04/09/2026
Cutting springs made from larger-diameter wire or higher-tensile-strength material generally requires greater cutting force. Running a motor above its rated power capacity causes overheating and accelerates wear on transmission parts, thus reducing overall machine longevity.
The YT-140’s joint-assisted cutting mechanism leverages intelligent mechanical geometry to increase cutting force rather than relying on brute electrical power. By prioritizing effective force transmission over raw power delivery, this design enables the motor to operate at a significantly lower peak load during high-strength cutting.
For example, peak motor load reaches 172.6% on the conventional system, while it is limited to 134.7% on the YT-140 equipped with joint-assisted cutting.
To know more: [email protected]