Automation for Rotary-Table Vertical Molding Cells

Yushin's vertical molding automation lineup includes take-out and sprue-picking solutions for vertical molding machines, including the SVR-C50 take-out robot and V-HOP / V-HOP-II sprue pickers. The right choice depends on whether the cell needs full molded-part take-out, sprue or runner removal, insert-handling support, or a combination of these functions.

A rotary-table vertical molding machine is the press that performs the molding process. Yushin does not sell that press. Yushin provides the automation around the press, such as sprue removal, part take-out, EOAT, insert-handling support, and downstream placement.

Rotary-table vertical molding cells may move parts or inserts between loading, molding, cooling, and unloading positions. Robot selection should account for table movement, access points, part release behavior, sprue or runner handling, EOAT design, cycle time, and safe clearance around the machine.

Yes. Insert molding, overmolding, and complex orientation are advanced Yushin-supported applications. They may require engineered EOAT, insert-handling tooling, controlled placement, downstream fixtures, and application engineering review. The final approach depends on the insert, molded part, table layout, mold access, orientation needs, and cycle-time requirements.

A sprue picker is appropriate when the main task is removing sprues or runners from the vertical molding cell. A take-out robot is appropriate when the application requires automated removal of molded parts, assemblies, or more complex handling. Yushin America should review the part, mold layout, and handling sequence before recommending the right system.

Start with the rotary-table vertical molding cell layout, clamp force, table movement, mold access, part weight, EOAT weight, sprue or runner handling needs, insert-loading requirements, cycle time, and downstream placement target. These details help Yushin America confirm the right robot type, EOAT approach, and integration requirements.