Machine Tending Automation
Neuromeka collaborative robots automate repetitive tasks from loading raw parts to unloading finished components, helping manufacturers increase machine utilization and reduce manual labor. Our systems can be configured around your parts, fixtures, cycle time, and floor space.
An operator loads raw workpieces into a tray, pallet, rack, or other infeed system.
The system can use fixed part locations, sensors, barcodes, vision, or measurement systems to identify the workpiece and confirm the correct process.
The robot picks the workpiece and places it into the machine or process fixture.
The robot coordinates with the machine to begin the process.
When the cycle is complete, the robot removes the processed part and transfers it to the designated outfeed location.
The system repeats the cycle automatically for the next workpiece.
Depending on the application, the system can also incorporate part identification, orientation, inspection, air blowing, measurement, and pallet or tray handling.
A standard robot cell can be configured around your existing equipment and production process.
The system can be integrated with:
Integration requirements are evaluated based on the machine's available I/O and communication capabilities.
End-of-arm tooling is selected based on part and process requirements, including:
The system can be designed to handle variations in part size, shape, weight, and surface finish.
Choose the material presentation method that fits your application:
For higher-mix applications, vision or flexible part presentation can also be incorporated.
A typical Neuromeka machine tending solution may include:
Neuromeka cobot selected based on the required payload, reach, and workspace.
Neuromeka controller and robot control software for operation and coordination.
Application-specific gripper or tooling designed to securely handle the workpiece.
I/O or other communication required to coordinate the robot and machine.
A tray, pallet, rack, conveyor, or custom fixture for organizing incoming and finished parts.
Robot programming and process sequencing for the automated workflow.
Our systems can be designed to work with new or existing machines and equipment. The application is evaluated around your machine interface, available space, workholding, and production workflow.
Depending on the application, part changes can be supported through interchangeable gripper fingers, adjustable fixtures, or software-based program selection.
Collaborative robots can be integrated into compact workspaces where traditional industrial automation may require a larger footprint.
Start with a single machine and expand the automation system as production requirements grow.
Operators can focus on loading material, managing production, and higher-value tasks while the robot handles repetitive machine tending.
A robot loads raw material into a CNC lathe, unloads the finished part, and transfers it to the next process.
A robot loads and unloads workpieces from a vise or fixture while supporting additional operations such as air blowing or inspection.
A robot removes molded parts from the machine and places them onto a conveyor, tray, or downstream process.
A robot loads material into a press and removes the processed part after the cycle is complete.
A robot loads parts into an industrial washing or cleaning system and transfers them after processing.
The robot loads a part into a machine or inspection station, removes it after processing, and separates acceptable and rejected parts.
One robot services multiple machines, coordinating its sequence based on each machine's status.
A robot transfers parts between machines as part of a multi-step production process.
Discuss your application with one of our experts who will help you build a solution around your process.
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