The Current Trends In Direct Drive Motor Technology

power transmission

Despite the maturity of the machine tool industry, enabling for many advancements in engineering design within the span of decades, a system is restricted by what the builder is able to implement. In the development phases of a machining system is which kind of engine to use, Among the decisions builders make.


Drive motors have been seen as a technological measure up from regular Sadi apparatus, together with torque and linear motors being seen as the higher end alternative to gearboxes and ball screws respectively. Although the base design--permanent magnets on the rotor and aluminum coils on the stator--has existed for a long time, motor makers are working on fine tuning different facets to increase the performance and quality of the product.


Below are 3 improvements that direct drive engine builders are taking to ensure the client gets the most out of their capacities.




One of the important benefits of direct drive motors would be the performance they provide. Drive and torque, for torque and linear motors allows the machine to take up less space without having to sacrifice power, complete; and this really is the main consideration when choosing a motor. Technological progress, a competitive environment which demands ever-more and efficiency complicated parts have the machine tool business, and looking, consequently engine manufacturers into how to maximize the force density.


More size Choices


The variety of sizes available also offers price flexibility. The ability to increase the duration of a linear motor can reduce width and, then, the total amount of expensive magnet material . Having a wide assortment of sizes enables a machine maker to maximize the space and efficiency of the machine, so much so that it may begin to feel as though the motors are made for the machine rather than the other way around.




Simplified integration


For linear motor linear motion, 1 approach to simplify integration is to maintain the way consistent. Matters become quite complicated when, for instance, a builder functions with various sizes of motors and the linear motor monitors don't have a consistent bolt hole pattern or width increments. This becomes especially complex if an engineer wants to update the motor and she has. If a way track can be used across multiple engine models, as you can with ETEL's magnetic LMG and LMS motors, then it helps for adjustments as the motor varies. As it allows the customer to upgrade their machine with minimal effort, the benefit is even larger if a version can still use the original tracks.


New ways of incorporating


Drive motors have had their software that were regular but as machine manufacturers have gotten familiar with the inherent Sadi Transmisiones technologies, they've come up with ways to take advantage of direct drive.


One may also choose a linear Sadi Transmisiones and correct the magnetic approach to maneuver on a curve rather than a straight line for transferring a payload in a circle or"scene configuration". This not only takes up less space but it is also a solution since users can avoid paying for a torque engine with torque capacities. Combine this with all the modularity of a separate motor that may be used in parallel and it's likewise have.