We all know that the ball screw and the linear guide are usually used together, so there are many problems. For example, how does the rolling element contact the guide? This problem has become a big problem that many enterprises must face!! the guide screw manufacturer will teach you some details:

　　首先，讓我們來看看滾珠絲杠的使用:滾珠絲杠軸承為各種用途提供了廣泛的標準化產品。滾珠循環方式廣泛應用于機床上，有循環管式、循環器式、端蓋式。預加載方式包括定位預加載(雙螺母方式、鉆頭預加載方式)和定壓預加載。可根據需要選擇合適的類型。絲杠具有高精度磨削精密滾珠絲杠(精度由co-c7分為6級)和高精度冷軋滾珠絲杠軸承(精度由c7-c10分為3級)。另外，為了滿足用戶急需交貨的情況，在軸端有已加工的成品，在軸端有可自由加工的半成品和冷軋滾珠絲杠軸承。作為該軸承的外周零件，該軸承使用所必需的螺桿支承單元、螺母支承、鎖緊螺母等也已標準化，可供用戶使用。

　　First, let's look at the use of ball screws: ball screw bearings provide a wide range of standardized products for various purposes. Ball circulation is widely used in machine tools, including circulation tube type, circulator type and end cover type. Preloading methods include positioning preloading (double nut mode, bit preloading mode) and constant pressure preloading. You can choose the right type according to your needs. The lead screw has high precision grinding precision ball screw (precision is divided into 6 grades by co-c7) and high precision cold rolling ball screw bearing (precision is divided into 3 grades by C7-C10). In addition, in order to meet the urgent delivery situation of users, there are processed finished products at the shaft end, semi-finished products and cold-rolled ball screw bearings that can be processed freely at the shaft end. As the peripheral parts of the bearing, the screw support unit, nut support and lock nut necessary for the use of the bearing have also been standardized and can be used by users.

　　所以它有一個較為廣泛的用途,包括線性導軌,我們測量導軌的質量和系統的性能:線性導軌系統固定元素(導軌)軸承套圈的基本功能,鋼球的安裝支架,形狀為“v”形。支架包裹著導軌的頂部和側面。為了支持機器的工作部件，一套直線導軌至少有四個托架。對于大的工作部件，支架的數量可以超過4個。導軌的設計系統求更大的固定元素之間的接觸面積和運動元素,它不僅能提高系統的承載能力,而且可以承受間歇性切割時產生的沖擊力或重力切削力被廣泛傳播,擴大支承面積。為了達到這一目的，有多種槽形的導軌系統，有兩種代表性的，一種叫做koto(指拱)，其形狀是一個半圓的延伸，其接觸點為頂點;另一個，圓弧，做同樣的事情。無論采用哪種結構形式，其目的只有一個，即盡量使鋼球與導軌(固定元件)有更多的接觸半徑。系統性能的關鍵是滾動元件如何與導軌接觸。

　　So it has a very wide range of uses, including linear guide rail. We measure the quality of the guide rail and the performance of the system: the basic function of the fixed element (guide rail) bearing ring of the linear guide rail system, the mounting bracket of the steel ball, with the shape of "V". The bracket surrounds the top and side of the rail. In order to support the working parts of the machine, a set of linear guides has at least four brackets. For large working parts, the number of supports can exceed 4. The design system of the guide rail seeks the largest contact area and moving elements between fixed elements. It can not only improve the bearing capacity of the system, but also withstand the impact force or gravity cutting force generated during intermittent cutting, which is widely spread to expand the bearing area. In order to achieve this goal, there are many kinds of grooved guide rail systems. There are two representative ones, one is called koto, whose shape is the extension of a semicircle and its contact point is the vertex; the other, arc, does the same thing. No matter which type of structure is adopted, its purpose is only one, that is to make the steel ball and the guide rail (fixed element) have more contact radius as far as possible. The key to the system performance is how the rolling element contacts the guide rail.

　　以上是導軌絲杠制造商為大家介紹的相關內容，想要了解更多內容，歡迎訪問網站：http://www.2b4g.com

　　These are the related contents introduced by the guide screw manufacturer. For more information, please visit the website: http://www.jgongrun.com