Updated: July 2026, 1

What is DX in the manufacturing industry? An explanation based on examples of the introduction of IoT, robots, and AI in factories

In this article, we will explain the DX transformation of the manufacturing industry.

Digital transformation (DX) is an initiative that utilizes data and digital technology to fundamentally rethink business processes in order to optimize and streamline them.

Particularly in DX in factories, the use of IoT (Internet of Things), AI (artificial intelligence), and robots is progressing rapidly.

For example, there is a system in which IoT sensors monitor the operating status of equipment in real time and AI predicts failures.
This allows you to improve productivity and reduce downtime by performing maintenance before breakdowns occur.
　
In addition, quality inspection systems that make full use of AI are becoming widespread.
It is more accurate than traditional visual inspection and dramatically reduces the rate of defective products being overlooked.

Thanks to this digital transformation, digital transformation in the manufacturing industry will not just improve operational efficiency through the introduction of technology, but will also contribute greatly to improving management efficiency and strengthening competitiveness.

However, introducing things like IoT, robots, and AI into your business requires a considerable amount of initial investment.
Therefore, we will also introduce subsidies that can be used for these introductions.
This is a must-see as it is useful information for manufacturers to succeed in their sales promotions!

Now[Limited time]We have compiled materials that summarize the necessary preparations for applying for labor-saving investment subsidies, as well as procedures after the grant decision has been made, and materials that summarize the eligible projects and how to use the subsidies.FreeWe offer it at.

A complete guide to the labor-saving application process and practical procedures

Eligible projects and subsidy utilization guide

First of all, what is digital transformation (DX)?

You've been hearing the word DX a lot lately.
But do you know what exactly it refers to?

What is DX?Utilizing digital technology to innovate the business processes, products, services, and business models of companies and organizations and increase their competitiveness.Refers to.
In other words, it is not just a matter of introducing new technology, but an initiative that aims to restructure the entire business and improve efficiency and create new value.
　
The manufacturing industry is a sector that is highly compatible with the use of advanced technologies such as IoT (Internet of Things), robots, and AI (artificial intelligence).
　
For example, by understanding the operational status of equipment in a factory in real time through IoT, preventive maintenance can be performed and downtime can be reduced.
In addition, a quality inspection system using AI can detect minute defects that cannot be detected by the human eye and improve product quality.
Furthermore, the introduction of robots will advance the automation of simple tasks and solve the problem of labor shortages.

In this way, DX is not just about introducing technology, but aims to revolutionize the entire business.
To this end, important factors include not only technology selection, but also a review of business processes and employee education and training.
Especially in the manufacturing industry, there are many parts of the business and production processes that can be transformed into DX, so it is highly likely that DX will lead to direct effects.

DX not only improves operational efficiency, but also serves as an important means of providing high-quality services and strengthening competitiveness.
Although initial investment is required for implementation, the effects are immeasurable from a long-term perspective.

The necessity and background of DX in the manufacturing industry

Rapid technological innovation and an increasingly competitive environment are behind the progress of DX in the manufacturing industry.
In order to maintain and improve a company's competitiveness, it is essential to realize DX.

However, the reality is that many businesses have yet to make progress on digital transformation.
Many companies are facing major obstacles in advancing their DX initiatives due to a variety of reasons, including a gap in perception between management and the field, difficulty in integrating with existing systems, and a shortage of human resources.

From here, we will delve into the necessity of DX in the manufacturing industry and its background.

1. Changes in the business environment

In today's manufacturing industry, competition on a global scale is intensifying and the speed of technological innovation is accelerating, making it difficult for traditional manufacturing processes to survive the competition.

Intensifying global competition has led to increased competition with companies around the world, and there is a demand for diversification and improvement in the quality of products and services.
In addition, with the emergence of new technologies such as IoT and AI, and an increasing number of companies adopting these technologies, delays in adopting new technology will significantly reduce a company's competitiveness, so rapid response is required.
At the same time, consumer needs are becoming more diverse and sophisticated, leading to increased demands for product customization and high quality.

② Shrinking domestic market

As you know, Japan's domestic market is shrinking due to a declining birthrate and aging population.
As a result, manufacturing companies are facing challenges such as:

decrease in sales
There is a high possibility that sales will decrease due to the shrinking market size, so if the company continues to operate in the domestic market, it will need to seek out new sources of revenue through the development of new products and a detailed understanding of market needs.

Increasing need to reduce costs
In order to respond to a shrinking market, it is essential to introduce more efficient production methods.
By leveraging automation and digital technology, you can reduce labor and operational costs.
　
Developing new markets
To cope with the shrinking domestic market, companies are required to expand into overseas markets and introduce new business models.
Through market research and collaboration with local partners, it is important to minimize the risks of overseas expansion and devise strategies to ensure profits.

3) Chronic shortage of human resources

The manufacturing industry requires specialized technology and skilled workers in many situations, and in recent years the chronic labor shortage has become increasingly serious.
This situation is a major obstacle to advancing DX (digital transformation) especially for small and medium-sized enterprises.
Compared to large companies, small and medium-sized enterprises have limited financial and human resources, so they tend to be slower to prepare for and respond to the introduction of new technologies.

First, a major problem is the difficulty in securing human resources.
Due to the declining birthrate and aging population, the young workforce is shrinking, and there are currently few young applicants in the manufacturing industry in particular.
Furthermore, as experienced technicians retire, it is becoming more difficult to transfer their skills.
The know-how possessed by skilled engineers is a company's asset, and if this cannot be passed on to the next generation, it may have a significant impact on product quality and production efficiency.

There is also an urgent need for education and training to help current employees adapt to new technologies and digital tools.
In particular, improving IT skills is essential to promoting DX.
However, in many workplaces, due to the sheer volume of daily work, it is difficult to find enough time to provide education and training.

Advantages of promoting DX in factories

In this way, digital transformation (DX) has become an important theme in the manufacturing industry as well.
Particularly for business owners and managers, introducing DX brings many benefits, such as improving business efficiency and customer satisfaction.

From here, we will explain the specific benefits of promoting DX in factories.

1. Productivity can be improved

The introduction of DX directly leads to increased efficiency in production sites.
By utilizing IoT and AI, it is possible to monitor machine operating status in real time and predict and prevent malfunctions and breakdowns.

For example, if a machine equipped with a sensor detects abnormal vibrations or temperature changes, it will automatically issue an alert and take immediate action to prevent serious problems.
As a result, downtime can be significantly reduced and the productivity of the entire production line can be improved.
　
In addition, data analysis using AI is expected to optimize the entire production process and minimize resource waste.
This allows manufacturing industry managers and managers to create more efficient and accurate production plans, improving competitiveness.

② Information can be visualized

DX in the manufacturing industry also helps to centrally manage and visualize information inside and outside the factory.
This allows you to understand the entire situation in real time, allowing you to make quick and appropriate decisions.

For example, being able to grasp the progress of the manufacturing process and inventory status in real time enables quick and appropriate decision-making.
Based on this information, you can instantly see which processes are delayed and which materials are in short supply, and take appropriate action.
This will lead to greater optimization of the manufacturing process and significantly reduce unnecessary work and wasted resources.
This real-time information is particularly useful when changes to production plans or emergency responses are required.

Furthermore, data analysis based on centrally managed information helps identify bottlenecks and improve operational efficiency.
By analyzing past data, it becomes clear which processes frequently cause problems.
This makes it possible to implement improvement measures in specific processes and increase overall production efficiency.


Additionally, by utilizing data for preventive maintenance, it is possible to prevent machine breakdowns and minimize production line stoppages.
As a specific example, by taking appropriate measures immediately when a problem occurs during the manufacturing process, downtime can be minimized and product quality can be guaranteed.
For example, if an anomaly is detected in a product line, the information is immediately communicated to the relevant department and prompt action is taken.
This will help prevent problems from spreading and ensure the quality of your product.

Introduction of DX also contributes to improving the efficiency of the entire supply chain. For example, you can monitor the status of deliveries from suppliers in real time and flexibly adjust production schedules.
This prevents overstocking and stockouts of parts, reducing costs and improving productivity.

3) It can combat the labor shortage

Labor shortages due to the declining birthrate and aging population are a major challenge for the manufacturing industry.
However, introducing DX (digital transformation) is an effective countermeasure to this problem.
With the introduction of DX, manufacturing companies can utilize new technologies to improve productivity and resolve labor shortages.

First, by automating operations and adopting robotics technology, highly efficient production is possible with a small number of people.
This is expected to improve the efficiency of production lines and alleviate labor shortages.
For example, by automating repetitive tasks such as assembly and inspection, high-quality products can be stably produced without the need for human labor.
In addition, the introduction of robotics technology makes it possible to safely carry out precise and dangerous tasks that are difficult to do by hand.

Furthermore, by introducing an AI-based education system, you can develop highly skilled staff in a short period of time.
This education system can significantly reduce both time and cost compared to traditional education methods.
For example, training programs that utilize virtual reality (VR) and augmented reality (AR) can provide effective education by simulating actual work environments.
This allows even new employees to quickly acquire practical skills.

In addition, the data obtained through the introduction of DX will also contribute to the optimization of manufacturing processes and quality improvement.
For example, by analyzing data obtained from various sensors on a manufacturing line, it is possible to identify bottlenecks and take measures to improve production efficiency.
In addition, by using data for predictive maintenance, it is possible to prevent equipment failures and minimize production line downtime.

Furthermore, the use of data through the introduction of DX is of great help in quality control.
Real-time data collection and analysis allows for early detection and rapid response to product quality issues.
This helps to reduce product defects and improve customer satisfaction.

④Creating new business models

The promotion of DX will create new business models that go beyond the boundaries of traditional manufacturing.
This will enable manufacturers to become more flexible and efficient, increasing their competitiveness.

Specifically, product customization and on-demand production will become possible, making it possible to provide products that meet the diverse needs of customers.
For instance, orders can be accepted through an online platform that enables customers to customize products as per their preferences.
This allows us to quickly produce and provide unique products that meet the needs of individual customers.

Furthermore, by utilizing a digital platform, it is possible to integratedly manage the entire supply chain of parts and materials.
This increases the visibility of the entire supply chain and improves the efficiency of each process.
Specifically, it allows you to monitor supply status in real time and quickly respond to fluctuations in demand.
This reduces the risks of supply delays and inventory shortages, resulting in more efficient operations.
By introducing a demand forecasting system using AI, it is also possible to perform appropriate inventory management and reduce unnecessary costs.

As a result, there will be more opportunities to find new revenue sources, which will also contribute to stabilizing management.

⑤ Strengthening management through data utilization

Advances in digital transformation will make it possible to effectively utilize data across the entire company.
Specifically, through big data analysis, we can grasp market trends and customer needs in real time, and make strategic management decisions based on this.
This makes the pursuit of improving competitiveness and maximizing profit margins a reality.

Additionally, predictive analysis and scenario planning can be used to proactively assess future risks and strengthen risk management.
For example, analyzing data to improve production line efficiency is expected to reduce operating costs and improve product quality.

Manufacturing industry DX example

Digital transformation (DX) is underway in many industries, but the manufacturing industry in particular has a lot of room for DX.

Here, we will take a detailed look at how IoT, robots, and AI can be incorporated into the manufacturing industry, based on specific examples.
Effectively implementing DX will lead to improved productivity.

*Here, we are not introducing cases in which our company was actually involved, but cases that are expected to be used in general.

1. Smart Factory

Smart factories refer to the process of utilizing the latest digital technologies in the manufacturing industry to highly automate and optimize production lines and equipment.
This will streamline factory operations and enable real-time monitoring and management.
By making full use of advanced technologies such as IoT (Internet of Things) and AI (Artificial Intelligence), smart factories dramatically improve productivity and flexibility compared to traditional factories.

For example, IoT sensors can constantly monitor the operating status of equipment and immediately send out alerts if an abnormality occurs.
This will ensure that you are ready to respond quickly when a problem occurs.
In addition, the data collected from the sensors is stored in the cloud and can be accessed anytime, anywhere.
This allows managers to remotely monitor production status and issue appropriate instructions if necessary.
　
In addition, AI will analyze production data and perform predictive maintenance to prevent equipment breakdowns and maximize operating rates.
Specifically, AI predicts equipment abnormalities based on past data and provides advance notification of maintenance timing.
This enables planned maintenance activities and reduces sudden breakdowns.
It is also possible to further improve efficiency by proposing improvements based on AI analysis results.

Additionally, by automating tasks that traditionally rely on manual labor, it is possible to solve the problem of labor shortages and significantly improve work efficiency.
Automation also reduces human errors and stabilizes quality.
In addition, optimizing energy consumption contributes to cost reduction.
For example, energy usage can be monitored in real time and controlled to reduce usage during peak hours, thereby reducing energy costs.

②Production management system

A production management system is advanced software for centrally managing the manufacturing process of products.
This software allows you to visualize and efficiently manage each process from material receipt to product shipment in real time.

The introduction of the system will greatly improve operational efficiency in the manufacturing industry and reduce unnecessary costs.

Furthermore, central data management enables early detection of defects and abnormalities, contributing to stronger quality control.
It is also an effective way to proceed with DX, and many success stories have been reported.

③Cloud services

The adoption of cloud services has made it easier to store and share data, which is extremely beneficial for manufacturing owners and managers.
In particular, as remote work becomes more widespread, collaboration on the cloud plays a crucial role.
　
Such tools also have good security features, minimizing the risk of data leakage and unauthorized access.
In addition, introducing cloud services has many specific benefits in promoting DX (digital transformation).
For example, it will be possible to improve business efficiency, reduce costs, and create new business models.

④Tools for improving work efficiency

Business efficiency tools are also useful in production management processes in the manufacturing industry.
Specifically, the introduction of RPA enables the automation of routine tasks, allowing employees to focus on tasks that require advanced skills.
Such tools not only improve business efficiency, but also contribute to improving quality and reducing costs.
　
Specifically, examples include optimizing production line operation schedules and real-time management of parts supply.
In addition, by utilizing government subsidies, it is possible to introduce DX while reducing initial investment.
This allows companies to gain a competitive edge.

⑤Paperless on-site documentation

Going paperless with on-site documents means digitizing paper documents.
This is expected to simplify information management and improve searchability and data analysis.
As a specific implementation example, Panasonic digitized all of its production line reports, achieving unified information management and more efficient data analysis.
This case is extremely useful as an example of successful digital transformation in the manufacturing industry.

Digitalization not only reduces manual input errors and time, but also makes it possible to visualize data in real time.
This enables quick decision-making and leads to improved production efficiency.
Additionally, digitized data can be accessed remotely, allowing work to proceed regardless of location.

When proceeding with DX, it is important to first clarify the purpose of introduction and then select the appropriate tools and systems.
It is also essential to educate employees and establish operational rules.
When introducing this system, it is necessary to consider utilizing subsidies and find ways to minimize costs from various angles.

⑥ Introduction of no-code development tools

No-code development tools are revolutionary solutions that allow you to develop applications without any programming knowledge.
By leveraging no-code tools, you can quickly create applications that meet your field needs.

For manufacturing executives and managers, the introduction of no-code tools is a powerful means of promoting digital transformation.
It's easy to customize to fit existing systems and design new business processes, so make a concrete plan by referring to case studies and their benefits.

Challenges in promoting and realizing manufacturing DX

For managers and managers in the manufacturing industry, DX is essential to improving operational efficiency and maintaining market competitiveness.
However, many challenges tend to arise in the process of promoting this.
Promote DX smoothly by knowing the typical issues in advance.

1. Hiring and training personnel with IT skills and know-how

Promoting digital transformation (DX) requires personnel with advanced IT skills and know-how in data analysis.
However, many manufacturing industries are suffering from a shortage of such human resources.
Especially in small and medium-sized enterprises, there are many cases in which they do not even have an IT department in the first place.

The first step is to bring in personnel from outside the company who can contribute immediately.
However, with the fierce competition and the demand for better pay and working conditions, this may not be a good idea.

In that case, internal training is also an effective method.
By providing IT skills training to existing employees and helping them improve their skills, it is possible to develop capabilities that are in line with your company's needs.
In order to promote DX in a company, it is necessary not only to simply acquire skills, but also to understand specific ways to proceed.
Therefore, training and education programs should also include practical and specific problem-solving methods.

② Identifying and visualizing tasks that are dependent on individuals

In the manufacturing industry, personalized work is a major factor hindering the progress of digital transformation.
Operations that rely on specific employees often create opaque processes, increase waste, and reduce productivity.

In order to advance DX, it is essential to eliminate the individualization of work and standardize and make processes transparent.
Specifically, it is important to make business processes more visible.
By visualizing business flows with diagrams and documents so that anyone can understand them, work can be carried out without relying on specific employees.
It is also effective to use digital tools to record and share work progress and procedures in real time.

3) Is the economic environment conducive to capital investment?

In order to advance digital transformation in the manufacturing industry, investment in new IT infrastructure and production equipment is essential.
However, depending on the economic environment and a company's financial situation, it may be difficult to make sufficient investments.

In order to make capital investments, it is important to first accurately understand your company's financial situation and establish a long-term investment plan.
Next, you must consider taking advantage of subsidies and grants offered by the government and local governments.
For example, there is a subsidy for capital investment by small and medium-sized enterprises and small businesses to resolve the labor shortage.Small and Medium Enterprise Labor Saving Investment Subsidy" provides subsidy programs to promote simple, immediate labor-saving investments that utilize IoT, robots, AI (artificial intelligence), etc.
This makes it possible to reduce the economic burden of DX promotion.

Utilizing these systems will help you strengthen your competitiveness by introducing the latest IT infrastructure and production equipment.

Summary｜Increase production efficiency with a DX strategy that suits your goals

Digital transformation (DX) in the manufacturing industry is an important initiative that fundamentally transforms production processes, leading to increased efficiency, cost reduction, and improved competitiveness.

First, start by analyzing your company's current situation, clarify the issues, and then develop a DX strategy based on that.
At this step, concrete solutions often emerge (such as automating the production line, digitizing inventory management, or introducing new manufacturing technologies).

Next, develop a strategy that fits your objectives. By clarifying the purpose, the progress and direction of DX will become clear.
This will make it easier for managers and managers to make appropriate decisions.

It is also important to learn from successful DX cases. By learning from the success stories of other companies and finding areas that can be incorporated into your own company, you can advance DX more effectively.

However, there are some issues with introducing DX.
One of them is the size of the initial investment.
However, the government and local governmentsSubsidyYou can reduce these costs by using.
　
Finally, it is important to continuously evaluate the effects after DX transformation and revise the strategy as necessary. Taking this gradual and sustainable approach will make DX in manufacturing a realistic goal.

Now[Limited time]We have compiled materials that summarize the necessary preparations for applying for labor-saving investment subsidies, as well as procedures after the grant decision has been made, and materials that summarize the eligible projects and how to use the subsidies.FreeWe offer it at.

A complete guide to the labor-saving application process and practical procedures

Eligible projects and subsidy utilization guide

A strategic approach for equipment vendors to drive sales success

In the lodging industry, DX (digital transformation) is essential as a driving force for modernization.
Especially for equipment vendors, implementing an effective promotional strategy is the key to success.
　
In order to improve customer satisfaction, it is important to improve services by DXing your company's service flow itself.
Examples include moving the reservation system online and understanding customer needs through data analysis.
　
However, since each company is taking similar measures, it may not be enough on their own.
　
there,Utilization of subsidiesbecomes important.
Subsidies are useful for equipment vendors as a means of cutting the actual selling price.
By covering part of the expenses required for purchasers to purchase products through subsidies, we are able to offer competitive prices to our customers..

What is the "Small and Medium Enterprise Labor Saving Investment Subsidy" that is currently attracting attention?

In this area, the subsidy that is currently attracting particular attention is “Small and Medium Enterprise Labor Saving Investment Subsidy".
This system is a subsidy for capital investment by small and medium-sized enterprises and micro-enterprises to resolve the shortage of human resources.

IoT, robots, AIBy promoting simple and immediate labor-saving investments using artificial intelligence (artificial intelligence), etc., the aim is to improve the added value and productivity of small and medium-sized enterprises, etc., and to achieve sustainable wage increases in rural areas.

Related article

Reasons why it is difficult to utilize subsidies

Subsidies are very effective for promoting sales of your company's products, but it is not easy to incorporate them into your sales scheme and make full use of them.

➀Complicated documents to prepare

First of all, applying for a grant requires preparing a number of documents.
In addition, these documents must not only be created, but must be accurate and specific, and must be finished in a way that will receive high praise from the judges.
Incomplete documents or inconsistencies in content may put you at a disadvantage in the screening process, so you must proceed with caution.

② Must pass screening and be adopted

Applying for a subsidy does not guarantee that you will receive it.
Submitted application documents will be subject to a rigorous review to determine whether or not they will be accepted.

③ It takes a long time to receive benefits.

One of the drawbacks is that there are many subsidies that take a long time from the time you apply until you actually receive them.
It can take several months, or even more than a year, from submitting the application to being notified of the screening results and receiving the subsidy.
Therefore, if you try to manage it yourself, you will be deprived of a lot of resources.

④Specialized knowledge and latest information regarding subsidies is required.

Subsidy types and application requirements change frequently, so it's important to keep up to date with the latest information.
Also, when preparing documents, if you do not have a track record of applying for various subsidies in the past, you may be at a disadvantage in terms of know-how.
For companies without this expertise, applying for grants can be a daunting challenge.

⑤When a large number of subsidy applications are received, normal companies cannot allocate human resources.

As we have seen, applying for grants takes a lot of time and effort.
It is extremely difficult to carry out these application tasks at the same time as carrying out normal business operations.
In particular, if a large number of subsidy applications are submitted, normal operations may be disrupted.

How to smoothly increase sales by utilizing subsidies?

The key to success as an equipment vendor is to make effective use of subsidies as part of your sales promotion strategy.
However, if you try to apply on your own, you will face various obstacles.

In order to win a grant application and receive the grant without delay, know-how and extensive experience are required.
there,We recommend that you seek professional support.
　
Support Administrative Scrivener Corporation provides subsidy application support nationwide, mainly in Tokyo, Nagoya, and Osaka.
To ensure the satisfaction of vendors and grant applicants, we carefully select professional staff who have high business plan writing skills and extensive experience.
Furthermore, we continuously strive to improve our success rate by providing business plan guidance and holding regular study sessions led by administrative scriveners with extensive experience in grant applications.

Advantages of requesting subsidy application support from us

➀Overwhelming consultation record

Our office handles subsidy consultations regardless of industry.More than 1000 cases every yearWe are proud to be among the top administrative scriveners that provide application support nationwide.

② Consisting of a team of dedicated consultants with extensive experience

The consultants who deal with customers are made up of members who have practical experience in applying for subsidies.
With approximately 10 members, we have a system in place that allows us to flexibly respond to large-volume projects and applications as early as 3 days before the application deadline.

In addition, all subsidy members are consultants affiliated with our company and do not use outsourcing.
All services can be completed by our office staff only.High quality/non-stopWe make it possible to provide this.

③ Application form double check by experienced administrative scrivener

At our office, after a dedicated consultant creates a business plan, an administrative scrivener with a track record of supporting more than 1000 subsidies will make corrections before delivery.
We believe that providing value to our clients is by creating an application that increases the chances of being selected, even by 1%, without compromising on any project.

④Thorough date management

Subsidies have fixed application deadlines, and if you fail to apply in time, your business plan may be significantly delayed.
At our company, we use progress management tools to monitor the progress of each client in real time, helping them meet their application deadlines.

⑤ Regularly holding in-house study sessions

The application guidelines for subsidies change every year, so it is essential to collect information.
At our office, all of our consultants, who are primarily certified administrative scriveners, thoroughly read the manual, understand its contents, identify changes from the previous version and key application points, and brush up on their knowledge through study sessions.
We strive to improve our skills every day by sharing this knowledge and know-how about subsidies.

If you want to increase the success rate of your application, or if you are an equipment vendor looking to use subsidies to increase sales, please contact us!

Now[Limited time]We have compiled materials that summarize the necessary preparations for applying for labor-saving investment subsidies, as well as procedures after the grant decision has been made, and materials that summarize the eligible projects and how to use the subsidies.FreeWe offer it at.

A complete guide to the labor-saving application process and practical procedures

Eligible projects and subsidy utilization guide

Click here for details on application support