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導(dǎo)軌絲杠KK直線模組特點
來源:http://www.2b4g.com/ 日期:2019-05-24 發(fā)布人:
導(dǎo)軌絲杠KK直線模組特點
Characteristics of KK Linear Module of Guide ScrewKK直線模組特性:
KK Linear Module Characteristics:
?。?)多工設(shè)計:整合驅(qū)動用的滾珠絲桿及導(dǎo)援用U型軌道,除提供精細直線運動,也能搭配多功用配件。在導(dǎo)入多用處的應(yīng)用設(shè)計時十分便當(dāng),也能達成高精細線性傳動的需求。
(1) Multiplexing design: integrating ball screw for driving and U-shaped track for guiding, in addition to providing fine linear motion, it can also be matched with multi-functional accessories. It is very convenient to import multi-purpose application design, and it can also meet the demand of high-precision linear transmission.
?。?)體積小重量輕: U型軌道可當(dāng)導(dǎo)引軌道,亦用搭平臺構(gòu)造,大幅減少裝置體積,并以有限元素法設(shè)計出優(yōu)秀化構(gòu)造,得到優(yōu)秀剛性與重量比例。低扭力與低慣量的平順定位運動,可減少能源耗用。
(2) Small size and light weight: U-shaped track can be used as guidance track, and also be constructed by platform, which greatly reduces the volume of the device. The excellent structure is designed by finite element method, and the excellent rigidity-weight ratio is obtained. Smooth positioning motion with low torque and inertia can reduce energy consumption.


?。?)高精度與高剛性:籍由各方向的荷重對鋼珠接觸位置的變形量剖析,得知此精細線性模組具高精度與高剛性的特性。以有限元素法的優(yōu)秀化構(gòu)造設(shè)計,得到優(yōu)秀剛性與重量比例。
(3) High precision and high rigidity: Through the analysis of the deformation of the contact position of the steel ball by the load in all directions, it is known that this fine linear module has the characteristics of high precision and high rigidity. By using the finite element method to optimize the structural design, the excellent ratio of rigidity to weight is obtained.
(4)檢測容易與裝備齊全:定位精度、定位重現(xiàn)性、行走平行度及起動扭力等功用容易檢測。
(4) Detection is easy and equipped: positioning accuracy, positioning reproducibility, walking parallelism and starting torsion are easy to detect.
?。?)組裝便利與維護容易:組裝人員不需熟手能夠組裝完成。良好的防塵與光滑,容易維護頤養(yǎng),提供機臺報廢后的再生應(yīng)用。
(5) Easy assembly and maintenance: assemblers can assemble without professional proficiency. Good dust-proof and smooth, easy to maintain and maintain, provide the recycling application after the machine is scrapped.
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