The Cartesian coordinate robot industry is the area for common industrial robots
whose movements are based on the straight-line motion system often required in semiconductor
manufacturing machines, display manufacturing and inspection machines, CNC lathes,
machine tools and other automated equipment.
Used for factory automation system, especially in semiconductor processes and other steps in which components and semi-assemblies are delivered and assembled in an already automated system. The models are as follows.
This is a Cartesian coordinate robot of either the clean type or dust cover type. When driven with SUS Bend applied, a robot is sealed as tightly as possible in order to minimize the scattered dust generated from friction between LM guide and ball screw, allowing the machine to be applied in clean rooms in which a certain degree of cleanliness must always be maintained.
Also, it aims to increase the allowable load by adding LM guide and expandable slides on the side.
This is a Cartesian coordinate robot of either the clean type or dust cover type. When driven with SUS Bend applied, a robot is sealed as tightly as possible in order to minimize the scattered dust generated from friction between LM guide and ball screw, allowing the machine to be applied in clean rooms in which a certain degree of cleanliness must always be maintained.
Also, it aims to increase the allowable load by adding LM guide and expandable slides on the side.
This is a Cartesian coordinate robot of either the clean type or dust cover type. When driven with SUS Bend applied, a robot is sealed as tightly as possible in order to minimize the scattered dust generated from friction between LM guide and ball screw, allowing the machine to be applied in clean rooms in which a certain degree of cleanliness must always be maintained. Also, it aims to increase the allowable load by adding LM guide and expandable slides on the side.
This is a Cartesian coordinate robot of either the clean type or dust cover type. When driven with SUS Bend applied, a robot is sealed as tightly as possible in order to minimize the scattered dust generated from friction between LM guide and ball screw, allowing the machine to be applied in clean rooms in which a certain degree of cleanliness must always be maintained. Also, it aims to increase the allowable load by adding LM guide and expandable slides on the side.
An open-cover type Cartesian coordinate robot, it applies high-stiffness extrusion base, which results in increased strength and stiffness, and is manufactured to enable extension and high-speed. Also, it is advantageous in finding potential irregularities inside since it does not have side covers.
This robot features a structure in which LM guide and Timing belt are integrated. It uses a high-stiffness extrusion base, which results in increased strength and stiffness, and is manufactured to enable extension and high-speed. Also, it is advantageous in finding potential irregularities inside since it does not have side covers.
This is a Cartesian coordinate robot of either the clean type or dust cover type, and also an actuator that enables accurate location control. When driven with a Steel Bend applied, the robot is sealed as tightly as possible in order to minimize the scattered dust generated from friction between LM guide and ball screw, allowing the machine to be applied in clean rooms in which a certain degree of cleanliness must always be maintained.