A The equipment adopts a unique design. When the resistance increases, the saw frame will automatically execute the "lift/lower" reciprocating sawing mode, allowing the saw blade to temporarily separate from the workpiece and then slowly enter, thereby significantly reducing the phenomenon of clamping the saw. If this action occurs frequently, it indicates that the feed speed is too fast or the saw blade is worn, and the parameters should be appropriately reduced or the saw blade replaced.

A The equipment will automatically adjust the feed speed according to the change in the sawing cross-sectional size, without the need for manual intervention. The system adjusts in real time by detecting the sawing resistance or preset parameters to ensure sawing efficiency and the lifespan of the saw blade. It is recommended to observe the sawing sound and current during the first piece processing, and if abnormal vibration is detected, manually fine-tune the upper limit speed.

A The equipment usually supports reading common sheet-type part graphic files such as DXF and DSTV. If the automatically generated program does not meet the requirements (such as hole sequence, number of stamping operations), the operator can directly modify the G code or parameters on the human-machine interface, or manually input the hole coordinates. It is recommended to use the "empty run" mode to simulate the trajectory before the first processing to confirm there is no error, and then proceed with the actual stamping.

A These deviation values are used to compensate for the fixed offset between the mechanical origin and the program origin, or the relative position difference between the mold stations. As long as the equipment has been calibrated at the factory, generally no modification is needed. However, if the mold is replaced, the screw rod is reinstalled, or a collision occurs, causing a deviation in the hole position system, it is necessary to re-measure and modify the corresponding axis deviation values.

A The steel balls inside the universal ball may be stuck by iron filings or oxide scale. It is recommended to clean the worktable every shift and blow the gap of the support ball with high-pressure air. If the rotation is not flexible, you can drip a small amount of lubricating oil and manually rotate. Severely worn support balls need to be replaced as a whole; otherwise, it will affect the flatness of the workpiece feeding and the accuracy of the hole position.

A First, check if the pressure gauge reading of the hydraulic system is within the set range; then, check if there is any iron filings blocking the movement of the fixture guide rails, and if the teeth of the clamping mechanism are worn. If the clamping force on one side is insufficient, it may be due to the damage of the corresponding oil cylinder sealing ring or the blockage of the hydraulic valve. You can try cleaning the valve core, replacing the sealing parts, and re-adjusting the spacing of the two fixtures to achieve symmetrical clamping.

A The rotational speed and feed speed can be set through the program or the operation interface. Generally, they are adjusted according to the thickness and material of the sheet. When the drill bit contacts the workpiece, the system will switch from rapid advance to working advance to prevent impact; after drilling through, the spindle will automatically retreat to the original position quickly, without the need for manual intervention. It is recommended to regularly check the proximity switches and coolant flow to ensure the normal automatic circulation.