3-Axis Cartesian Take-Out Robots for Injection Molding Automation

A 3-axis robot handles linear extraction and placement without part reorientation. A 4-axis robot adds a flip axis or servo wrist for controlled rotation, used when the application requires reorienting the part - for example, inverting it for placement or orienting an insert.

Cycle time is the primary factor. If the available extraction window is short - common in thin-wall or high-cavitation molding - a high-speed take-out robot platform is typically needed. Standard take-out robots are sufficient for longer cycle applications.

Payload must include both the molded part weight and the EOAT weight, not just the part. Underestimating payload by omitting EOAT weight is a common sizing mistake. Confirm total payload requirements with Yushin America for your specific application.

Insert loading, overmolding, and complex orientation are advanced Yushin-supported applications, handled through engineered EOAT, insert-handling tooling, and A/C, B/C, or A/B/C NC servo wrist units. These applications require deeper engineering review, but they are supported Yushin America capabilities - confirm the right configuration with Yushin America for your specific requirement.

No. Yushin America does not manufacture or sell injection molding machines. Yushin designs, builds, and supports take-out robots, EOAT, and downstream automation that operate around the IMM.

Start with your IMM clamp force, part weight plus EOAT weight, and cycle time requirement. Then consider mold access geometry and any runner/sprue handling needs. Confirm model fit and specifications with Yushin America for your application.