

Integrated gantry beam structure, high rigidity and high precision retention. The linearguide rail ofthe crossbeam adopts a stepped design, which effectively enhances the overall rigidity ofthe machine head.All moving axesuse high rigidity ball guide rails.

This servo press is suitable for application in auto parts, consumable electronics and household appliances which can reach perfect forming performance. By combining the progressive die with pendulum curve, productivity can possibly be doubled, which saves over 50% of energy. Furthermore, automated transfer production line can also be added to upgrade the productivity.

This is knuckle type high speed press, best option for stamping those precision electronic parts with thin materials like lead frames in semiconductors, EV motor laminations, etc. Its speed can reach up to 1200spm with small tonnage 30ton. The knuckle link design eliminates thermal displacement resulting in precise B.D.C repeatability, in addition, it contributes to greater durability, longer die life and reduced noise and vibration. This press uses 8-point needle bearings for slide guiding,which is able to withstand a much larger load and longer guide ways resisting eccentric loading. The positioning of the guides make them easy to maintain. The link slide motion allows for more time on the bottom of stroke for better part forming performance and reduced impact of snap-thru forces which extends the press and die life. The time between resharpening of the dies in this GT press is over 25% greater than that at a conventional crank press. In the conventional crank press mechanism, thermal displacement accumulates due to heat generated during operation, it results in fluctuation in B.D.C significantly. This knuckle joint structure offsets the thermal displacement and minimizes B.D.C fluctuation even in long time production.





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1: Crown block structure, the worktable is fixed on the bed, and the sliding plate, cross beam and spindle box move to realize the feeding of X, Y and Z coordinate axes. 2. The whole machine adopts gantry movable beam structure, with good rigidity, uniform stress, good thermal balance and stable precision. 3. X, Y and Z axis guide rails adopt rolling linear guide rails, with small dynamic and static friction, high sensitivity, small vibration at high speed, no crawling at low speed, high positioning accuracy, excellent servo drive performance, and improved accuracy and accuracy stability of the machine tool. 4. The servo motors of X, Y and Z axes are directly connected to the high-precision ball screw through the diaphragm coupling, which reduces the intermediate links and realizes gapless transmission. The feed is flexible, the positioning is accurate and the transmission precision is high. The servo motor of Z axis has the function of automatic brake. In the case of power failure, the automatic brake can hold the motor shaft tightly so that it can not rotate, which plays a role in safety protection. 5. The spindle can be HSK electric spindle. The electric spindle is a built-in spindle with a built-in three-phase permanent magnet synchronous induction motor. It is controlled by a frequency converter for stepless speed change. The maximum speed is 30000 rpm. It has high rotation accuracy and good rigidity. The thermal elongation is less than 1 wire, which can ensure the machining accuracy of the spindle. 6. Umbrella-type servo tool magazine is adopted. The manipulator tool changing device is installed on the machine body. When changing tools, the cutter head is driven and positioned by the servo motor. After the spindle reaches the tool changing position, the tool changing device completes the tool returning and feeding. The tool changing process is fast and accurate. 7: The machine tool adopts the high-precision rotary table, and the transmission applies the most precise motion control mode at present-the globoidal indexing principle.

Improve the processing efficiencyand quality of products A complete machine architecturewith sustained stabllity EfficientHeavy duty MillingOperations Improve the processing efficiencyand quality of products High response speed High rigidity and stability bed body Originatingfrom high-performancespindle and turntable technologyinEurope Applicable to a wide range of materialprocessingrequirements Innovative screw drive technology(nutrotation drives screw movement}