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Multi-layer Automatic Feed Cutting Machine SC-310
Categories : Thermoforming Trimming and Post-Processing Machinery
Performs the pressurization with double output axle to provide powerful and stabilized pressurizing capacity.
HIGH-ACCURACY ROLL-TO-ROLL AUTOMATIC FEED CUTTING MACHINE TRC-350SP
Categories : Cutting Machines
Double-Axle Synchronous Feed Mechanism： Enhances the production speed and Yield Rate through double-axle synchronous feeding. Well-Designed And Stabilized Bottom Dead-Point Accuracy： Uses the patented Bottom Dead-Point Mechanism exclusively developed by TRURAN to achieve +/-0.005mm of repeated positioning accuracy. High-Accuracy Depth Adjusting Mechanism： Uses high-accuracy mechanism to achieve 0.01mm of fine-tune accuracy (0.001mm is for optional). High-Efficiency Boosting Circuit： Reduces over 30% of power consumption as compared to conventional circuit. Photoelectric Material Flexibility： Uses as the dedicated moving system according to the material characteristics. Unique Material Moving Mechanism： High-stability servo control system is used to avoid contaminating and scratching the material. Automatic Lubrication Mechanism： The entire machine uses Automatic Lubrication Mechanism to reduce daily maintenance work. Waste Recovery Mechanism： The System will recover the waste of cutting automatically to save space, while enhancing the operability.
MULTI-LAYER AUTOMATIC FEED CUTTING MACHINE VAC-310
Categories : Cutting Machines
Double-Axle Synchronous Pressurizing Mechanism： Performs the pressurization with double output axle to provide powerful and stabilized pressurizing capacity. Automatic Feed Mechanism： Uses servo control to carry out the setting according to the breadth and length of the material. Alignment Mold System： Performs concurrent cutting process after locking the material in place. Parameter Storing System： Performs module-based memory for the production figures to facilitate the parameter management. Cutting Plate Turntable Mechanism： Sets the offset length to achieve over 95% of plate utilization rate after cutting. High-Efficiency Boosting Circuit： Reduces over 30% of power consumption as compared to conventional circuit.