Advanced manufacturing is shaping the production world. From the invention of drugs to software, robots to electronic gadgets, advancement is propelling the manufacturing process. Advanced manufacturing technology enhances business competitiveness in numerous fields, including machinery, materials, computer technology, and electronic information. Tech-enabled management enhances the process and improves the quality of manufacturing. 

The article will aid in understanding advanced manufacturing, its types, benefits and challenges in this new era.

What is Advanced Manufacturing?

Advanced manufacturing refers to using innovative technologies and techniques to create new products or processes or modify existing products or processes. The innovation cuts down labor costs, effort, and time and enhances the features of the current manufacturing process. 

The main goal of advanced manufacturing technology is to generate high-quality, efficient products or processes with low consumption of raw materials, offering clean and scalable production or process. Several fields implement numerous advancements that can be beneficial in multiple areas. For instance, if there is advancement in the machine learning process, it can be utilized in healthcare, product development, software applications, etc.

Types of Advanced Manufacturing

Employing automation, computation, sensing, and networking, advanced manufacturing streamlines the creation of existing and new products. The different types of advanced manufacturing are as follows:

Efficient Production

Efficient production incorporates designing, simulation, physical or computer modeling, control techniques, and advanced production technology. Rather than sequence-based engineering, it mainly focuses on simultaneous engineering. Some examples of efficient production include machining, casting and joining, and prototype creation.

Intelligent Production

Intelligent production uses information communication technology (ICT) in logistic and manufacturing systems, which focuses on generating and applying systems that extend life and enhance manufacturing facilities. 

Furthermore, this advanced manufacturing process involves efficient monitoring and up-to-date maintenance and repair schemes. Examples of intelligent production are cloud computing, machine learning, and artificial intelligence.

Effective Organization

The practical organization incorporates physical and intellectual-based creation, coordination or exploitation of manufacturing resources. Effective organization considers relevant aspects of manufacturing, including knowledge management, virtual bidding, enterprise, novel organization, trading, shared facilities and resources and e-commerce.

Additive Manufacturing

Additive manufacturing is an advanced technology that creates complex models from a single material. Such manufacturing includes advanced methods like 3-dimensional printing (3D printing), power-bed laser printing and fused deposition modeling. 

Additionally, it enables the manufacturers to spot the considerable weak points of the system and aid in saving resources and materials. Additive manufacturing can be implemented in numerous fields, including consumer goods, automotive industries, prototyping, healthcare and medical fields.

Robotics and Automation

Advanced manufacturing techniques involve robotics and automation that aid in designing and creating automated processes with advanced features. Robots are made using machine learning and artificial intelligence, which are the reason for advancing machines that mimic human behavior. 

It is helpful in numerous tasks such as lifting heavy objects and performing tasks in hazardous areas such as aerospace and automotive sectors where humans may have the risk of life.

Nanotechnology

Nanotechnology exploits matter at the nanoscale to create new materials, structures or devices. Nanotechnology aid in advanced manufacturing with enhanced functionalities but decreased size across the production lines. 

Several companies use nanotechnology to build small-sized products or components in several fields, including healthcare, automobiles, consumer products, etc. For instance, chips in smartphones, laptops, tissue technology, medical implants, and artificial organ components.

Network and IT Integration

The network brings connectivity through machines and systems. Advanced manufacturing in the IT sector incorporates technology that uses electronics for communication, accessing information, getting notifications of the world news, easing transactions etc., which reduces our manual work and saves time, effort and money.

Laser Machining

Laser machining is widely applicable in the welding and machine industry. It enables manufacturers to use the minimum heat for high-precision parts while maintaining integrity and steadiness. This advanced manufacturing is helpful for proximity sensor welding, sensitive electronics, pressure vessels, and battery welding.

Advanced Manufacturing vs. Traditional Manufacturing

Here are some significant differences between advanced manufacturing and traditional manufacturing in tabular form.

Characteristics 

Advanced manufacturing 

Traditional manufacturing 

Organizational structure

A flat and open flow of information

Hierarchical 

Skills required 

Technical skills or semi-skilled professionals 

Unskilled and semi-skilled professionals 

Production strategy 

Focuses on enhanced and optimized production.

Focuses on mass production 

Labor supply criteria

Low (Skilled or technical labors only)

Abundant 

Education 

Requires technical degree from college

Requires job training or high school degrees

Energy 

Low cost and highly dependable on energy

Low-cost 

R&D innovation 

Revenue investment into research and development

Investment into production only

Infrastructure needed 

IT or digital infrastructure is required

Space is enough 

Benefits of Advanced Manufacturing Technologies

There are numerous benefits of advanced manufacturing, including 

  1. Advanced manufacturing technology raises quality standards.
  2.  It helps in boosting productivity in multiple ways.
  3. Scalable production encourages manufacturers to generate new innovative, eco-friendly, and cost-friendly products with enhanced features.
  4. Advanced manufacturing has stimulated the production process and has reduced production time.
  5. Advanced manufacturing technology focuses on strategic tasks, reduces defect chances, and results in error-free tasks.

Challenges in Implementing Advanced Manufacturing

Manufacturers face certain challenges in implementing the advanced manufacturing process, such as

  1. Required investment into the development of technology and training the labors 
  2. Integration of advanced manufacturing methods is a tedious process requiring organization, management and money investment. It can also hamper the supply chain. 
  3. Advanced manufacturing relies on data collection and analysis. Therefore, working on data security is also important. 
  4. There is a dire necessity for sustainable and eco-friendly advanced manufacturing. The incorporation of other techniques leads to long-lasting issues. 
  5. Industry-specific advanced manufacturing limits the possibility of flexible development.

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Conclusion

Advanced manufacturing has the potential to enhance the productivity rates of products and processes. Advanced manufacturing technology in different sectors has brought a competitive edge to the market. Its implementation in the correct way can result in a high-quality production process. The combined features of human analytics and technology in the advanced manufacturing process have led to an unbeatable innovation. The incorporation and monitoring of new techniques are part of project management in the organization. Efficient performance applying proven techniques is required to handle the new changes. 

Enroll in Simplilearn’s PMP Certification Training Course. It focuses on these and other necessary aspects required in the current job market. The hands-on practice on projects further enhances your value in the job market. 

Frequently Asked Questions 

Q1. What are 3 examples of advanced manufacturing techniques?

The three examples of advanced manufacturing include big data processing, artificial intelligence machine learning, and augmented reality.

Q2. What are the classifications and features of advanced manufacturing?

Advanced manufacturing is classified into numerous kinds, such as nanotechnology, network/IT integration, laser machining, robotics and automation, intellectual production, and so on, which are also discussed in the article. Advanced manufacturing features involve precision, accuracy, digitalization, flexibility, reconfigurability and sustainability. 

Q3. What is the need for an advanced manufacturing process?

Advanced productivity is used to enhance productivity rates with reduced labor costs and time consumption.

Q4. What is another word for advanced manufacturing?

Advanced manufacturing can sometimes be used interchangeably with smart manufacturing as it incorporates innovative technology to enhance production.

Q5. What are the characteristics of advanced manufacturing?

Advanced manufacturing provides flexible, clean, precise and sustained results in the production process. Furthermore, it also reduces manual work, labor costs, and time consumption. Advanced manufacturing technology boosts the efficiency and productivity rates of products and processes. 

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