LNC Router 1325 Seamless Automation: Dual-Process Tool Changer-Uninterrupted Workflow

Dive into the realm of precision engineering with our LNC 1325 ATC Router, meticulously designed to elevate your manufacturing prowess. Boasting a spacious working area of 1300 x 2500 x 300mm and accommodating materials up to 150mm thick, this machine promises unparalleled versatility. Featuring a Vacuum Table powered by a robust 7.5 KW Water Vacuum Pump, expect secure work holding and seamless material processing.

With remarkable processing and re-positioning resolutions of ±0.1mm and ±0.02mm respectively, alongside a potent 9 kW Air Cooled Spindle, precision is our promise. Equipped with a Dual-process Pneumatic Tool Changer, driven by Yaskawa Servo Motors, and controlled by the LNC-MW2200 system, this router ensures efficiency and reliability in every operation.

Elevate your craftsmanship and efficiency today with our LNC 1325 ATC Router, available in stock at our factory for immediate delivery. Book an appointment to witness its capabilities firsthand. Check out our for more machinery options and follow us on for the latest updates - figtekindustry.

Advantages of the Dual-Process Tool Changer on an LNC 1325 ATC Router:

Enhanced Efficiency: The dual-process tool changer allows for simultaneous loading and unloading of tools while the machine continues its operations. This minimizes downtime between tool changes, maximizing overall efficiency and productivity.

Increased Flexibility: With the ability to hold multiple tools simultaneously, the dual-process tool changer offers greater flexibility in machining operations. It enables the router to switch between different tools quickly, allowing for a wider range of cutting, engraving, and milling tasks without manual intervention.

Reduced Setup Time: The automated nature of the dual-process tool changer streamlines the setup process for different machining tasks. Operators can pre-load tools into the changer, reducing the time required to change tools during production runs and optimizing workflow efficiency.

Improved Accuracy: By automating the tool-changing process, the dual-process tool changer helps maintain consistent tool positioning and alignment. This ensures accuracy and repeatability in machining operations, resulting in high-quality finished products.

Minimized Risk of Error: Manual tool changes introduce the potential for human error, such as misalignment or incorrect tool selection. The automated nature of the dual-process tool changer reduces the risk of such errors, enhancing the reliability and consistency of machining processes.

Optimized Production Flow: The dual-process tool changer facilitates a smooth and uninterrupted production flow by seamlessly managing tool changes during machining operations. This continuous operation minimizes disruptions and maximizes the router's uptime, ultimately improving overall production efficiency.