Loading...
Loading...
Complete high-speed line for thin-wall yogurt cups with IML decoration.
Request a QuoteBuyer Planning Guide
A yogurt cup production line is usually purchased as a complete cell: high-speed thin-wall injection molding machine, 8-16 cavity cup mold, optional IML robot, cooling, stacking, and packing. HWAMDA configures the line around cup volume, monthly output, label requirement, and available factory utilities.
Selected by cup volume, shot weight, and mold footprint.
Higher cavity count reduces unit cost when monthly demand is stable.
Depends on cup wall thickness, PP grade, cooling, and IML option.
Calculated from cavity count, cycle time, and operating efficiency.
Our yogurt cup solution is designed for 24/7 autonomous production. It features a fully integrated IML system that places labels with ±0.1mm accuracy.
Automated dosing & blending
Precision thin-wall molding
High-speed take-out robot
Automated counting line
Yogurt Cup Production: Complete Technical Deep Dive. From resin selection to finished product with HWAMDA SPV5 machines.
Read GuidebuyerCompare turnkey production lines vs buying components separately for thin-wall packaging. Analyze cost, integration risk, and time-to-production differences.
Read GuidebuyerGuide to expanding your thin-wall packaging production line. Learn when to add machines vs higher cavitation, plan capital, and optimize multi-line factory layouts.
Read GuidefaqHow many cavities for yogurt cup molds? 8 vs 12 vs 16 cavity: volume, machine size, cost per cup, quality, and factory size recommendations. Buyer's guide.
Read GuidemarketHWAMDA yogurt cup production machine for Turkey. HMD 380M8-SPV 380-400T with 16-cavity mold produces 200ml PP cups at 3.5-4.5s cycle for Turkey's massive dairy.
Read GuidemarketHWAMDA yogurt cup production machine for Saudi Arabia. HMD 380M8-SPV 380-400T with 16-cavity mold for 200ml PP cups at 3.5-4.5s cycle serving the Gulf dairy.
Read GuideFAQ
A complete line normally includes an SPV high-speed machine, multi-cavity cup mold, cooling system, material feeding, take-out or IML robot, stacking conveyor, and packing support.
Use 8 cavities for lower investment and flexible startup production, 12 cavities for balanced output, and 16 cavities when monthly demand is high enough to justify a larger mold and machine.
Yes. The mold, robot, label magazine, static control, and stacking design must be configured for IML from the beginning if branded cups are required.
Get a customized solution for your thin-wall packaging needs. Our experts are ready to help you achieve higher efficiency and quality.
High-speed injection molding process parameters for thin-wall packaging: injection speeds 300-1000+ mm/s, melt temperature 220-260°C, cycle time.
Read GuidetechnicalCycle time optimization for thin-wall injection molding: cooling design, machine acceleration, mold engineering. Achieve 3-6s cycles for yogurt cups, sauce.
Read GuidetechnicalEnergy efficiency in injection molding: servo-hydraulic 1.0-1.2 kWh/kg vs hydraulic 1.4-1.6 kWh/kg. HWAMDA SPV5 servo drives save 30-40% energy. TCO.
Read GuidetechnicalPreventive maintenance guide for injection molding machines: daily/weekly/monthly checklists, hydraulic system, screw and barrel, hot runner, mold.
Read GuidetechnicalLearn injection pressure requirements for thin-wall molding. Covers pressure calculations, machine specs, and HWAMDA SPV5 capabilities for PP packaging.
Read GuidetechnicalTroubleshoot thin-wall injection molding defects including short shots, warpage, flash, and flow marks. Expert solutions for PP food packaging lines.
Read Guide