双滑座机床保证了工件在模具的中心位置，在更换新产品时上料系统不再需要重新定位。
The two slide machine guarantees that the part is always in the centre positioning of loading system is necessary after change-over to a new part.
模具采用T形滑座与弯曲角两边的压板调节，从而达到在一定范围内调节弯曲角度的目的。
In order to adjust the bending Angle, the T-type slide seat and bending press plate were used.
该装置把反射式气动传感器固定在数控工作台的滑座上，组成了一个测控一体化的测量装置。
In the device, a reflective pneumatic sensor is fixed on the slide of numerical gallery to compose a measuring and controlling integrated measurement device.
本文所做工作如下：运用三维软件建立了大型数控落地铣镗床的关键部件滑座、主轴箱的三维模型。
Established three-dimensional model of spindle box and slide by three-dimensional software. Carried out static and modal analysis of slide.
与传统粉末冶金工艺相比，采用烧结硬焊技术后，皮带滑座的制造成本降低30%，而皮带滑座的结合力仅减小约10%。
Contrast with conventional PM process, this technology can make the cost for manufacturing strap skate go down 30% while binding force only decrease about 10%.
模具采用T形滑座与弯曲角两边的压板调节，从而达到在一定范围内调节弯曲角度的目的，弯曲半径的调节主要是通过更换弯曲半径的调节轴来实现。
In order to adjust the bending Angle, the t type slide seat and bending press plate were used. The adjusting of bending radius was implemented by replacing the adjusting axis of bending radius.
模具采用T形滑座与弯曲角两边的压板调节，从而达到在一定范围内调节弯曲角度的目的，弯曲半径的调节主要是通过更换弯曲半径的调节轴来实现。
In order to adjust the bending Angle, the t type slide seat and bending press plate were used. The adjusting of bending radius was implemented by replacing the adjusting axis of bending radius.
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