The product shown in the image is a CNC Router machine designed to industrial standards with a large table. It is a professional production device optimized for larger-scale jobs compared to the hobby-type desktop model you first shared. Key Features of the Device: Industrial Body Structure: The machine is built on a heavy-duty steel chassis to minimize vibration and ensure high precision. Large Working Area: The black vacuum or T-slot table allows for single-pass processing of large-sized plates (wood, MDF, aluminum composite, etc.). Control Unit: A control panel is located on the front of the machine, featuring an emergency stop button and a set of buttons, which manages all movements of the device. Gantry System: It has a wide gantry structure, and the spindle motor moves on this gantry along the X and Z axes. Precision Motion Components: The linear rails and gear/ball screw systems visible on the sides enable cutting with millimeter accuracy even at high speeds. What is it Used For? Furniture Production: Cutting kitchen cabinets, door decorations, and furniture parts. Signage and Displays: Shaping large-sized plexiglass, dibond, and aluminum sheets. Industrial Part Manufacturing: Mass production of composite materials and soft metals. Architectural Models: Large-scale model and mold work.
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The open frame fiber laser metal cutting machine is an advanced laser cutting technology that enables high-precision, fast, and efficient cutting of metal materials. These machines are widely used in the metal processing industry today, offering an ideal solution especially for complex and precise cutting operations. The "open frame" design signifies that the machine's working area has an open structure. This design provides operators with easier access, simplifying material loading, unloading, and machine maintenance processes. Furthermore, thanks to the large working area, large-sized metal sheets and plate materials can be processed comfortably. These features offer a significant advantage in terms of both practicality and accelerating the production process. Features of the Open Frame Fiber Laser Metal Cutting Machine 1. Precision and Quality Fine details and smooth edges are achieved thanks to the high-intensity laser beam. Offers superior cutting quality with minimal burrs and deformation. 2. Speed and Efficiency Much faster than traditional cutting methods. High cutting speed increases efficiency in large-scale production. 3. Ability to Process Various Metal Types Can work on various metals such as stainless steel, carbon steel, aluminum, brass, and copper. Customizable laser power options are available for different thicknesses. 4. Low Energy Consumption Fiber laser technology consumes less energy than CO₂ lasers. Offers an environmentally friendly and economical cutting solution. 5. Open Frame Design Provides easy access for the operator to the cutting area. Material loading and unloading operations are fast. Allows processing of large-sized sheets. 6. Durability and Long Life Low maintenance costs due to the long lifespan of the fiber laser source. Machines made with high-quality materials are durable. 7. Automation and Ease of Use Easily programmable with CNC control system. Supports CAD/CAM software, allowing complex designs to be processed easily. 8. Safety Features Requires careful use due to the open frame design. Eye protection and laser safety precautions must be ensured.
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SWING DIAMETER : 650mm MACHINING DIAMETER AND LENGTH : 430mm – 1.050mm SPINDLE BORE DIAMETER : 91mm SPINDLE SPEED : 3.000 SPINDLE MOTOR POWER : 18,5/26 KW TOOL TYPE : SERVO TURRET 12 TOOLS BMT 65 CONTROL UNIT : FANUC Oi-TF PLUS SLIDE TYPE : FRICTIONAL BOX WAY CHUCK IS 12 INCH AND SPINDLE IS 91mm.
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Machine Components and Functions Triple Roller System: The three circular rollers at the front allow metal profiles or pipes to pass through, providing the desired curve. Typically, the top roller is movable (pressing), while the two lower ones are fixed or driven (advancing). Control Panel: The yellow panel on the right side includes an emergency stop button and directional controls. You can control the machine's rotation direction and speed from here. Foot Pedal: Allows the operator to operate the machine in forward or reverse direction with hands-free control, providing safety and convenience for precise bending operations. Frame Structure: The gray frame at the bottom is a heavy-duty chassis, resistant to high-pressure bending operations. Applications These types of machines are generally used for the following tasks: Construction: Production of railings, roof frames, and decorative metal structures. Automotive: Bending of exhaust pipes or vehicle chassis components. Furniture: Metal chair legs or table frames. Plumbing: Rotating large-diameter pipes at specific angles.
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Metal Processing Machines
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