Slitting has long been thought of as an art, but has increasingly become recognized as a science.

VALUE-ADDED SERVICES

Precision slitting technology mainly uses the high-speed rotation of the cutting tool and the relative motion of the strip moving on it to cut the stainless steel into the required width and make the cut edge smooth as required. They are machined to the width and length required by the end user.
In order to produce high-quality stainless steel slit coils, many factors must be considered. Horizontal knife clearance, penetration depth, stripper ring size, material properties, and the shear head or shear itself all enter into the equation. We strive to properly manage all of these variables in our daily work.

High precision: Precision stainless steel slitting technology has high cutting accuracy and can cut stainless steel strips to the required accuracy and size. The edges of the cuts are smooth and will not cause damage to the surface of the stainless steel strips.
High efficiency: Precision stainless steel slitting technology can efficiently complete the slitting of a large number of stainless steel strips, greatly reducing working time and costs. On the premise of ensuring accuracy, improving work efficiency is an important advantage of precision stainless steel slitting technology.

Improve cutting accuracy and efficiency
1. Use high-quality cutting tools. The accuracy and efficiency of precision stainless steel strip slitting technology are directly related to the quality of the selected cutting tools. Choosing high-quality cutting tools can not only improve the cutting accuracy, but also effectively reduce the noise and damage to the machine during cutting.
2. Ensure the tightness of the strip. The tightness of the strip will directly affect the accuracy and efficiency of slitting. Therefore, the tension of the strip needs to be strictly controlled to ensure that the tightness of the strip meets the requirements.
3. Control the cutting speed and tool pressure. In actual operation, the cutting speed and tool pressure need to be determined according to different stainless steel strip process requirements and material characteristics to achieve the best cutting effect.