Overview
We are building stable processes for global automotive parts supply chains.
Beyond sustainable logistics,
embedding customer value in NPC.
As a strategic partner in the global automotive parts supply chain,
Global SCM designs optimal logistics containers and efficient operational processes
that meet customer requirements, simultaneously improving cost competitiveness
and packaging quality.
Furthermore, we actively support our customers' ESG (Environmental, Social, Governance) management practices to achieve Zero Waste.
Key Packaging
Solutions
Service Process
Feasibility
Assessment
Feasibility Assessment
01 Analysis of Returnable Application Feasibility
02 Evaluation of Operational Sustainability
03 Analysis of Business Risk Factors
Customized
Packaging
Design
Customized Packaging Design
01 Consultation on Packaging Materials and Specifications
02 Unit Container Design
03 Operational Simulation
Cost
Efficiency
Analysis
Cost Efficiency Analysis
01 Cost Reduction Effect Simulation
02 Proposal of Rental Models
On-Site
Verification
Test
On-Site Verification Test
01 Shock and Load Simulation Test
02 Demonstration of Inbound/Return Process
03 Final Specification Confirmation
Step-by-Step
Execution
Plan
Step-by-Step Execution Plan
01 Establishment of Reusable and Disposable Scenarios
02 Detailed Timeline Consultation
Operational Process
NPC Logistics Center
Container quality inspection,
cleaning, and repair
Client Companies
Parts packaging
Export Packaging Company
Parts export packaging
Export
Client's Overseas Logistics Center
Empty container organization, return container loading
Local Supplier
Parts packaging
Overseas Factory
Parts supply transported to production lines
NPC Logistics Center
Return Shipping
Transporting used
empty containers
back to Korea
Advantages of the Returnable System
Packaging Cost Reduction
Through ULS (Unit Load System) operations based on standard logistics equipment, transportation is possible in the original
packaging unit,
reducing waste elements from product transshipment, transfer, repackaging, and packaging waste disposal,
ultimately resulting in
reduced transportation and packaging costs throughout the entire supply chain.
Total Cost
Management
Standard One-Way Packaging
Repeated packaging material purchases
Excessive use of inner packaging materials
Separate purchase of process boxes
Unpacking, transfer, and repackaging occur
The packaging material assembly and disassembly process required
High labor hours
Difficulty in mutual stacking
Reduced container fill rate
Unused space occurs
Insufficient rigidity →
Limited stacking capability →
Occupies more storage space →
Increases storage costs
Weak packaging strength
Vulnerable to external conditions like vibration and moisture
Possibility of damage during repackaging
Large amount of packaging waste generated
Organization/storage space required
Processing labor and costs incurred
Use of low-strength packaging materials leads to part damage claims and supply disruptions.
VS
Packaging Material Cost
Labor Cost
Transportation Cost
Storage Cost
Quality Cost
Waste Storage and Processing Cost
Claim Cost
NPC Multi-Way Packaging
Packaging material rental use (no investment cost)
Minimized inner packaging materials
No need for process boxes
No unpacking, transfer, or repackaging with optimized design
Ready to use without packaging material assembly and disassembly
Minimized labor hours
Easy mutual stacking with standardized structure
Improved container fill rate
Minimized unused space
Excellent rigidity
and durability →
Enables stable
multi-layer stacking →
Improves storage efficiency →
Reduces storage costs
Excellent packaging strength
Superior external environment resistance
No repackaging
No waste generation
Reduced work/storage space
No processing costs
Use of high-strength, reusable packaging minimizes claim costs and enhances supply stability.
Packaging Strength
Packaging materials designed with high-strength materials and structures experience minimal deformation even with repeated use,
making them ideal for long transportation processes and superior product protection. This reduces damage claims and prevents inventory loss.
One-way Packaging Materials
NPC Multi-Way Packaging Materials
Transportation Stability
Designed with structural stability and secure fastening in mind, our packaging prevents shaking or falling accidents during transportation.
As a result, damage claims and product loss rates are reduced, while transportation safety and quality reliability are simultaneously improved.
Inside the Container
One-way Packaging Materials
NPC Multi-Way Packaging Materials
Handling Convenience
Compared to conventional single-use packaging, returnable packaging simplifies work processes, significantly reducing packaging and unpacking time and labor requirements.
The ready-to-use structure without assembly enhances work efficiency, reduces M/H (Man Hours), and boosts on-site productivity.
One-way Packaging Materials
Figures may vary depending on work environment, worker skill level, etc.
Component (Single-Use) Transport
Same Method
1-Side, 2-Side Assembly (Bolt Usage)
4 min × 2 workers
3-Side Assembly
3 min × 2 workers
3-Side Assembly and Packaging
Same Method
4-Side Assembly Completion
Same Method
NPC Multi-Way Packaging Materials
RSB Transport
Same Method
Side Panel Deployment (1 Worker)
1 min × 1 worker
3-Side Deployment
30 sec × 1 worker
4-Side Expansion
1 min 30 sec × 1 worker
RSB Assembly Completion
Same Method
RSB: Returnable Steel Box