Used SYMTEK 439 #9226920 for sale

SYMTEK 439 series of robot handlers is a family of 3-Axis robotic pick-and-place machines designed for high cycle industrial applications. It offers a fast, reliable solution for processes involving the assembly and packaging of a variety of items. 439 handler offers fast cycle rate, precise positional accuracy, and a highly flexible automation platform that can be easily customized to match the needs of any production environment. SYMTEK 439 handler is equipped with a high-speed, dual-axis roller system capable of picking up and placing items at speeds up to 250 cycles per minute. It uses a unique pick-and-place motion that utilizes both linear and rotary movement to make quick, precise pickups. 439 also has an integrated air drive system that provides variable pressure and position control, enabling greater accuracy and increased cycle speeds. SYMTEK 439 handler can also be easily adapted to a variety of configurations. Its three axes can be used independently or in combination to enable custom solutions for many applications. Options include an additional linear axis and a range of attachments and gripper options, including vacuum cups, pneumatic grippers, and force-feedback sensors that enable greater control of placement accuracy. The robust construction of 439 handler ensures reliable performance in harsh environments. Its control system is modular and upgradable to meet changing production needs, with integrated digital and analog I/O as well as connectivity to PLCs and HMIs. It also features a library of pre-programmed standard motion patterns, allowing for easy integration into existing production lines. SYMTEK 439 handler is specifically designed for industrial production environments, and its rapid cycle speed and precision accuracy allow it to handle a wide range of pick-and-place applications ranging from medical device assembly to food packaging. Its flexibility and modular design ensures it can easily be adapted to meet the demands of any task, with reliable performance and minimal downtime.