Define Supplier Logistics

When we talk about the topic of supplier logistics, it is inevitable that some readers will have questions. What is supplier logistics?

Actually, supplier logistics is not new to some big companies, such as Amazon, Walmart or Toyota. But if we are not involved in the industry, we do have a lot of questions.

However, we are going to focus on the topic of supplier logistics, so if you are interested in it, then I think this article will help you!

What is Supplier Logistics?

Supplier Logistics refers to the transportation, storage, and management of raw materials, components, equipment, and other materials in the supply chain from suppliers to purchasers (usually manufacturers, distributors, or retailers).

To give an example in a more layman's way, let's say you are the owner of a cake store and you need ingredients such as flour, cream, sugar and eggs. You don't produce these materials yourself, you buy them from suppliers. Supplier logistics is responsible for the smooth transportation of these materials from the supplier's warehouse or factory to your bakery.

Functions of Supply Chain Logistics

The functions of supply chain logistics can be simply understood as ensuring the smooth flow of "goods, information, and funds" within the supply chain to ultimately meet customer needs. Below are some key functions of supply chain logistics that I personally find most representative:

Transportation Function

Delivering goods to the required destination
Just like express delivery, transporting goods from one place to another.
Example: Raw materials are delivered from the supplier's factory to your warehouse, and finished products are shipped from your warehouse to the customer.

Warehousing Function

Storing goods, waiting to be used or sold
Before production, raw materials need to be stored; after production, finished products also need a place for storage.
Example: You need a warehouse to store food ingredients, waiting for further processing or sale.

Inventory Management Function

Controlling the quantity of goods
Ensuring there is enough stock to support production and sales, but not too much to avoid waste or tie up capital.
Example: If you run a restaurant, you need to make sure you don’t store too many eggs that might expire, but also not too few that you run out when needed.

Order Management Function

Ensuring timely delivery of goods after customer orders
Coordinating the order from the customer, confirming the quantity of goods, and making transportation arrangements.
Example: When you place an order on an e-commerce platform, the platform needs to confirm the availability of stock and ensure timely logistics arrangements.

Information Flow Management Function

Connecting the information chain, so everyone knows "where the goods are"
Enabling suppliers, transport companies, and customers to track the status of goods to avoid information asymmetry.
Example: When waiting for a delivery, the logistics information on your phone informs you of the package’s real-time location.

Packaging Function

Ensuring goods arrive safely
Goods require proper packaging during transportation to prevent damage while also meeting storage and transport requirements.
Example: Food needs to be wrapped in plastic film, fragile items need foam or cardboard box protection.

Distribution Function

Distributing goods to different locations
Ensuring goods are delivered to designated places according to customer demands.
Example: Goods from a central warehouse are distributed to different branches of a large supermarket.

Reverse Logistics Function

Handling returns and recycling
Managing the return, repair, or recycling of goods.
Example: Return services on an e-commerce platform, such as when you buy the wrong size of clothes and return them to the seller.

Supporting Supply Chain Collaboration

Improving coordination among all links in the chain
Ensuring coordination of information and logistics between suppliers, manufacturers, distributors, and retailers.
Example: When a retail store needs a restock, the logistics team and suppliers need to respond quickly.

Benefits of Supply Chain Logistics

Enhancing Efficiency

• Reducing Time Wastage: Optimizing transportation routes, warehousing management, and order processing to ensure goods reach customers faster.
  Example: Courier companies use intelligent systems to plan optimal delivery routes, reducing delivery times.

• Automating Processes: Leveraging information technology (e.g., WMS, ERP) to digitize operational workflows, improving logistics speed and accuracy.

Reducing Costs

• Optimizing Inventory: Managing inventory scientifically to reduce excess stock and storage expenses.
  Example: Retailers implement "Just-In-Time (JIT)" strategies to significantly lower warehouse utilization rates.

• Achieving Economies of Scale: Sharing resources like centralized transportation and shared warehousing to spread costs.
  Example: Multiple businesses share a logistics warehouse, reducing unit storage costs.

Improving Customer Experience

• Quickly Responding to Customer Needs: Supply chain logistics enable companies to process orders promptly, minimizing customer wait times.
  Example: E-commerce platforms offer next-day or same-day delivery services, enhancing customer satisfaction.

• Increasing Reliability: Delivering goods on time and safely helps establish customer trust in the brand.

Enhancing Business Competitiveness

• Adapting to Market Demand Changes: Flexibly adjusting logistics strategies to quickly respond to market dynamics.
  Example: During holidays, logistics systems increase capacity to meet peak order demand.

• Supporting Global Operations: Supply chain logistics enable businesses to engage in international trade and achieve global supply.
  Example: Manufacturers import raw materials from abroad and distribute finished products to global markets.

Reducing Supply Chain Risks

• Minimizing Disruption Risks: Through supply chain logistics planning and coordination, interruptions in the supply chain can be avoided.
  Example: During the pandemic, businesses ensured goods supply through multi-channel logistics.

• Real-Time Tracking: Modern logistics systems monitor goods' status in real-time, allowing for quick responses to anomalies.

Types of Supply Chain Logistics

There are many types of supply chain logistics, as the classifications vary based on the direction of logistics activities, functions, and target service groups. Below, I will describe some of the more representative types.

Classification by Direction of Logistics Activities

• Inbound Logistics
  Definition: Logistics activities from suppliers to within the enterprise.
  Characteristics: Involves the transportation and storage of raw materials and components.
  Example: A car manufacturer receiving tires and engines from suppliers.
  
  

• Production Logistics
  Definition: The movement of raw materials, semi-finished products, and finished goods within the enterprise during the production process.
  Characteristics: Focuses on optimizing the flow of materials on the production line.
  Example: Flour transported from storage to the baking workshop, eventually turned into bread.
  
  

• Outbound Logistics
  Definition: Logistics activities from the enterprise to the customer.
  Characteristics: Distributing finished goods to dealers, retailers, or end consumers.
  Example: A smartphone shipped from the factory to a store and then sold to a customer.
  
  

• Reverse Logistics
  Definition: The process of goods returning from customers to the enterprise.
  Characteristics: Handles returns, recycling, or reuse.
  Example: Damaged goods returned by customers or used glass bottles recycled for reuse.
  
  

Classification by Target Service Group

• Business-to-Business (B2B) Logistics
  Definition: Logistics activities between enterprises.
  Example: A retailer procuring goods from a wholesaler.
  
  

• Business-to-Consumer (B2C) Logistics
  Definition: Logistics activities where enterprises deliver goods directly to consumers.
  Example: Ordering a refrigerator from an e-commerce platform and having it delivered to your home.
  
  

• Consumer-to-Consumer (C2C) Logistics
  Definition: Logistics activities between consumers, often facilitated by third-party logistics.
  Example: A seller shipping a package to a buyer on a second-hand trading platform.
  
  

Classification by Industry Characteristics

• Manufacturing Logistics
  Definition: Logistics activities supporting production and manufacturing.
  Example: Transportation and assembly of components in an automobile factory.
  
  

• Retail Logistics
  Definition: Logistics from distribution centers to retail stores or consumers.
  Example: A supermarket restocking products through a logistics distribution center.
  
  

• Cold Chain Logistics
  Definition: Logistics activities involving temperature-controlled goods (e.g., food, medicine) during transportation and storage.
  Example: Vaccines transported under refrigeration from the production plant to hospitals.
  
  

• Express Logistics
  Definition: Logistics activities focused on the rapid delivery of small items.
  Example: Receiving an online order package the next day.
  
  

Classification by Logistics Organization Structure

• First-Party Logistics (1PL)
  Definition: The enterprise performs all logistics activities internally.
  Example: A factory owning trucks and warehouses to handle transportation and storage.
  
  

• Second-Party Logistics (2PL)
  Definition: The enterprise outsources transportation or warehousing to a professional logistics company.
  Example: A company hiring a logistics firm to handle goods delivery.
  
  

• Third-Party Logistics (3PL)
  Definition: Outsourcing the entire logistics process to a professional company.
  Example: An e-commerce company entrusting a logistics provider to manage transportation, warehousing, and delivery.
  
  

• Fourth-Party Logistics (4PL)
  Definition: An external company integrates and manages all logistics resources and processes within the supply chain.
  Example: A consulting firm designing and coordinating logistics solutions for the entire supply chain.

Factors to Consider When Establishing a Supply Chain Logistics System

Customer Needs

Key Points: Understand what customers need, when they need it, and in what form it should be delivered.

Importance: Meeting customer demands is the ultimate goal of the supply chain. Neglecting this can lead to wasted resources or customer loss.

Example: If customers require fast delivery, setting up additional distribution centers can reduce transit time.

Supplier Network

Key Points: Select reliable suppliers and build strong partnerships.

Importance: Supplier efficiency directly impacts the timeliness and cost of raw material supply.

Example: An electronics company sourcing chips from global suppliers must ensure supplier stability.

Logistics Network Design

Key Points: Strategically plan warehouse locations, transportation routes, and distribution centers.

Importance: A well-designed network determines the efficiency of material flow and transportation costs.

Example: Building warehouses near major customers reduces delivery costs and time.

Choice of Transportation Modes

Key Points: Select appropriate modes of transport (road, rail, sea, air) based on goods type, distance, and time requirements.

Importance: Different modes vary in cost, speed, and reliability.

Example: Perishable goods like flowers require fast transport, making air freight more suitable.

Inventory Management

Key Points: Develop scientific inventory strategies to avoid overstocking or shortages.

Importance: Overstock ties up capital, while shortages harm customer experience.

Example: Retailers adjust inventory levels based on seasonal demand using predictive analysis.

Information Technology Support

Key Points: Leverage modern systems (WMS, TMS) and data analysis tools for enhanced transparency and efficiency.

Importance: Information systems enable real-time tracking of goods and optimize processes.

Example: An ERP system integrates procurement, production, transportation, and inventory management.

Cost Control

Key Points: Balance logistics costs with service quality for optimal cost-effectiveness.

Importance: High costs erode profits, while poor service quality loses customers.

Example: Optimize transport routes or share warehouse space to reduce costs.

Supply Chain Risk Management

Key Points: Identify potential risks (natural disasters, supply disruptions, policy changes) and develop contingency plans.

Importance: Effective risk management minimizes disruptions' impact on business.

Example: During the pandemic, many companies diversified suppliers or established multi-channel logistics options.

Compliance and Policy Environment

Key Points: Adhere to regional laws and regulations (e.g., import tariffs, environmental policies, labor laws).

Importance: Non-compliance may lead to fines, cargo seizure, or loss of customer trust.

Example: Exporting businesses must comply with destination countries' customs requirements.

Green Logistics and Sustainability

Key Points: Design environmentally friendly logistics processes to reduce carbon emissions and resource waste.

Importance: Governments and customers increasingly value eco-friendly practices, which also yield long-term benefits.

Example: Using electric trucks or optimizing packaging to reduce shipping weight.

Collaboration and Communication

Key Points: Ensure information sharing and collaboration among supply chain partners.

Importance: Poor communication can lead to inventory buildup or transportation delays.

Example: Use EDI (Electronic Data Interchange) to link suppliers and logistics providers.

Customer Service Capability

Key Points: Provide quality after-sales services, including returns and reverse logistics support.

Importance: Good service improves customer satisfaction and loyalty.

Example: E-commerce platforms offering convenient return services win more consumer trust.

Geographical and Market Factors

Key Points: Tailor strategies based on regional characteristics and market consumption habits.

Importance: Infrastructure, consumer needs, and competition vary across regions.

Example: In rural markets, flexible, small-batch delivery models may be required.

Technological Innovation

Key Points: Focus on emerging technologies (drones, IoT, AI) in logistics applications.

Importance: Innovation boosts efficiency and competitiveness.

Example: Unmanned warehouses and robotic material handling significantly cut labor costs.

Conclusion

Having supply chain logistics can indeed be very beneficial to some suitable business, if you are looking for the right storage system for your supply chain logistics needs, you are more than welcome to contact us! 

With over twenty years of manufacturing and sales experience, we have undertaken very many types of orders and I am sure we can provide you with the best solution!