Introduction
The puller bed is a type of machine used in a range of industrial settings, from manufacturing to mining and even computing. It consists of a sturdy frame, often made from metal, with a number of support arms and rollers. These support arms and rollers enable the puller bed to move up and down, and in and out, along a set track or path. This type of machine can be powered manually or with the help of an electric motor, depending on the job at hand.
A puller bed is designed to provide a reliable and consistent level of compatibility. This means that parts and components of a range of sizes can be securely placed and moved along the track. This makes the puller bed useful for loading and unloading parts in a factory or shop setting, as well as allowing for the safe transportation of goods across complex and extensive networks.
In some cases, a puller bed is used in conjunction with other types of machines, such as cranes or presses. This can further increase the range of jobs that the puller bed can be put to. Such functionality is especially important in industrial settings, where sometimes the most effective solution to a problem is the combination of multiple pieces of equipment.
Puller beds come in two main types: cylinder body planar puller beds, and special puller beds.
Cylinder Body Planar Puller Beds
Cylinder body planar puller beds are the type of puller beds most commonly seen in industrial settings. These consist of four strong metallic corner posts, typically welded together to form an open rectangular frame. Inside this frame is a series of short metal arms, each supporting a roller. The arms are positioned at a standard offset of 40mm, allowing parts of a range of sizes to be moved along the frame.
These puller beds are powered by either a manually operated hand crank or an integrated electric motor.
Special Puller Beds
In contrast to cylinder body planar puller beds, special puller beds are just that – designed to be used in more specific or complex situations. These puller beds come with a range of advanced features, such as multiple levels of control and adjustable speed, track widths and support arms. This further ensures that multiple parts and objects of a range of sizes can be safely transported, ready for either further processing or distribution.
Conclusion
The puller bed is an incredibly versatile and reliable tool which has its uses in many different industrial settings. From organising parts in a factory floor to helping with the loading and unloading of complex machinery and parts in remote locations, it is a tool which should not be overlooked. While both cylinder body planar puller beds and special puller beds are available, both types are incredibly versatile and come with a range of features which ensure that they can be used in almost any situation.
