The CBE Beauty Expo is not only a grand event for cosmetic brands but also a golden opportunity for plastic cosmetic tube packaging material purchasers to gather industry intelligence and optimize their supply chains. As a purchasing manager who has attended the exhibition, are you still using the traditional method of "collecting business cards and organizing brochures" to summarize your experience? Data shows that purchasing teams that conduct systematic reviews can, on average, reduce their annual packaging material procurement costs by 12% and shorten the new plastic cosmetic tube product development cycle by 43%. This article will break down a practical methodology for you from the exhibition site to the implementation of the supply chain.
Firstly. Cosmetic Plastic Tubes Data Accumulation: Establishing a "Dynamic Evaluation Radar" for Suppliers
Don't just stop at collecting product catalogs. You need to build an intelligence database with four dimensions:
1. Cosmetic Plastic Tube Packaging Supplier Competitiveness Matrix
Horizontal: Material and Process (Bio-based/ Biodegradable/ Antimicrobial Coating)
Vertical: Service Capability (Sample Making Cycle/ Minimum Order Quantity/ Flexible Production Response Speed)
Case: A company found that three suppliers launched a "shared mold" service, reducing the cost of new product development by 25%.
2. Cosmetic Plastic Tube Packaging Cost Structure Analysis
Dissecting exhibitors' quotations: Raw material proportion (e.g., PCR material cost fluctuation curve), process surcharges (gilding/ embossing/ special printing), logistics solutions (factory price vs. EXW)
Tool: Develop a "Dynamic Monitoring Table of Packaging Cost Factors", correlating with the futures prices of bulk commodities.
3. Cosmetic Plastic Tube Packaging Technology Alternative Solution Database
Record alternative solutions discovered at exhibitions (e.g., glass bottles → lightweight ceramics, plastic pump heads → bamboo fiber composite materials)
A company reduced the packaging cost for brand customers by 18% by introducing recyclable refillable packaging.
Secondly. Cosmetic Plastic Tubes Upgrade of Procurement Strategy: From Price Comparison to Value Procurement
Three major procurement misunderstandings exposed at the exhibition:
1.Cosmetic Plastic Tube Packaging Over-reliance on top suppliers (a new packaging material supplier's embossing process has a 15% higher yield rate than the top three enterprises)
2.Cosmetic Plastic Tube Packaging Ignoring hidden costs (low unit price but high damage rate of packaging materials, actual cost increases by 31%)
3.Cosmetic Plastic Tube Packaging Technical lock-in risk (special bottle shapes lead to exclusive reliance on molds)
Response strategy: Establish an ABC-XYZ classification model
Class A (core materials): Sign "cost plus open book" agreements with 2-3 suppliers verified at trade shows
Class B (conventional materials): Introduce regional suppliers discovered at trade shows and
implement "quarterly bidding plus tiered rebates"
Through this model, a certain enterprise has controlled the fluctuation rate of procurement costs from ±15% to within ±5%
Implement "redundant technology procurement"
For critical packaging materials (such as anti-tampering bottle caps), require suppliers to provide more than two technical solutions to avoid the risk of sole-source supply.
Case: A certain enterprise, due to its early reserve of PCR material suppliers, gained a 30% cost advantage when environmental protection policies tightened.