We showcased a few different applications for the Linear Robotics Automate 2015 including a Mac-in-a-Box, T-Bot, High Speed H-Bot Gantry, and more.
Macron Dynamics pilot T-Bot robotic pick and place system demonstrates the long stroke lengths possible with a single belt robot.
This innovative "platform machine" is an H-Bot capable of providing high-speed X/Y motion and coupled to a novel 4 post Z-axis screw lift system, providing a 3-axis Cartesian motion control.
Students at NC State recently engineered a system to assist weight lifters. The lifting partner was programmed to initiate new exercise sets and wait for a struggle during the tracking portion, to prevent athletes dropping heavy weights on themselves.
Students at NC State recently engineered a system to assist weight lifters. The lifting partner was programmed to initiate new exercise sets and wait for a struggle during the tracking portion, to prevent athletes dropping heavy weights on themselves.
In 1999 Macron delivered its first large scale sorting gantry, capable of distributing totes to 1,700 individual compartments!
See how the MacREADY actuator provides "automation in a box" for robotics applications including robotics competitions, education, and industrial.
MacREADY will essentially provide plug and play "automation in a box" for robotics applications including robotics competitions, education, and industrial.
Macron recently built a telescopic conveyor system to aid in palletizing confectionery products.
Macron multi-axis robotic automation systems are used in a high speed, DVD packaging fulfillment order application.
A hand crank moved by a Macron counter-reversing drive provides smooth guided linear motion required for a precision measuring device.
Coming soon to Macron's New Specialty Product Line: Macron Dynamics designed a three segment telescopic actuator, used to safely raise and lower several banks of studio lights under computer control.
Macron Dynamics provided a client a telescopic Z-axis on their packaging XYZ gantry to meet spacial constraints.
This high speed Macron 14 moves at a speed of 40 feet per second and demonstrates the incredible speeds that can be achieved with Macron belt driven linear actuators.
