PO6-LP-1.5DQS(40)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

PO6-LP-1.5DQS(40) is a kind of miscellaneous tool which is widely applied in modern industry. This tool has many advantages over other conventional products, such as: no additional expense in setting up and tearing the product down, an easy to use single-key design, a wide range of applications, and a robust structure for withstanding heavy loads.

PO6-LP-1.5DQS(40) is mainly used for tasks such as fabricating parts to exact specifications, griping pieces to be welded together, lifting and effortless rotating heavy objects, and precise measurement of complex surfaces. This product can be used in combination with other tools to create a chain of manufacturing devices which increase productivity and precision of output.

The working principle of PO6-LP-1.5DQS(40) is quite simple. This tool works in two stages. First, it is attached to a frame along with other tools where force is applied to it. The force applied on the tool is then transmitted to another part of the frame where it is rotated, thereby providing the operators with higher precision and control over the output.

The advantage of PO6-LP-1.5DQS(40) is that it is corrosion resistant so it can be operated in hazardous environments with no fear of damage to its structure and parts. In addition, the “tilt cushioned” feature provides a decent amount of shock absorption, thereby making it useful in high intensity applications. The cutting blades are also made up of high-grade materials which make them long lasting.

Overall, PO6-LP-1.5DQS(40) is a great tool to have in an industrial setting due to its many capabilities and benefits. This product is easy to use, provides increased productivity, and better precision due to its dynamic structure and working principle. It is also resistant to corrosion and wear and tear, so it is suitable for continuous use in a factory. Moreover, the tilt cushioned feature of the tool makes it ideal for high intensity applications as its design helps in absorbing shock.

The specific data is subject to PDF, and the above content is for reference