Flexomation Offers New Design for Micro Parts Feeding for Robotic Assembly and Material Handling Systems in the Medical and Electronics Industries

The New FX-MicroG feeder by Flexomation, LLC provides advanced feeding for a range of micro sized part types. Utilizing a precision glass feed surface, micro sized parts can be fed forward, backward and reoriented with the use of flipping action without the use of any tooling.

The New FX-MicroG feeder by Flexomation, LLC provides advanced feeding for a range of micro sized part types. Utilizing a precision glass feed surface, micro sized parts can be fed forward, backward and reoriented with the use of flipping action without the use of any tooling. The new design allows for standard downward mounted camera plus allows for the ability to use a bottom mounted upward pointing camera. Utilizing the new capability of an upward mounted camera, a system can process parts without any concern for the robot blocking the camera FOV, which allows for uninterrupted vision processing.


Flexomation offers a full line of flexible feeders capable of feeding ultra-small parts (less than 1mm) up to parts 5" in length. All feeders have the capability to feed multiple part types with little if any change over time plus the ability to move parts forward, backward, separate and flip.

Featured Product

TM Robotics – Shibaura Machine THE SCARA range

TM Robotics - Shibaura Machine THE SCARA range

The THE range from Shibaura Machine is an extensive line up of SCARA robots. Available in four arm lengths THE400 (400mm), THE600 (600mm) and the most recent THE800 (800mm) and THE1000 (1000mm), this range is suitable for assembly, handling, inspection and pick and place processes in varied industrial applications. The THE1000 boasts a 20kg payload capacity and an impressive 0.44 second cycle time, providing high speeds for processes with large components. In fact, the range has been recognised for as the price-to-performance leader compared to other SCARA models in its price range due to its impressive speed versus payload capacity.