Recently, ARTECH CNC COMPANY has customized on-site work area diagrams for Milling Robot Arms based on different customers' production site conditions and operational needs. By accurately planning equipment layout, movement route design, and the placement of supporting facilities, the company helps customers optimize production space, enhance operational safety and efficiency, and has won high recognition from customers with its customized services.

"Our workshop has limited space, and we also need to ensure the collaborative operation of the Milling Robot Arm and existing equipment. We were previously worried that unreasonable layout would affect production," said a customer from a precision component manufacturing plant in Jiangsu Province. After purchasing the Milling Robot Arm from ARTECH CNC, the company's technical team visited the site for surveying at the first opportunity, using professional measuring equipment to record the workshop dimensions, load-bearing distribution, power interface locations, and the placement coordinates of existing equipment. At the same time, they gained a detailed understanding of the customer's production process—including key links such as raw material entry, processing procedure connection, and finished product transfer routes. Based on the survey data, the design team completed the first version of the work area diagram within 3 days. It not only marks the installation position of the Milling Robot Arm and the scope of safety guardrail settings but also plans the temporary raw material storage area, operators' inspection channels, and waste recycling area. It even takes into account the reserved space for equipment maintenance to ensure that subsequent maintenance will not affect the surrounding operations.

When designing the work area diagram for an auto parts customer in Zhejiang Province, the ARTECH CNC team focused on meeting the needs of "human-machine collaboration" and "intelligent adaptation". The customer's workshop needed to realize the linked operation of the Milling Robot Arm and the automated conveyor belt. The design team used 3D modeling technology to simulate the equipment operation trajectory and the connection nodes of the conveyor belt in the diagram, and marked the location of signal docking interfaces and the direction of data transmission lines. At the same time, in response to the customer's "visual management" needs, the team added the installation positions of real-time monitoring equipment and the placement area of production data display screens in the diagram, making it convenient for managers to grasp the equipment operation status in real time. To ensure the implementability of the plan, the team also communicated with the customer's workshop supervisor multiple times, adjusting details such as channel width and equipment spacing according to feedback. The final work area diagram not only complies with safety standards but also enables the seamless flow of "raw materials - processing - finished products".

"After receiving the work area diagram, we no longer need to adjust the equipment position repeatedly. The installation efficiency is 40% higher than expected, and the reasonable layout also makes the operation safer for operators," the above-mentioned Zhejiang customer feedback after the equipment installation was completed. The design plan of ARTECH CNC not only considers the current production needs but also reserves expansion space for new equipment to be added in the future, laying a foundation for subsequent production capacity improvement. In addition, for some customers who lack experience in professional layout planning, the ARTECH CNC team also attaches a detailed explanation document when delivering the work area diagram, marking key dimension parameters, design basis, and precautions, and provides online Q&A services to help customers solve layout problems during the installation process.

The Director of the Service Department of ARTECH CNC COMPANY stated: "The on-site layout of the Milling Robot Arm directly affects production efficiency and safety. We have always adhered to the concept of 'customer demand as the core', deeply integrating equipment characteristics with the customer's site and processes, so that each work area diagram can effectively solve the customer's pain points." It is understood that since the beginning of this year, the company has customized on-site work area diagrams for Milling Robot Arms for more than 50 customers at home and abroad. The average installation and commissioning cycle of customers has been shortened by 35%, and the incidence of operational safety accidents has dropped to zero. In the future, the company will continue to strengthen its customized service capabilities, introduce more advanced on-site survey and design technologies, and provide customers with full-process solutions from equipment selection, layout planning to installation and implementation, helping customers achieve optimal utilization of production space and efficiency improvement.