2-Axis Pick and Place Delta Robot Arm

The HOP Five is designed for horizontal injection molding machines (30–500 tf) and uses a pneumatic 5-position swing arm for runner extraction. The V-HOP and V-HOP-II are purpose-built for vertical and rotary-table IMMs, featuring kinematics adapted to the gravity orientation and shuttle cycles unique to vertical presses — making them non-interchangeable with horizontal-IMM pickers.

Yushin's swing-type sprue pickers such as the HOP Five and V-HOP series are engineered for runner and sprue extraction only, with a typical payload of under 1 kg. For light-duty part handling up to 15 kg, the SX-41 and SXC side-entry robot families provide higher payload capacity alongside sprue removal capability.

Yes. The SX-41 and the SXC side-entry robot family are configurable for ISO Class 7 and Class 8 clean rooms. These robots feature sealed bearings, FDA-grade lubricants, and a minimal-particulate motion profile, making them suitable for medical disposables, pharmaceutical packaging, optical molding, and electronics micro-molding cells.

The HOP Five covers IMMs from approximately 30 to 500 tf clamping force. The V-HOP and V-HOP-II suit vertical presses from about 20 to 200 tf. Side-entry robots in the SXC and TSXA families span roughly 50 to 800 tf depending on the model, making Yushin's lineup compatible with small, mid-range, and large-format molding machines.

Yes. Yushin's product lineup is structured as a logical upgrade path: the pneumatic HOP Five sprue picker serves as an entry point, followed by the N-HOP servo swing robot, and then the YD-0310 servo take-out robot for full 3-axis part handling. This allows molders to scale automation investment as production volumes and complexity grow.

Yushin's robots serve plastics processors across automotive (connectors, wire harness overmolding), medical (syringes, IV components, diagnostics), consumer packaging (caps, closures, thin-wall IML containers), and electronics (micro-molded housings, USB connectors). Both horizontal and vertical IMM cells benefit from automated sprue extraction or full side-entry part take-out solutions.