Dengfeng (Zhaoqing) Trading Co., Ltd

FANUC, a leading provider of industrial automation and CNC solutions, has unveiled its latest wire EDM offering, the ROBOCUT α–C800iC. This new machine is set to revolutionize the aerospace and other industries by providing a range of significant advantages, particularly for the machining of large, complex components. The ROBOCUT α–C800iC is the largest model in FANUC’s latest-generation α-CiC series of wire EDM machines. Despite its impressive capabilities, including 800 mm of travel in the X axis, 600 mm in Y, and up to 500 mm in Z, the α-C800iC maintains a compact footprint thanks to its uniquely shaped tank unit. This compact design makes it an ideal choice for manufacturers with limited floor space, allowing them to maximize their production capabilities without compromising on space. One of the key advantages of the ROBOCUT α–C800iC is its ability to deliver high-quality, high-speed machining for large, complex components. This is particularly beneficial for the aerospace industry, where precision and efficiency are paramount. By leveraging the advanced capabilities of the α-C800iC, aerospace manufacturers can achieve superior levels of accuracy and surface finish, ultimately leading to enhanced performance and reliability of their components. In addition to aerospace, the new wire EDM machine also offers notable advantages to other industries that require the machining of large, intricate parts. Whether it's automotive, medical, or energy, the α-C800iC's capabilities make it well-suited for a wide range of applications, providing manufacturers with the flexibility and precision they need to meet the demands of their respective markets. Furthermore, the α-C800iC is equipped with state-of-the-art technology and features that further enhance its performance and usability. From its advanced control system to its efficient wire threading and automatic wire tensioning, the machine is designed to streamline the machining process and optimize productivity. This not only allows manufacturers to achieve faster turnaround times but also ensures consistent and reliable results, ultimately contributing to overall operational efficiency. As industries continue to evolve and demand for high-quality, high-precision components grows, the introduction of the ROBOCUT α–C800iC represents a significant advancement in wire EDM technology. Its ability to cater to the specific needs of sectors such as aerospace, as well as other industries with similar requirements, positions it as a game-changer in the realm of machining large, complex components. With its combination of advanced capabilities, compact design, and industry-specific advantages, the ROBOCUT α–C800iC is poised to set a new standard for wire EDM machines, empowering manufacturers to elevate their production capabilities and achieve new levels of precision and efficiency. FANUC's latest offering is not only a testament to the company's commitment to innovation but also a reflection of its dedication to meeting the evolving needs of modern manufacturing industries.

New controller x20cp3686x with Intel Atom 1.3 GHz processor and powerful I/O integration The latest addition to the X20 controller product family is the new controller based on Intel Atom processor technology. This high-performance controller is designed for applications with the most demanding requirements. With its Intel Atom 1.3 GHz processor and integrated I/O processor, this controller offers impressive performance capabilities. One of the key features of this new controller is its Ethernet and POWERLINK V2 with poll-response chaining, providing advanced communication capabilities for industrial applications. With onboard USB and three slots for modular interface expansion, this controller offers flexibility and scalability for various application needs. In terms of memory, the new controller comes equipped with 1 GB LPDDR4 SDRAM and 2 GB of onboard flash drive, ensuring reliable and efficient data storage. Additionally, it also supports CompactFlash as removable application memory, providing an extra layer of flexibility for application deployment and management. One of the most notable advantages of this new controller is its fanless design, which ensures silent and reliable operation in industrial environments. This feature makes the controller suitable for a wide range of applications, including those with space or noise constraints. Another significant capability of the new controller is its controller redundancy feature, which provides fault-tolerant operation and ensures high availability for critical applications. This redundancy feature can be crucial for applications where uninterrupted operation is essential, such as in manufacturing or process control. With its powerful processor and integrated I/O capabilities, the new controller is set to provide enhanced performance and flexibility for industrial automation and control applications. Its compact design and advanced features make it an ideal choice for applications with stringent performance requirements. The X20 controller family is known for its reliability, flexibility, and performance, and the addition of this new controller further strengthens its position as a leading choice for industrial automation and control solutions. With the latest Intel Atom processor technology, the new controller is expected to deliver exceptional performance and reliability for a wide range of industrial applications. Overall, the new controller based on Intel Atom processor technology offers a powerful combination of performance, flexibility, and reliability, making it an ideal choice for industrial automation and control applications requiring top-tier performance. Its advanced features and capabilities are set to meet the most demanding requirements of modern industrial applications, solidifying its position as a top-end offering in the X20 controller product family.

ACOPOS servo drives access to multiple technology-specific functions whose performance, flexibility and capability have been remarkably proven in countless applications. The ACOPOS functions listed below are basic functions that the user can switch between as needed within 400 µs. In addition, manipulations such as changes in product length, registration mark control, good overlying torque control, easy brief process adaptations and quality checks can be carried out at any time. • Cutting units • Electronic cam profiles • Flying saws • Line shafts • CNC • Point-to-point movements • Electronic gears • Electronic differential gears ACOPOS servo drives Such as 8bvp0440hw00.000-1 can be used in various configurations depending on the network type and the requirements of the application. The functions listed X20BC0087 & x20bc0083 above are available to the user in each of the topology examples shown. Response speeds are not influenced by the network and control system being used if technology functions are processed directly on the ACOPOS servo drive. Additional sensors and actuators must be integrated in the control system for more complex processes. In these cases, the level of performance depends mostly on the type of network and control system being used. The topology examples shown on the following pages provide an overview of the bandwidths that are possible with B&R automation components.  

That is really good news for us! After a 10 month order cycle, we have finally received the 8BVI0440HWS0.000-1 safe servo driver. This driver has the advantages of precise algorithm, stable operation, and low energy consumption, making it very suitable for important high-precision servo drive situations