06 May, 2024Integi, a leading manufacturer of knurling tools, has recently integrated an innovative automatic stream-finish machine into its production line, marking a significant step towards improving the precision and quality of its products. Since the beginning of 2024, this technology has been operational, significantly optimising the knurling process.
The new machine allows Integi to guarantee a more precise and uniform geometry in each tooth of the knurls, which is crucial for their performance in practical applications. This precision translates into a substantial improvement in the functionality and aesthetics of the final tools.
In addition to improving tooth geometry, stream-finish technology facilitates consistent edge rounding, eliminating irregularities that could affect the functionality or aesthetics of parts. The ability to control flank roughness more effectively is another significant advantage of this acquisition, resulting in smoother, higher quality surfaces.
A remarkable aspect of this equipment is its ability to impact on specific points of the parts, such as the bottom of the teeth of the knurls, allowing particularly intensive machining. This precise control facilitates the removal of material in the micron range, which is essential for continuous improvement in the quality of the final product.
This breakthrough not only reflects Integi's commitment to quality and innovation, but also sets a new standard in knurling tool manufacturing, with direct impacts on the quality of the final parts. With this investment, Integi reaffirms its dedication to providing its customers with the highest quality products and confirms its position as a leader in the knurling tool market.
Integi continues its path of constant evolution, focused on quality and continuous improvement of its processes, further consolidating its reputation in the advanced manufacturing sector. The company invites its customers and collaborators to take a closer look at these advances and to continue to trust in its excellence and technological leadership.
