CROYDON, Pa – Macron Dynamics, Inc., a manufacturer of linear robotics motion systems and automation components, recently introduced two new products to their T-Bot and H-Bot gantry robot product lines, the TBG-12 and the HBG-12. The new products are smaller, lighter, and designed to complete difficult jobs both efficiently and accurately.
“There are many clear advantages of T-Bot and H-Bot gantries that appeal to our customers. We created new, lighter models that still possess impressive capabilities to complete big jobs,“ said Craig Marshall, Executive Vice President at Macron Dynamics. “The TBG-12 and HBG-12 are versatile because they are scalable to meet any application footprint.”
Macon’s T-Bot and H-Bot line consists of four pick and place linear robots that can be configured based on x-axis and y-axis travel. The products operate on a single belt with fixed pulleys that drive both axes. They have a fixed, non-moving motor mounting location, resulting in a lighter weight, lower inertia, faster acceleration and deceleration, and an overall higher system performance.
For additional information about Macron Dynamics’ T-Bot and H-Bot gantry robots, please visit http://www.macrondynamics.com/linear-robotics or call 1-800-MACRON-1 (1-800-622-7661). To learn about other Macron Dynamics products or to see Macron’s products in motion, visit www.macrondynamics.com.
Macron Dynamics is a manufacturer of linear robotics solutions and mechanical motion components found in automation systems through the U.S. and around the world. For more than 25 years, Macron has refined each component and every product through time-tested installations and experience. Macron products are built with the highest quality materials, assembled in the USA, and engineered to withstand the abuses of rigorous, daily usage. Macron specializes in delivering automation solutions including single-axis, long travel, gantries and multi-axis linear robotics systems for a wide range of industries. Macron’s unique product designs consist of both standard and configurable models that can be quickly modified to meet most robotics and automation application.