Product Description:

Introducing the high-performing and reliable Used FANUC Robots - Fanuc M-900iA 350 model. This industrial robot is designed to meet the demands of various manufacturing processes with its impressive payload capacity of 260kg, making it an ideal choice for heavy-duty applications.

Equipped with 6 Axes, the FANUC M-900iA 350 offers exceptional flexibility and precision in its movements, allowing for seamless operation in complex tasks. Whether you require intricate assembly processes or precise material handling, this welding robot can deliver consistent and accurate performance.

With a repeatability of ±0.07mm, the FANUC M-900iA 350 ensures consistent quality and efficiency in every operation. This level of precision is essential for achieving high-quality results in tasks such as welding, painting, or material removal, where accuracy is paramount.

The impressive reach of 2655 mm enables the FANUC M-900iA 350 to access a wide working area, making it suitable for a variety of industrial applications. From automotive manufacturing to metal fabrication, this used industrial robot excels in reaching various points within its workspace, enhancing productivity and versatility.

Designed to meet the needs of modern manufacturing environments, the FANUC M-900iA 350 is compatible with the Fanuc 30iA controller, ensuring seamless integration and easy programming. This controller offers advanced features and intuitive interface, making it convenient for operators to optimize the robot's performance for specific tasks.

Whether you are looking to streamline your production line, improve efficiency, or enhance product quality, the FANUC M-900iA 350 welding robot is a cost-effective solution that delivers consistent results. Its robust construction and reliable performance make it a valuable asset for any industrial setting.

Features:

• Product Name: Used FANUC Robots
• Software: Palletizing, Handling
• Controller Type: R30iA
• Robot Type: Industrial
• Robot Model: Fanuc M-900iA 350
• Reach: 2655 Mm

Technical Parameters:

Applications:

Fanuc robots, specifically the Fanuc M-900iA 350 model, are highly versatile and can be used in a wide range of product application occasions and scenarios. With its origins in Japan, the Fanuc M-900iA 350 is equipped with advanced software capabilities for palletizing and handling tasks.

One of the primary application scenarios for the Fanuc M-900iA 350 robot is in palletizing tasks, where it can efficiently stack and organize products in warehouses or manufacturing facilities. The high payload capacity of 350kg makes it ideal for handling heavy items with ease.

Another common application for the Fanuc M-900iA 350 is in material handling processes. Its impressive reach of 2655 mm allows it to access a wide range of work areas, making it suitable for transferring materials between different points in a production line.

Additionally, the Fanuc M-900iA 350 robot can be used in welding applications, where its precision and reliability ensure consistent and high-quality welds. The R30iA controller type provides seamless integration and control, making it a valuable asset in automated welding processes.

For cutting tasks, the Fanuc M-900iA 350 robot offers the flexibility and accuracy required for intricate cutting operations. The software capabilities, including Fanuc 20iA, enable precise control over cutting paths and speeds, ensuring optimal results.

In summary, the Fanuc M-900iA 350 robot is a versatile and reliable solution for various product application occasions, including palletizing, handling, welding, and cutting. Its advanced features, such as high payload capacity, extended reach, and sophisticated software, make it a valuable asset in industrial automation settings.

Support and Services:

FANUC offers comprehensive technical support and services for their used robots, ensuring that customers have access to expertise and assistance when needed. This includes troubleshooting assistance, maintenance services, software updates, and training programs to help users optimize the performance of their robots.