To clarify the conditions for injection molding automation transformation, first determine the degree of automation the enterprise expects to achieve. The core purpose of automation transformation is to "reduce workforce and increase efficiency." Different product types and process requirements correspond to vastly different hardware, workshop, and order conditions:

Core Need: Labor costs for这类 products are mainly concentrated in finished product collection and packing. Equipping one 3-axis servo robot can achieve automatic extraction and counting & stacking, completing most of the workforce reduction.

Threshold Condition: If using a traditional top-entry robot, the workshop clearance height must be sufficient (equipment plus robot installation height is typically 1.5~4 meters or more); if the ceiling is too low, a side-entry robot solution must be used instead.

Capacity Condition: Must have sufficient and stable order volume. Taking SWITEK's high-speed IML solution (4-cavity yogurt cups) as an example, the full cycle can reach 2.8 seconds (approximately 80 cups/minute). Insufficient orders will lead to costly idle equipment capacity.

Space Condition: In-mold labeling typically uses a side-entry system, requiring the factory to reserve a sufficiently large floor horizontal footprint.

ROI Condition: In-mold insert placement involves non-standard tooling and fixture development. The fixture development cost for a single product is relatively high. Enterprises must have long-term large orders or good market potential to amortize equipment R&D costs and achieve quick return on investment.

Technical Communication Condition: Requires collaboration between the enterprise and automation system engineers for in-depth pre-project communication and technical alignment regarding process details, positioning accuracy, and injection molding cycle.