| Robot |
|
|---|---|
| Peripherals |
|
| STEP 1. | Part infeed & transfer (conveyor) |
|---|---|
| STEP 2. | Conveyor tracking & position synchronization |
| STEP 3. | Automated air-blow-off execution |
| STEP 4. | Part outfeed to the next process |
A compact small-payload robot enables efficient use of limited floor space.
Can be installed in tight areas comparable to a human operator’s working space.
Performs air-blowing during part transfer using conveyor tracking for continuous operation.
Enables uninterrupted, continuous processing with minimized idle time.
Delivers thorough and consistent air-blowing results for stable quality.
| Key Benefits | Increased throughput through continuous production Improved overall quality |
|---|---|
| Client Feedback | By automating a simple but repetitive operation with a robot, we were able to achieve stable and consistent processing, which ultimately improved quality for downstream processes. |
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Process Overview This solution automates product sorting, assembly, and packing by utilizing 3D vision, deep learning algorithms (instance segmentation), reinforcement learning, and motion planning (OMPL) algorithms. Since it performs tasks by recognizing the real-time product position and type as well as the box location using 3D vision, it can automatically compensate and operate even when the product position or box position changes. Even if vision/robot/work jigs become worn or conditions change, the system is corrected through learning, making operation and maintenance easier and minimizing downtime.
A robotic deburring system that automatically removes burrs (BURR) generated on the machined surfaces of nickel parts applied to Honda Accord vehicles using two robots. Collaboration between a positioning robot and a deburring robot. For areas where the deburring tool cannot access, a dedicated deburring device is configured to fully perform deburring on complex-shaped machined surfaces. Integrated with the machining line to implement full-process automation, including deburring, washing, inspection, rust prevention, and packaging.
Process Overview This solution assembles rubber packings onto automotive electronic components using an Epson C4 robot. By combining a cartesian robot and an industrial robot to correct the picking orientation, rubber packing assembly can be performed quickly and consistently.
