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In modern industrial production, screw tightening processes are an essential part of many manufacturing operations. However, hole position deviations have long been a significant factor affecting production efficiency and product quality. Traditional tightening techniques often require additional means such as industrial camera positioning to ensure accurate screw insertion when facing hole deviations. This method is not only costly and has a long debugging cycle but also adversely affects production rhythm.

Danikor, a company dedicated to the research of industrial tightening technologies, has successfully broken through this challenge with its independently developed floating tightening technology. The core of this technology lies in the innovative design of the sleeve structure. Danikor's floating tightening sleeve can achieve radial floating compensation within a range of 0.5-2.5 mm. This means that even if there is a certain deviation in the screw hole position, the sleeve can automatically adjust its position to correct the misalignment between the screw hole and the sleeve, ensuring that the screw can smoothly enter the hole.

This floating compensation function, achieved through structural optimization, directly absorbs part size fluctuations and avoids problems such as skewed or jammed screws caused by hole deviations. In actual production, the application of this technology not only effectively reduces hardware costs but also significantly increases the success rate of bolt insertion. The common rework phenomenon in traditional tightening techniques due to inaccurate screw insertion is effectively alleviated with the help of Danikor's floating tightening technology.

The application of Danikor's floating tightening technology in industrial production provides a new solution to the problem of hole position deviations. It does not rely on complex external positioning devices but achieves correct tightening through its own structural optimization. The emergence of this technology not only improves production efficiency but also brings significant cost control advantages to manufacturing enterprises. In today's pursuit of fast, accurate, and low-cost production, Danikor's floating tightening technology undoubtedly injects new vitality into the field of industrial tightening.

Danikor's technological breakthrough also reflects the company's continuous efforts in technological innovation and its keen insight into market demand. By continuously optimizing product performance, Danikor provides more reliable solutions for industrial production. As industrial automation and intelligent manufacturing continue to develop, Danikor's floating tightening technology is expected to be applied in more fields, playing an important role in improving overall production efficiency and product quality.