 7-axis collaborative robot designed for automation in production and logistics. This multi-joint robot enhances efficiency, reduces employee burden, and ensures high precision in repetitive tasks. Ideal for industries like metalworking, food, and plastics.
Related Product Features:
  • Programmable 7-axis collaborative robot with a reach of 820mm and payload capacity of 14kg.
  • Designed for safe interaction with human employees, reducing physical strain and monotony.
  • High repeatability of 0.15mm ensures consistent quality in repetitive tasks.
  • Flexible mounting options including floor placement with a compact footprint.
  • IP54 protection rating suitable for various industrial environments.
  • Equipped with KUKA Sunrise Cabinet for advanced control and programming.
  • Widely used in material handling, welding, and logistics across multiple industries.
  • Includes comprehensive after-sales support with training videos and technical assistance.
Domande frequenti:
  • What industries can benefit from the Kuka LBR Iiwa 14 R820?
    This robot is ideal for automation, metalworking, food, plastics, logistics, construction, and more.
  • What after-sales services are provided?
    We offer video technical support, online assistance, training videos, and prompt troubleshooting.
  • How often should the robot be maintained?
    Maintenance is recommended every year or 10,000 hours, or every 6 months in harsh environments.