導(dǎo)軌大跨距傾斜角度：床身導(dǎo)軌通常呈30°~45傾斜設(shè)計(jì)（常見(jiàn)45），利用重力優(yōu)化切屑和冷卻液的自然下落路徑，減少切屑堆積對(duì)加工區(qū)域的干擾，提高了整機(jī)的高剛性和承載力。

剛性增強(qiáng)：傾斜結(jié)構(gòu)使床身截面積增大（如梯形或三角形截面），配合鑄鐵鑄造工藝和內(nèi)部蜂窩式筋板布局，抗彎抗扭剛度較平軌車床提升20%~30%，適合高速重切削。

Guiding Rail Wide Span Inclination Angle: The bed guide rails are typically designed with an inclination of 30° to 45° (commonly 45°). This design utilizes gravity to optimize the natural fall path of chips and coolant, reducing interference caused by chip accumulation in the machining area and enhancing the overall rigidity and load-carrying capacity of the machine.

Rigidity Enhancement: The inclined structure increases the cross-sectional area of the bed (such as trapezoidal or triangular sections). Combined with casting processes using high-quality cast iron and an internal honeycomb-style rib layout, the bending and torsional rigidity is improved by 20% to 30% compared to flat-rail lathes, making it suitable for high-speed heavy cutting operations.