Used TECHWING TW-M3TI #9375657 for sale

TECHWING TW-M3TI is a highly innovative self-balancing and remote-control robot handler that offers unprecedented precision when handling heavy objects. It is designed to support the loading, sorting, transferring, and unloading of irregularly shaped items. With its superior handling capability, the handler has become a key component in robotic factories for a wide variety of industries, including automotive, food, medical, and electronic components. TW-M3TI handler is powered by an all-in-one motorized gearbox which provides fast acceleration and deceleration speeds with low power consumption. This high torque motor enables precise handling, even during dynamic operation. The robot can achieve maximum speeds of up to 500mm/s, allowing it to quickly and efficiently transport heavy items between workstations. In order to optimize energy-efficiency, the motor is designed with a regenerative braking equipment that converts kinetic energy back into electricity. Additionally, thehandler has an integrated path planning and obstacle avoidance system to ensure safety and smooth operation. TECHWING TW-M3TI handler is outfitted with a robust and lightweight frame constructed of aluminum alloys. This ensures only minimal deformation and excellent corrosion resistance. The overall weight of the three-wheeled handler is only 135 kg and it is rated to provide reliable service even when carrying heavy objects up to 500kg. Furthermore, the unit is mounted with shock-absorbing elastomers, allowing the robot to smoothly maneuver over uneven surfaces. TW-M3TI handler is outfitted with a flexible, PLC-based control unit. This machine gives the operator a full range of programmable motion profiles tailored to the specific needs of the task. Additionally, the tool allows the robot to be easily customized and operated in multiple operating modes, including manual, semi-automatic, and full-automatic. Finally, TECHWING TW-M3TI handler is highly reliable and offers superior protection from excess heat or overloads, thanks to its robust redundant safety measures. This ensures that the robot continues to operate at its best, even in harsh and demanding working environments, while the built-in diagnostics provide transparency of machine performance.