Automating Molded Pulp Packaging Lines

Standard dry-pressed pulp warps during oven drying, causing vacuum suction cups to lose seal. Solution: We utilize Thermoformed Wet-Pressing (Type 4) which locks the fibers into an exact ±0.5mm tolerance, guaranteeing a 99.9% robotic grip success rate at speeds of 120 units per minute.

Pulp trays nested too tightly create a vacuum lock, causing multiple trays to drop at once. We engineer specific 3-degree draft angles and integrated denesting lugs (micro-bumps) that ensure a consistent 1mm air gap between stacked trays, allowing flawless mechanical separation.

Thermal Transfer Overprinters (TTO) and inkjet coders struggle on rough, porous surfaces, causing ink bleed and unreadable barcodes. Our calendared smooth-finish pulp provides a high-dyne, non-porous flat zone specifically designed for crisp 300 DPI compliance printing.

Low-grade recycled pulp sheds cellulose dust, risking contamination in food or pharmaceutical cleanrooms. We utilize long-fiber virgin bagasse with advanced internal sizing, virtually eliminating particulate shedding and ensuring compliance with Class 10,000 cleanroom standards.

Standard hot-melt glues often fail on pulp due to its porosity absorbing the adhesive before it cures. We recommend and formulate specific high-viscosity EVA hot-melt adhesives applied at exactly 160°C to bridge the fiber gaps and create a secure, tamper-evident bond.