The shape of the special-shaped circular guide rail can be customized according to specific application requirements. Common shapes include ellipse, polygon, irregular curve, etc. This unique shape design enables the guide rail to adapt to different working environments and space constraints, providing a more flexible motion solution.
V-type guide rail + work station
The guide rail is V-shaped and is usually made of high-quality steel or aluminum alloy. The V-shaped guide rail design can provide better guidance and stability, ensuring that the slide maintains a straight line during movement.
The slide is a component used with the V-type linear guide, usually made of high-strength plastic or metal. Rolling elements such as rollers or balls are installed on the slide, allowing the slide to slide smoothly on the guide rail.
Rectangular belt circular guide conveyor line
The rectangular synchronous belt circular guide rail is used in the automation production and manufacturing of light loads, high speeds, and high precision, requiring high spatial flexibility
Elliptical belt circular guide conveyor line
The synchronous belt driven elliptical profile circular guide conveyor system is commonly used in narrow production lines, such as the manufacturing process of various manual processes, especially in applications with low load-bearing requirements, high speed and high precision.
Rectangular chain circular guide conveyor line
Rectangular chain circular guide rail is an advanced mechanical transmission system with advantages such as high precision, high rigidity, low friction, and easy maintenance.
Elliptical chain circular arc guide rail
The elliptical chain circular guide rail is a mechanical transmission system
Vertical single track circular guide rail
The working principle of the vertical single track circular guide rail is to achieve the transportation and positioning of objects through the cyclic motion of the slider on the guide rail.
The working principle of a rack and pinion guide is to convert rotational motion into linear motion through the meshing of gears and racks. When the gear rotates, the teeth on the gear interact with the teeth on the rack, pushing the rack to move in a straight line along the guide rail. The motion accuracy and speed of the rack and pinion guide depend on the accuracy and speed of the gears, as well as the quality and installation accuracy of the guide rail.
The shape of the irregular circular guide rail can be customized according to specific application requirements, and common shapes include ellipses, polygons, irregular curves, etc. This unique shape design allows the guide rail to adapt to different working environments and space limitations, providing a more flexible motion solution.
The whole circular arc guide rail can be cut into circular arc guide rails of different curvatures, which can be used separately or combined with a wheel or a straight rail to form a closed-loop or open-loop circular guide rail system.
The 180 ° guide rail presents a semi-circular or approximately semi-circular arc-shaped structure. It is usually made of high-strength materials such as steel, aluminum alloy, etc., to ensure that it can withstand various forces generated by objects during motion.
On automated production lines, 90 ° guide rails can be used to achieve right angle conveying, positioning, and assembly of workpieces.
The 25 series V-shaped guide rail series products belong to lightweight guide rails, which have various shapes such as circular guide rails, curved guide rails, and linear guide rails, with high precision and a long service life.
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