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Manufacturing Execution Systemのメーカー・企業ランキング

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  1. null/null
  2. コアコンセプト・テクノロジー 本社 Tokyo//Service Industry
  3. 東海ソフト Aichi//software
  4. 4 伊東商会 Tokyo//Trading company/Wholesale
  5. 5 GEベルノバ・ソフトウェア・ジャパン Tokyo//software
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Manufacturing Execution Systemの製品ランキング

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  1. [Information] The Concept of ISA-95 and How to Build MES/MOM
  2. [PlusFORCE Implementation Case] Food Manufacturer 東海ソフト
  3. [Orizuru MES Implementation Case] Yoko Co., Ltd. コアコンセプト・テクノロジー 本社
  4. Manufacturing Execution System 'Proficy MES' GEベルノバ・ソフトウェア・ジャパン
  5. 4 Manufacturing Execution System ProManageMES 伊東商会

Manufacturing Execution Systemの製品一覧

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[Report] The Global Market for Manufacturing Execution Systems in Life Sciences

[Report] The Global Market for Manufacturing Execution Systems in Life Sciences

"Free samples" are currently being offered! Please check the application method from the [PDF download] button, or apply directly through the related links.

The market size of manufacturing execution systems in the global life sciences is expected to reach approximately $2.47 billion in 2022, with a projected healthy growth rate of over 12.20% during the forecast period from 2023 to 2030. Manufacturing execution systems (MES) in life sciences refer to software-based solutions designed to manage and control manufacturing processes in the pharmaceutical, biotechnology, and medical device industries. MES facilitates real-time monitoring, tracking, and execution of manufacturing operations, from raw material preparation to final product packaging. Key factors driving the demand for manufacturing execution systems (MES) in life sciences include the rise of biopharmaceuticals, increased technological advancements, and the growing adoption of Pharma 4.0. As the pharmaceutical industry embraces digital transformation and promotes Pharma 4.0, the adoption of MES in the life sciences market is increasing. Initiatives related to Pharma 4.0 aim to enhance connectivity, productivity, compliance, and information management, enabling more effective solutions to industry challenges.

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  • Manufacturing Execution System

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Orizuru MES connects planning and the field.

Orizuru MES connects planning and the field.

Reaching the execution sites that are difficult to connect with just ERP. Transforming division into connection.

ERP manages the overall planning and core operations of a company. On the other hand, in actual manufacturing sites, it is essential to timely grasp more detailed execution information such as progress, inventory, quality, and equipment status. If there is a discrepancy between planning and the site, it can easily lead to inconsistencies in delivery responses, cost understanding, and improvement decisions. The role of bridging this gap is taken on by 'Orizuru MES.' By collaborating with existing systems like ERP, PLM, and FA, it visualizes what is happening on the shop floor and helps to minimize the discrepancies between planning and execution. Furthermore, it allows for a phased introduction of necessary functions, enabling a gradual approach to overall optimization without the need for a complete overhaul. 【Features】 ■ Easily connects planning and execution by collaborating with ERP, PLM, and FA ■ Visualizes progress, quality, and equipment information, facilitating quicker decision-making ■ Allows for phased implementation of necessary functions, making it easier to reduce the burden on the shop floor *For more details, please download the PDF. ■Reference Article What is the difference between MES and ERP? The system environment required for DX in manufacturing https://www.cct-inc.co.jp/koto-online/archives/184

  • Process Control System
  • Manufacturing Execution System

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Utilizing design intent on-site [Orizuru MES]

Utilizing design intent on-site [Orizuru MES]

Connect engineering information to create a flow that will also contribute to the next improvement.

BOP is the foundation for organizing what to use, where to create, and how to create, connecting information from design to manufacturing. When information is scattered across different sites, the intent of the design is not accurately communicated, making it difficult to apply learnings from improvements or defects to the next iteration. "Orizuru MES" is structured to easily implement the connection of manufacturing information on-site. By visualizing process and execution information, it can be operated in conjunction with existing systems, thereby reducing the gap between design and manufacturing and moving closer to a state where improvements can be effectively implemented. 【Features】 ■ Connects and makes process and execution information easy to utilize ■ Easy to operate while integrating with existing systems ■ Can be gradually introduced from necessary functions, making it easy to establish *For more details, please download the PDF. ■Reference Article What is BOP? A clear explanation of the differences from BOM, benefits of implementation, and case studies https://www.cct-inc.co.jp/koto-online/archives/55

  • Process Control System
  • Manufacturing Execution System

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Connecting control and visualization on-site. - Orizuru MES

Connecting control and visualization on-site. - Orizuru MES

Don't just stop at collecting equipment data; connect it to operational improvements.

In integrated control, it is important to connect the control of each piece of equipment and to operate the entire process stably. On the other hand, simply visualizing and monitoring does not easily lead to overall optimization, and the question arises as to how to utilize the collected equipment data in operations. This is why a system that connects information obtained on-site to higher-level decision-making is essential. 'Orizuru MES' visualizes progress, quality, and equipment information while leveraging existing equipment, systems, and procedures, making it easier to integrate with ERP, PLM, and FA. Since it can be introduced in stages based on necessary functions, it helps to reduce the fragmentation of information between control and operations, facilitating a smooth transition to a smart factory. [Features] ■ Visualizes equipment data, making it easy to utilize in operations ■ Integrates with ERP, PLM, and FA, facilitating overall optimization ■ Can be introduced in stages based on necessary functions, making it easier to reduce the burden on the site *For more details, please download the PDF. ■ Reference Article What is an integrated control system? Introducing three benefits of implementation and five points to consider during implementation. https://www.cct-inc.co.jp/koto-online/archives/721

  • Process Control System
  • Manufacturing Execution System

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Utilizing existing control to connect. 'Orizuru MES'

Utilizing existing control to connect. 'Orizuru MES'

Linking field data from the PLC/SCADA era to improvements and operations.

The control environment of factories is expanding from an era where it was solely reliant on DCS to a more flexible configuration that combines PLCs, SCADA, and industrial PCs. This makes it crucial to connect and utilize the data generated on-site while leveraging existing equipment. If the control layer and management layer remain separate, improvements and decision-making cannot be fully realized. 'Orizuru MES' is designed to be easily implemented in stages from necessary functions without significantly changing existing equipment, systems, or procedures. By collaborating with ERP, PLM, and FA, it visualizes progress, quality, and equipment information, making it easier to bridge the information gap between control and operations. 【Features】 ■ Utilizes existing equipment information, facilitating visualization ■ Collaborates with ERP, PLM, and FA, making it easier to connect to operational improvements ■ Allows for phased implementation of necessary functions, reducing on-site burden *For more details, please download the PDF. ■ Reference Article What are the differences between DCS, PLC, and SCADA? A comparison of control management systems https://www.cct-inc.co.jp/koto-online/archives/360

  • Process Control System
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[42Q Case Study] Major Clean Energy OEM

[42Q Case Study] Major Clean Energy OEM

Flexible MES cloud solution! A case where total costs were reduced and manufacturing speed improved.

We would like to introduce a case study of the cloud-based production management system MES "42Q" implemented at a major clean energy OEM. The company was looking for a new MES solution as a new factory was set to open, requiring the ability to obtain consistent and accurate data from all manufacturing plants, along with the provision of standard batch genealogy and serialization functions. The solution was successfully implemented in less than two months, allowing the new factory to operate as scheduled. Additionally, thanks to the transparency of genealogy and traceability, on-site analysis and product analysis, which previously took three months, could now be executed in just a few days. 【Case Overview】 ■ Challenge: A manufacturing execution system (MES) that provides visibility across multiple manufacturing facilities was needed. ■ Benefits - No need for infrastructure installation or maintenance - Flexibility to handle high-mix and low-mix products with a single solution - Subscription model providing price predictability - Seamless integration between lifecycle management and ERP systems *For more details, please refer to the PDF document or feel free to contact Sanmina.

  • Production Management System
  • Manufacturing Execution System

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[PlusFORCE Implementation Case] Food Manufacturer

[PlusFORCE Implementation Case] Food Manufacturer

Proposal and realization of a one-stop solution for MES/SCADA/PLC utilizing expertise and know-how from the process manufacturing industry!

We would like to introduce a case study where our "PlusFORCE Manufacturing Execution" system was implemented at a food manufacturer with sales of 500 billion yen. In the company's current factory, manual operations were the main focus in the manufacturing process, leading to a high level of worker involvement, and both manufacturing plans and actual results were managed on paper, resulting in poor work efficiency. After the implementation, planning, instructions, operation monitoring, and actual results in the manufacturing process could be centrally managed. 【Case Overview】 ■Before - Workers were constantly operating and monitoring equipment on-site. - Managers were handwriting plans on a whiteboard. ■After - With the automation control via PLC, it was no longer necessary for workers to be on-site constantly (they only needed to respond when alerts were triggered). *For more details, please download the PDF or feel free to contact us.

  • Production Management System
  • Manufacturing Execution System

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[Report] MES (Manufacturing Execution System) Market for Life Sciences

[Report] MES (Manufacturing Execution System) Market for Life Sciences

"Free samples" are currently being offered! Please check the application method from the [PDF download] button or apply directly through the related links.

According to the latest report from Grand View Research, Inc., the global market size for MES (Manufacturing Execution Systems) for life sciences is expected to record a CAGR of 12.2% from 2024 to 2030, reaching 6 billion USD by 2030. The adoption of MES has emerged as a critical factor in the life sciences industry, helping to enhance efficiency, compliance, and innovation across the entire production process. In North America, the adoption of MES in the life sciences sector is rapidly increasing, highlighting its transformative impact on manufacturing workflows. The life sciences industry, including pharmaceuticals and biotechnology, requires advanced approaches to manufacturing management. MES plays a crucial role by providing integrated, data-driven solutions that meet and exceed regulatory requirements, reduce risks, and ensure product quality.

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Connecting the quality and processes of precision machinery | Orizuru MES

Connecting the quality and processes of precision machinery | Orizuru MES

Maintain a high-precision site without stopping.

In the manufacturing field of precision machinery, it is essential to accurately grasp the production status across multiple processes while maintaining high quality standards. In particular, if progress and quality information for each process become fragmented, it can lead to delays in addressing defects and an increase in rework. Orizuru MES supports the visualization of process, performance, and quality information while leveraging existing equipment, systems, and procedures. This contributes to stabilizing quality and improving management accuracy in the production site. 【Usage Scenarios】 - Real-time monitoring of process progress - Recording and management of quality data and defect information - Centralized management of materials and inventory information 【Benefits of Implementation】 - Stabilization of quality - Reduction of rework and defect response - Improvement of productivity

  • Process Control System
  • Manufacturing Execution System

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Factory Smartization That Advances Without Stopping | Orizuru MES

Factory Smartization That Advances Without Stopping | Orizuru MES

Don't just stop at envisioning ideals. From the current situation, steadily move towards smart transformation.

A smart factory is an initiative that connects the entire manufacturing process through IoT and data utilization, continuously enhancing productivity and quality. It requires not only the automation of equipment but also a review of the flow of processes and information to better operate the entire factory. However, even if the ideal vision is clear, it is not easy to advance equipment updates and system renewals all at once. That is why 'Orizuru MES' adopts a configuration that allows for the gradual introduction of necessary functions while leveraging existing equipment, systems, and procedures. This enables the advancement of smart factory transformation without placing undue burden on the site. 【Features】 ■ Retrofit existing environments and start without a complete overhaul ■ Select necessary sub-packages for a small start and gradual expansion ■ Build a foundation that connects the site and management by collaborating with ERP, PLM, and FA *For more details, please download the PDF. ■Reference Article What is a smart factory? Explaining the benefits, success points, and case studies https://www.cct-inc.co.jp/koto-online/archives/11

  • Process Control System
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To prevent stopping investment decisions | Orizuru MES

To prevent stopping investment decisions | Orizuru MES

I understand the necessity, yet progress is slow. We will overcome that barrier with ROI and phased implementation.

Even if the necessity of MES is understood, one reason why actual implementation does not progress is that it is difficult to demonstrate the return on investment. While there may be a sense of improvement potential on the shop floor, if the effects cannot be explained in a way that leads to management decisions, discussions about smart factory initiatives tend to remain at the conceptual stage. Furthermore, if the premise is to make significant changes from the outset, the burden on the shop floor and the hurdles for approvals also increase. That is why "Orizuru MES" is strong in that it can start gradually from the necessary functions and make it easier to visualize ROI. It can be implemented without making significant changes to existing equipment, systems, or procedures, allowing for a reduction in initial burdens while advancing smart factory initiatives with tangible improvements on the shop floor. 【Features】 ■ Can start with necessary functions, making it easier to reduce initial burdens ■ Visualizes ROI, making it easier to proceed while confirming progress ■ Utilizes existing equipment and systems, making it easy to implement without stopping the shop floor *For more details, please download and view the PDF. ■Reference Article Why is MES Important? Exploring the Key to Realizing Smart Factories https://www.cct-inc.co.jp/koto-online/archives/765

  • Process Control System
  • Manufacturing Execution System

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To the site that shortens lead time. Orizuru MES

To the site that shortens lead time. Orizuru MES

Reduce the difficulty in seeing progress and control the backlog and delays.

When lead times are extended, work-in-progress increases, making delays in delivery and cost overruns more likely. Moreover, it becomes difficult to respond to market changes, and the capacity on the shop floor tends to be lost. In other words, reducing lead times is not just about shortening time; it is an effort to streamline the flow of the entire factory. 'Orizuru MES' makes it easier to promote this improvement on the shop floor. It allows for easy understanding of progress, inventory, and equipment information, while also making it easier to identify delays and bottlenecks in each process. Furthermore, since it can be implemented in stages while utilizing the existing environment, it becomes easier to start improvements without waiting for a complete overhaul. [Features] ■ Easy to grasp progress, inventory, and equipment information ■ Easy to identify delays and bottlenecks in each process ■ Facilitates gradual improvements while leveraging the existing environment *For more details, please download the PDF. ■Reference Article What is lead time? A clear explanation of its meaning and methods for reduction https://www.cct-inc.co.jp/koto-online/archives/620

  • Process Control System
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From Factory to Overall Optimization [Orizuru MES]

From Factory to Overall Optimization [Orizuru MES]

Multiple varieties, fluctuations, and labor shortages. A foundation that connects in a turbulent environment.

Smart manufacturing is a concept that optimizes the entire manufacturing process, not just the factory, but also design, production, logistics, and maintenance. The background includes the diversification of customer needs, the rapid pace of market changes, and labor shortages. In other words, what is required is a system that can move the whole in response to changes, rather than partial optimization. The starting point for this is to connect and organize execution information such as progress, quality, equipment, and inventory within the factory into a usable form on-site. 'Orizuru MES' is structured to allow for phased implementation of necessary functions while leveraging existing equipment, systems, and procedures. It supports the foundation for moving from factory-level optimization to overall optimization by collaborating with ERP, PLM, and FA. 【Features】 ■ Utilizes existing environments and is easy to implement in phases ■ Easily connects information by collaborating with ERP, PLM, and FA ■ Facilitates the use of progress, quality, equipment, and inventory information for improvements *For more details, please download the PDF. ■ Reference Article What is Smart Manufacturing? Introducing initiatives and technologies to realize it https://www.cct-inc.co.jp/koto-online/archives/201

  • Process Control System
  • Manufacturing Execution System

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[Market Report] ASEAN Smart Factory Market

[Market Report] ASEAN Smart Factory Market

The ASEAN smart factory market is rapidly expanding and is expected to reach 28.85 billion USD by 2031.

The ASEAN smart factory market is poised for a transformative decade, with revenues expected to surge from $9.76 billion in 2022 to an estimated $28.85 billion by 2031. This remarkable growth trajectory is supported by a robust compound annual growth rate (CAGR) of 12.80% during the forecast period from 2023 to 2031. The ASEAN smart factory market is anticipated to revolutionize manufacturing processes across various industries, including automotive, electronics, food and beverage, and pharmaceuticals. As more companies recognize the benefits of smart manufacturing, investments in automation and digitalization are expected to rise sharply. For application methods, please check the [PDF download] button or apply directly through the related links.

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