Epson ProSix CX7-A701S | 6 DOF | 700 mm | 7 kg
Variantes: sin pack TP4
Epson ProSix CX7-A701S: robot de 6 ejes potente para entornos controlados
El Epson ProSix CX7-A701S es un robot de 6 ejes preciso con una carga útil de hasta 7 kg y un alcance de 700 mm. Con una repetibilidad de ±0,01 mm y protección IP20, es ideal para aplicaciones secas y sin polvo. La brida de herramienta estandarizada según ISO permite instalar fácilmente distintos efectores finales.
El sistema admite Ethernet (TCP/IP) y protocolos de bus de campo opcionales como PROFINET y EtherNet/IP para una integración fluida en la automatización. La programación intuitiva con Epson RC+ garantiza una puesta en marcha rápida y flujos de trabajo optimizados.
Perfecto para tareas de montaje, manipulación y embalaje: preciso, versátil y eficiente.
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Precise Automation for Controlled Environments
The Epson ProSix CX7-A701S is a powerful 6-axis robotic arm offering a payload of up to 7 kg and a reach of 700 mm. With a repeatability of ±0.01 mm and an IP20 protection rating, it is specifically designed for dry and dust-free indoor applications. Its ISO-standardized tool flange allows the flexible installation of various end effectors, making the CX7-A701S suitable for a wide range of automation tasks.
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Advanced Connectivity and Seamless Integration
Supporting Ethernet (TCP/IP) and optional fieldbus protocols like PROFINET and EtherNet/IP, the robot integrates seamlessly into existing automation systems. The intuitive programming via Epson RC+ significantly reduces setup time, ensuring efficient and user-friendly operation. With its modern interfaces, the CX7-A701S can be perfectly tailored to meet the needs of diverse industrial applications.
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Ideal for Assembly and Packaging Processes
Weighing 33 kg and with a speed of 1 m/s, the Epson ProSix CX7-A701S delivers speed and precision to versatile processes such as assembly, handling, and packaging. It is the perfect solution for companies seeking high accuracy and flexibility, enabling reliable automation in demanding indoor production environments.
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