The Epson GX20 is a high-precision, four-axis SCARA robot whose coordinated four-axis horizontal motion and precision vertical lifting design make it suitable for demanding tasks such as electronic component assembly, precision dispensing, small-part inspection, and high-speed sorting.
Read article →The ABB IRB 360 is a well-established delta robot widely used in automated food sorting, material handling, small-item case packing, and high-speed picking, thanks to its lightweight cantilever arm structure, rapid response, and ability to sustain high cycle rates.
Read article →Robot body cables carry power, encoder signals, and safety signals. When a short-circuit alarm occurs, first record the alarm code displayed on the control cabinet, then disconnect power and inspect areas around the wrist and base that undergo frequent bending.
Read article →High-speed operation of the IRB 360 places demanding requirements on mechanical synchronization and encoder condition. Before repairs, back up the system parameters and review the alarm history for each axis.
Read article →The Epson GX10-C651S is a high-precision four-axis SCARA robot commonly used for electronic component assembly, precision dispensing, and high-speed sorting of small parts. Its servo motor is characterized by low inertia, high responsiveness, and smooth low-speed operation, making it suitable for small-amplitude, high-frequency movements and high-precision positioning.
Read article →The Epson G20-A01S is a lightweight, high-speed, precision SCARA robot designed for high-throughput, high-precision workstations such as electronics assembly, component bonding, small-part handling, and precision inspection.
Read article →The FANUC robot body cable A660-4005-T215 is an integrated, dedicated cable harness that combines power transmission with servo signal feedback, conforms to arm cable routing standards for multiple six-axis general-purpose models, and performs core functions including axis power delivery, position signal feedback, and servo parameter exchange.
Read article →Servo motors in OTC series welding robots are the core drive units for axis movement, path reproduction, and orientation adjustment. Their operating condition directly determines welding path accuracy and the stability of coordinated robot motion.
Read article →When the robot does not move after power-up, first check the emergency stop, safety doors, servo enable status, and control cabinet alarm information to avoid replacing components directly.
Read article →Low servo motor torque, vibration or overcurrent may be related to the windings, encoder, bearings or drive. The power and feedback circuits should be checked separately during diagnosis.
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