The measure of a bit’s cutting force is called Torque. For example, you can make a fine cut if you use both hands because there will be more force at the back of the blade. If you use one hand, the cut would not be smooth and clean. Since torque measures the cutting force, it, therefore, indicates the router’s ability to cut woods of varying hardness. Hardwoods require more torque compared to softwoods. Similarly, RPM limits the bit’s diameter on the router. If you set the machine at 10000 RPM, it means that the shaft is running on 10000 RPM. After that, if you attach one inch bit to the shaft, the overlapping bit part on the shaft will rotate at 10000 RPM. But, the bit’s exterior edge will continue to move at a very high speed. Hence, if you prefer using large bits, buy a router with a low RPM range. A slowing down or conflicting piece speed is typically brought about by free or worn belts. In the wake of slicing the power supply to your router table, open the table’s lodging to examine the drive belts. Search for uneven wear or split belts on more established machines. If the belts are in good condition check to ensure they are snug to the drive wheels. Fix and replace straps as per your proprietor’s manual. If the issue continues, contact a confirmed repairer. The aides on your router table are as significant as the router itself. The aides will help ensure your slices are straight and to the dime.