Linear motion accessories include both single- and multi-axis robots. As industrial automation advances, single-axis and Multi-Axis Robots applications become more common.

Single Axis Robot

There are several names for single-axis robot series items. Many users refer to single-axis robots as linear modules, electric slides, or similar terms. A single-axis robot is a mechanical moving part that can perform linear motion but is not confined to it. In practical applications, various unusual combinations can be employed to allow single-axis robots to do more complicated tasks. However, based on the current circumstances, the most advantageous aspect of single-axis robots is their modular and standardised operating capabilities, and their development has also reached a mature stage.

Multi-Axis Robot

Multi-axis robots appear to have a more complicated construction, using more than two axes. Multi-axis robots are not restricted to linear motion. They can do sophisticated tasks like grasping and handling by programming the machine ahead of time. Of course, the range of multi-axis robots capable of performing these complicated movements is restricted by the mounting base, which restricts the spatial range of the robot’s movement.

Despite installation limits, multi-axis robots have substantially greater flexibility of movement than single-axis robots. Almost all unique angle and trajectory operations may be performed within a multi-axis robot’s motion space using programming. A single-axis robot has a somewhat limited range of motion. However, when a single-axis robot is employed alone, it can often only perform grasping operations on predetermined paths for work pieces in fixed places.

The Difference Between Single and Multi-Axis Robots

The mechanical construction of the single-axis robot is rather basic. Its primary body is often made of aluminium profile materials, with linear guides, screw rods, and other gearbox components inserted within. This structure also limits the single-axis robot’s ability to perform simple point-to-point linear motion in its unassembled condition. Multi-axis robots are capable of collecting objects from several angles and paths.

Because single-axis robots have minimal component architectures, their detection and maintenance techniques are straightforward. They merely need to be greased with oil on a regular basis. However, the internal construction of a multi-axis robot is rather complicated. As a result, after a period of usage, the multi-axis robot’s overall working performance must be thoroughly examined, and any problematic parts must be changed in a timely manner to prevent interfering with the multi-axis robot’s regular operations.

The single-axis robot has a linear form and operates using basic methods and procedures. Furthermore, single-axis robots are less expensive and more efficient than Multi-Axis Robots.