MindMap Gallery Large-scale customization the most important and competitive production model in the 21st century
This is a mind map about large-scale customization: the most important and competitive production model in the 21st century. The main contents include: 6. Case analysis, 5. The difference between large-scale customization and large-scale production, 4. Advantages, 3. Implementation and application, 2. Main content, 1. Conceptual meaning.
Edited at 2025-02-04 13:04:42Rumi: 10 dimensions of spiritual awakening. When you stop looking for yourself, you will find the entire universe because what you are looking for is also looking for you. Anything you do persevere every day can open a door to the depths of your spirit. In silence, I slipped into the secret realm, and I enjoyed everything to observe the magic around me, and didn't make any noise. Why do you like to crawl when you are born with wings? The soul has its own ears and can hear things that the mind cannot understand. Seek inward for the answer to everything, everything in the universe is in you. Lovers do not end up meeting somewhere, and there is no parting in this world. A wound is where light enters your heart.
Chronic heart failure is not just a problem of the speed of heart rate! It is caused by the decrease in myocardial contraction and diastolic function, which leads to insufficient cardiac output, which in turn causes congestion in the pulmonary circulation and congestion in the systemic circulation. From causes, inducement to compensation mechanisms, the pathophysiological processes of heart failure are complex and diverse. By controlling edema, reducing the heart's front and afterload, improving cardiac comfort function, and preventing and treating basic causes, we can effectively respond to this challenge. Only by understanding the mechanisms and clinical manifestations of heart failure and mastering prevention and treatment strategies can we better protect heart health.
Ischemia-reperfusion injury is a phenomenon that cellular function and metabolic disorders and structural damage will worsen after organs or tissues restore blood supply. Its main mechanisms include increased free radical generation, calcium overload, and the role of microvascular and leukocytes. The heart and brain are common damaged organs, manifested as changes in myocardial metabolism and ultrastructural changes, decreased cardiac function, etc. Prevention and control measures include removing free radicals, reducing calcium overload, improving metabolism and controlling reperfusion conditions, such as low sodium, low temperature, low pressure, etc. Understanding these mechanisms can help develop effective treatment options and alleviate ischemic injury.
Rumi: 10 dimensions of spiritual awakening. When you stop looking for yourself, you will find the entire universe because what you are looking for is also looking for you. Anything you do persevere every day can open a door to the depths of your spirit. In silence, I slipped into the secret realm, and I enjoyed everything to observe the magic around me, and didn't make any noise. Why do you like to crawl when you are born with wings? The soul has its own ears and can hear things that the mind cannot understand. Seek inward for the answer to everything, everything in the universe is in you. Lovers do not end up meeting somewhere, and there is no parting in this world. A wound is where light enters your heart.
Chronic heart failure is not just a problem of the speed of heart rate! It is caused by the decrease in myocardial contraction and diastolic function, which leads to insufficient cardiac output, which in turn causes congestion in the pulmonary circulation and congestion in the systemic circulation. From causes, inducement to compensation mechanisms, the pathophysiological processes of heart failure are complex and diverse. By controlling edema, reducing the heart's front and afterload, improving cardiac comfort function, and preventing and treating basic causes, we can effectively respond to this challenge. Only by understanding the mechanisms and clinical manifestations of heart failure and mastering prevention and treatment strategies can we better protect heart health.
Ischemia-reperfusion injury is a phenomenon that cellular function and metabolic disorders and structural damage will worsen after organs or tissues restore blood supply. Its main mechanisms include increased free radical generation, calcium overload, and the role of microvascular and leukocytes. The heart and brain are common damaged organs, manifested as changes in myocardial metabolism and ultrastructural changes, decreased cardiac function, etc. Prevention and control measures include removing free radicals, reducing calcium overload, improving metabolism and controlling reperfusion conditions, such as low sodium, low temperature, low pressure, etc. Understanding these mechanisms can help develop effective treatment options and alleviate ischemic injury.
Large-scale customization: the most important and competitive production model in the 21st century
1. Conceptual meaning
1.1. Generation and Development
With the advancement of science and technology, the development of productivity and the formation of a global market, the level of customer consumption has increased, corporate competition has intensified, and the political, economic and social environment has changed. The "3C" factors have increased the uncertainty of market demand. Large-scale customized production model emerged, and many outstanding companies in developed countries have adopted this model. For example, Motorola, the United States, can produce pagers of various combinations based on orders in a short time, occupying a large share of the global market and becoming an enterprise participating in modern competition. new trends.
1.2. Basic meaning
Large-scale customization refers to the individual mass production of customized products and services. It combines the advantages of large-scale production and customized production, and meets the needs of individual customers without sacrificing the economic benefits of the enterprise. This model contains a variety of modern management ideas, such as time-based competition, lean production, agile manufacturing and micro-selling.
1.3. Basic ideas
The basic idea of large-scale customization is to transform the production problems of customized products into mass production through the reorganization of the product and manufacturing process. Product diversification includes external diversification and internal diversification. Large-scale customization should reduce internal diversification of products and increase external diversification to meet customers' personalized needs.
2. Main content
2.1. Four types
Design customization: Design products according to customer specific requirements. Development and design and downstream activities are driven by customer orders, and are suitable for large-scale electromechanical equipment and ships and other products.
Manufacturing customization: After receiving a customer's order, it will conduct secondary design, manufacturing and assembly based on existing parts and modules, and provide customers with customized products, such as some mechanical products and software systems.
Assembly customization: After receiving a customer's order, the existing standardized parts and modules are combined to provide customized products to customers. Personal computers are a typical example.
Customization: The product is standardized, and customers can choose the part that meets their needs from the many components provided by the product, which is commonly found in computer applications.
2.2. Main features
Guided by customer demand: Large-scale customization is a demand-driven production model. Unlike the traditional large-scale production model, enterprises start with personalized customer needs.
Based on product modular design, etc.
Product modularity: The product structure and functions are modular, generalized and standardized, which facilitates enterprises to innovate, update products, disperse manufacturing and find partners.
Standardization and generalization of parts: It is conducive to enterprises focusing on product design and market development and improving production efficiency.
Taking the specialized division of labor in product manufacturing as the implementation strategy: classify and concentrate parts and parts with similar functions according to the grouping technology principle, form production batches for professional enterprises, and improve production efficiency.
Modern information technology as the condition
Quick information transmission: Modern information technology can quickly transmit demand information in manufacturing units, allowing enterprises to quickly obtain orders.
Customized information reaction: The flexible manufacturing system can respond to customized information in a timely manner and complete customized products with high quality.
Supply chain management as a means
Supply chain competition: In the future, market competition will be a competition between corporate supply chains. Large-scale customized companies need to establish cooperative relationships with suppliers, integrate resources, and meet customer needs.
Marked by agility
Organizational Agility: Large-scale customization enterprises are agile organizations, with flexible production equipment, multi-skilled personnel, and the organizational structure is flat and refined.
2.3. Key technologies
Modern product design technology: Quick response to user orders is the key, product design and development stage becomes the key, and modern product design technology is the core.
Quality Functional Configuration (QFD): It can convert customer demand systems into product design descriptions and resource selection, providing a foundation for product family-oriented design.
Product data management technology: It is an integrated framework for large-scale customized design, including product modeling, digital pre-assembly, classification management and process management.
Modular management technology: modularize functional components, reuse across product families, improve design efficiency and increase business flexibility.
Supply chain management technology for MC: Through information flow and material flow management, all links of the supply chain are integrated to realize information sharing and improve supply chain efficiency.
Business process restructuring technology: Redesign and optimize business processes based on corporate strategy and culture, create value for customers, and achieve sustainable development of the company.
Standardization technology for products and processes: Standardize parts, features, tools, processes and materials, improve production flexibility, reduce costs, and ensure quality.
2.4. Working principle
By establishing an information exchange system between users and producers, user needs are reflected in the order login database, the software is configured to generate quotations, and the order information is transmitted to the factory. The processing equipment is controlled through the online assembly instruction monitor and the CAD/CAM workstation, and the assembly is finally completed. In actual processing, grouping technology is used to reduce costs. [Figure 1: Working principle of large-scale customization] shows the entire process from user needs to product production, including information transmission, product design, manufacturing and assembly.
3. Implement application
3.1. Prerequisites
Rationalization of enterprise product structure
Rationalization of existing products: Use Pareto sorting, graph analysis and other methods to systematically analyze and merge the product series, eliminate unprofitable products, and master core capabilities.
Reasonable product standardization: Standardize on the basis of reasonable products, shorten the design and production preparation time, and reduce production batches.
Standard product modularity: Use CAD software to computer-process standard product modules to improve product development efficiency.
Internal simplification of corporate products
Generalization of parts: Reduce the types of parts and generalize the homemade and purchased parts.
Generalization of tools: Generalization of tools used in assembly, adjustment and other processes to reduce production preparation work.
Process standardization: Standardize the process to achieve process coordination and versatility, and improve manufacturing flexibility.
Complete enterprise process infrastructure
Process infrastructure composition: including workflow management systems, collaborative management software, enterprise networks, customer information, computer integrated manufacturing and agile manufacturing capabilities, etc.
Functions and functions: realize the automation of inter-process connections and interpersonal connections, use resources reasonably, and provide customers with high-quality services.
3.2. Implementation conditions
Ability to quickly acquire consumer customization needs
Disadvantages of traditional methods: The traditional way of obtaining consumer customized information is inefficient, unstructured information, and is aimed at narrow customer groups, and is not suitable for large-scale customization.
The role of e-commerce: e-commerce provides low-cost and fast information exchange channels, supports the company's customer-oriented strategy, and obtains user-customized product information.
Products can be customized on a large scale
Market capacity requirements: The product must have a considerable market capacity, otherwise large-scale customization will not be possible.
Features of product demand: Consumer needs have both personality and commonality, and products should seek reasonable boundaries between standardization and personalization of parts.
Agile product development and flexible manufacturing technology
The key to solving problems: solving problems caused by the increase in product types and changes in user needs requires the ability to quickly develop and manufacture parts at low cost.
The key to manufacturing technology: adopts manufacturing equipment or production lines that are flexible, modular and reconfigurable, and shared by multiple generations of products.
Supply chain is suitable for large-scale customization
Supply Chain Capacity Requirements: Suppliers can deliver raw materials and parts quickly and efficiently, and distributors and retailers are flexible and responsive.
Importance of information networks: Manufacturers, retailers, etc. must be part of the efficient connection of information networks.
An organizational system that matches the mass custom production mode
Organizational system requirements: Establish a strategy of combining low-cost and differentiated, use information technology to integrate management systems, change concepts, and build corporate culture.
3.3. Influencing factors
Market balance issues
Demand and sacrifice balance: The balance between the waiting time and cost increase brought by customized products by customers.
Ability and acceptance balance: The balance between the ability of an enterprise to meet customer needs and the acceptance cost and time.
The product must be customized
Custom object features: Products made of modular, multi-purpose and continuously updated units are suitable for customization.
Customization process requirements: Fast product development and innovation capabilities are required to adapt to the characteristics of short product life cycle.
The company's own manufacturing technology problems
Technical requirements: Advanced manufacturing technologies are required, such as CNC, FMS, CAD, CAM, CIM and EDI.
Technology integration requirements: Successfully integrate information technology and flexible technology and establish large-scale customized systems.
Supply chain cooperation issues
Supply chain premise: Establish an effective supply chain network, and the willingness and conditions of suppliers, distributors and retailers to participate in meeting customer needs.
Knowledge Sharing Importance: Knowledge Sharing on the supply chain is essential to reduce costs and increase responsiveness.
3.4. Implementation method
Design stage
Design process: It is divided into product development and rapid design stages. The product development stage analyzes and predicts customer needs, and establishes product structure and variation mechanism; the rapid design stage uses product configuration as a tool to meet customer needs.
Product family model: It is an important technical basis for achieving large-scale customized production, and modularization is the main method to establish product family model.
Structural system
System composition: consists of a product coding system, a product definition system, a product modeling system, a product configuration system and a data management system.
Functions of each system
Product definition system: Master product requirements through quality and functional configuration methods, etc., and determine product family.
Product modeling system: Use an object-oriented method to establish product family functions - principle - structural model.
Product configuration system: modify the product model according to customer needs and design customized products.
Product coding system: As an integrated link, it realizes information processing and exchange, and shares information resources.
Product data management: It is an information integration platform that manages data and processes.
3.5. Application Policy
Modular design
Design idea: Design the product structure into independent modules to achieve the combination of product variability and standardization of parts.
Advantages: utilize economies of scale and economic scope effects, reduce costs, and concentrate core capabilities.
Delay policy
Strategy content: Transfer product customization activities to the downstream of the supply chain and postpone customer order separation points.
Effects: Reduce the complexity of the manufacturing process, reduce supply chain uncertainty, reduce inventory, and shorten customization time.
3.6. Key factors for successful implementation
Establish a modern information technology system: realize communication with users through e-commerce, manage various departments, and improve market response capabilities.
Use standardization and modularity to reduce internal product diversification: standardize product parts, characteristics, etc., create standard modules to meet customer needs.
Adopt a product development model for parallel engineering to reduce costs: break the traditional serial process, collaborate and cooperate, improve product quality, and shorten the development cycle.
Achieve agile manufacturing and improve the flexibility of manufacturing systems: reorganize enterprise resources, establish dynamic alliances, and respond to market changes.
3.7. Implementation approach
Product design: oriented towards personalized needs, segment the market and meet the unique needs of each customer.
Product production: Supported by information technology and intelligent technology, it adopts computer CNC, flexible manufacturing systems and other technologies.
Organizational structure and personnel skills: Flexibility, reduce management levels, carry out cross-training, and improve employees' resilience.
Pursuing scope economy and lifelong value of customers: Emphasize scope economy and improve customer loyalty and value through customized services.
Establish and manage digital database systems: establish customer files, track changes in demand, and provide lifelong customized services.
Emphasize customer participation: Customers participate in product design, put forward opinions, achieve product innovation, and meet needs.
Marketing portfolio transformation: Focusing on customer personalized needs, the "4Cs" theory is used to replace "4Ps".
Building an interactive online marketing platform: establish a platform to maintain customer relationships and customer knowledge exploration to achieve "one-to-one" services.
3.8. Application Meaning
Reduce product design costs: Determine costs during the product design stage and use the "manufacturability-oriented design" tool to reduce design costs.
Reduce product diversification costs
Cost composition: including customization costs, excess parts and process costs, etc.
Cost reduction method: Use on-time operation and flexible manufacturing technology to produce according to orders, reducing costs such as inventory and preparation.
Quickly produce customized products
Production measures: Use methods such as shortening production preparation time and on-time production to improve agile manufacturing capabilities.
Production effect: meet customer needs and improve corporate competitiveness.
Increase corporate income and increase profits
Increase sales: Customized products meet customer needs and increase sales.
Increased premium: Customized products have higher value and premium power.
Completely change customer expectations
Production model transformation: Product design is jointly determined by customers and producers, becoming the overall production process.
Customer needs meet: The product fully meets customer requirements and changes the situation that was unable to meet customer expectations in the past.
Continuously launching new products
Product launch method: Quickly launch new "standard" products through modularization and original basic combination.
Product innovation capability: Continuously launch improved products according to customer needs and market changes.
Quickly adapt to market changes
Adaptation ability reflects: using standard modules and flexible manufacturing to quickly produce new products that meet environmental changes.
Market competitive advantage: never miss orders and improve enterprise resource utilization.
Better research on the market
Research method: Predict the market through customized products and convey customer preference information.
Product speed: Standard products can be launched faster to meet market demand.
Expand the existing market
Market competitive advantages: General design and flexible processing are competitive in the small batch market.
Achievement of scale benefits: General modules obtain scale benefits and expand market share.
4. Advantages
Reduce product diversification costs, increase revenue, and increase profits
Cost reduction: Reduce customization costs through large-scale production and reduce excess parts and process costs.
Increase in revenue: Customized products meet customer needs, attract more customers, and increase sales.
Increase in profits: Cost reduction and revenue increase work together to increase corporate profits.
Improve corporate competitiveness and gain differentiated competitive advantages
Product Differentiation: Meet customers' personalized needs and produce differentiated products, which is different from large-scale production.
Long-lasting competitive advantage: Every customer can customize products, and the company can last for a long time with differentiated advantages.
Promote enterprises to improve their management level and upgrade their management ideas
Enterprise organization optimization: requires enterprises to become a refined organism, with the goals of each department consistent and meet consumer needs.
Management advantages reflect: Advanced organization and management methods are the real advantages of large-scale customization economies.
Promote the connection between producers and consumers and achieve a win-win situation
Producer advantages: One-to-one conversation with customers, maintain customer information, understand needs, and provide higher-value products.
Consumer Advantages: Obtain personalized products, meet demands, and improve satisfaction.
Social effect: Rationally allocate social resources and improve resource utilization efficiency.
5. The difference between mass customization and mass production
【Table 1: The difference between large-scale customization and large-scale production】
6. Case Study
6.1. Case: Analysis of the application of Dell for large-scale customized supply chain management
(I) Background of Dell's implementation of large-scale customized supply chain management
Company Profile Dell is a world-leading IT products and services provider founded by Michael Dell, and has developed rapidly and is leading in the computer market share ranking.
Reason for implementation Dell is relatively weak in R&D and core technologies. By implementing large-scale customization supply chain management, it reduces inventory cycles and costs and gains the advantages of high efficiency and low cost.
(II) The implementation basis of Dell's large-scale customized supply chain management
Standardization of parts Dell products have the characteristics of compatibility and openness, which is convenient for reorganization according to different requirements and achieve high quality, low cost and fast delivery of customized products.
Assembly by order Dell adopts the assembly by order model, which is suitable for the characteristics of personal computer products, can meet personalized needs and improve response capabilities.
The development of information technology The popularization of information technology and e-commerce provides an implementation basis for Dell's supply chain management, and realizes the efficient operation of information sharing and procurement, production, sales and other links.
(III) Dell's overall supply chain model for large-scale customization
Dell contacts customers through an e-commerce platform to understand needs and delivers products through a straight-line sales model. The supply chain structure is composed of raw material suppliers, manufacturers, main enterprises and customers, with smooth information and fast response. [Picture: Dell's overall supply chain model for large-scale customization] shows the structure and operation process of Dell's supply chain, including customer demand collection, order decomposition, procurement, production and distribution.
(IV) Characteristics of Dell for large-scale customized supply chain management
Strictly select suppliers, virtually combine with suppliers, and establish partnerships. Dell strictly evaluates suppliers, adopts the "safe mass production delivery" method, and combines them with suppliers to jointly meet customer needs.
Efficient inventory management - low inventory of materials and zero inventory of finished products Dell reduces costs, improves price advantages and achieves dynamic inventory balance through low inventory and zero inventory management.
Effective Customer Relationship Management (CRM) Dell accurately grasps customer needs through "one-to-one marketing", provides high-quality services, and achieves interactive integration with customers.
(V) Disadvantages of Dell's large-scale customized supply chain management
Dell's pursuit of standardization may lead to some minor problems in product quality, such as product quality may be affected to a certain extent, because excessive standardization may not fully meet the special needs of all customers. In addition, under the order assembly mode, the customer's order separation point is lowered, and in an environment where customers' personalized needs are increasingly emphasized, it may not be able to meet the requirements of customers' comprehensive customization.
Conclusion and revelation
Through the large-scale customized production model of "assembly to order", Dell has achieved a combination of low cost and high added value, reducing inventory costs and improving customer satisfaction. Domestic enterprises implement supply chain management for large-scale customization, should solve problems such as integrating internal resources, establishing external strategic cooperative relationships and accurately grasping customer needs, in order to gain competitive advantages.