Client Overview
A leading global beauty brand with a strong presence in over 120 countries. The company specializes in skincare, cosmetics, and personal care products. Their commitment to innovation and quality requires precise, large-scale manufacturing capabilities.
Challenge
As part of a major product launch, the client required:
High-volume production of custom-designed plastic components for a new line of cosmetic packaging.
Tight tolerances and consistent aesthetic quality.
A rapid turnaround time to meet a global distribution schedule.
Sustainable production practices to align with the brand’s environmental goals.
Objectives
Manufacture over 10 million injection-moulded parts within a six-month timeline.
Achieve zero-defect quality standards to meet regulatory and brand requirements.
Optimize tooling and cycle times to ensure cost-efficiency.
Integrate sustainable materials without compromising performance.
Solution
Our engineering and manufacturing teams collaborated closely with the client from design to delivery:
1. Collaborative Design & Prototyping
Worked with the client’s packaging design team to finalize the mould-friendly component design.
Created 3D prototypes using rapid tooling and verified functionality and appearance.
2. Advanced Tooling & Automation
Designed and built multi-cavity, high-precision moulds with conformal cooling to reduce cycle times.
Integrated fully automated robotic handling systems for part ejection, inspection, and packing.
3. High-Speed Production
Scaled up to 24/7 production using high-performance injection moulding machines.
Monitored processes using Industry 4.0 technologies to maintain consistent quality and traceability.
4. Sustainable Materials Integration
Sourced and tested bio-based and PCR (Post-Consumer Recycled) resins.
Achieved the same visual and mechanical properties as virgin plastics, reducing carbon footprint by 30%.
Results
| Metric | Outcome |
|---|---|
| Units Produced | 10.2 million (on schedule) |
| Defect Rate | < 0.01% |
| Cycle Time Reduction | 18% improvement |
| Sustainability | 30% reduction in material-related emissions |
| Cost Savings | 12% compared to previous supplier |

