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Factory Construction Product List and Ranking from 6 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.

Factory Construction Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.

  1. 服部建築事務所 Osaka//others
  2. 三和建設 Osaka//others
  3. 東芝プラントシステム Kanagawa//Other manufacturing
  4. 4 杉本興業 Tokyo//Building materials, supplies and fixtures
  5. 5 川田工業 建築事業部 Tokyo//Building materials, supplies and fixtures
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Factory Construction Product ranking

Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.

  1. Cost reduction point for factory construction: "Make the steel frame with uniform spans." 服部建築事務所
  2. Cost reduction point for factory construction: "Use braces." 服部建築事務所
  3. [Example] What is BCP (Business Continuity Plan)? 三和建設
  4. 4 Leave the factory construction to us! We will accomplish it with Japanese quality anywhere in the world! 東芝プラントシステム
  5. 4 Cost reduction point for factory construction: "Consider optimal electrical capacity." 服部建築事務所

Factory Construction Product List

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Leave the factory construction to us! We will accomplish it with Japanese quality anywhere in the world!

Leave the factory construction to us! We will accomplish it with Japanese quality anywhere in the world!

We will build smart factories by utilizing IoT and contribute to a new future.

Are customers planning factory construction or plant equipment projects struggling with the vast number of considerations and adjustments needed to realize their plans? Our company starts with the most important production line for the factory, listens to your "I want to do this," and develops and executes the factory construction plan. ■Examples of Customer Requests - I want the production line and factory building to be constructed together. - I want to carry out renovation work aimed at labor reduction and improving production efficiency. - I want to realize an energy-efficient smart factory. - I want to aim for carbon neutrality. - I would like to request a comprehensive EPCC. *EPCC: Engineering, Procurement, Construction, and Commissioning ■Value Added by Toshiba Plant Systems We provide solutions to reduce "waste, inefficiency, and inconsistency" in factories. - Plant analysis system TiPAScloud utilizing IoT - 3D laser measurement - Aiming to utilize existing equipment through our unique 3R (Reduce, Reuse, Replace) Please also take a look at the introduction page below. Our company has a track record of various projects both domestically and internationally. Please feel free to consult with us.

  • Other machine elements

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Cost reduction point for factory construction: "Perform ground improvement."

Cost reduction point for factory construction: "Perform ground improvement."

Points for Designing Factory Floors with High Quality and Low Cost【Ground Floor Section】

The performance of the floor slab is not determined solely by the thickness and material of the concrete. The condition of the underlying ground also significantly affects the performance of the floor slab. In cases where extremely high performance requirements are needed for the floor slab, such as when placing highly precise machine tools, ground improvement or piling may be one method to consider. In some cases, it may be more cost-effective to carry out ground improvement rather than increasing the thickness of the floor slab. 【Key Points】 - Consider ground improvement - Ground improvement and piling are also one method - There are cases where ground improvement can reduce costs - No matter how thick the floor slab is, it may not meet the required performance - It is important to have a thorough inspection by experts For more details, please refer to the catalog or feel free to contact us.

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Cost reduction point for factory construction: "Use braces."

Cost reduction point for factory construction: "Use braces."

Points for Designing Factories with High Quality and Low Cost [Steel Frame, Roof, Wall Sections]

A brace refers to a diagonal brace. A diagonal brace connects the junction of columns and beams along the diagonal. With the presence of braces, it is possible to reduce the size of the steel structure, and it allows for the use of H-shaped steel instead of square steel. In other words, from the perspective of material procurement, braces can be considered an effective method. Using braces as much as possible, except for openings, leads to cost reduction. 【Points】 ■ Cost reduction methods related to steel structures ■ Using braces can reduce the size of steel structures ■ Braces (diagonal braces) are important methods from both economic and safety perspectives ■ Braces are effective from the standpoint of material procurement ■ Using braces leads to cost reduction For more details, please refer to the catalog or feel free to contact us.

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Cost reduction points for factory construction: "Consider optimal roof and wall materials."

Cost reduction points for factory construction: "Consider optimal roof and wall materials."

Points for Designing Factories with High Quality and Low Cost [Steel Frame, Roof, Wall Sections]

There are various materials for roofs and walls. Even if the initial construction cost is low, poor insulation can lead to higher air conditioning costs, so thorough consideration is necessary. Roof and wall materials have different costs and characteristics, so it is essential to choose materials that match the characteristics of the factory. [Key Points] ■ Consider the optimal roof and wall materials ■ Costs and characteristics vary by type of material ■ Select materials that suit the characteristics of the factory ■ Think about what performance is needed for the roof and walls of that factory For more details, please refer to the catalog or feel free to contact us.

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Cost reduction point for factory construction: "Consider optimal electrical capacity."

Cost reduction point for factory construction: "Consider optimal electrical capacity."

Points for Designing Factories with High Quality and Low Cost [Electrical Equipment Section]

The electricity in the factory is mainly consumed by lighting, air conditioning, and machinery. An optimal electrical capacity plan is necessary to avoid overperformance based on production plans and required lighting and air conditioning functions. It is important to consult with a design office that has the know-how to estimate the optimal electrical capacity from interviews and past electricity usage data. We propose optimal solutions that fit the factory's functions, such as windowless factories and adjusting illumination levels with sensors. [Points] - Cost reduction methods for electrical capacity - Consideration of optimal electrical capacity - There may be waste in utility costs, and it might be possible to manage with a smaller electrical capacity - Examine how much electricity is needed for lighting, air conditioning, and machinery respectively For more details, please refer to the catalog or feel free to contact us.

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Cost reduction point for factory construction: "Consider lighting fixtures."

Cost reduction point for factory construction: "Consider lighting fixtures."

Points for Designing Factories with High Quality and Low Cost [Electrical Equipment Section]

We will introduce cost reduction methods related to lighting that consume energy in factories. The proportion of electricity consumed in factories is generally said to be 30% for lighting load, 30% for machinery load, and 40% for air conditioning load. Machinery is involved in production, making it difficult to reduce power consumption, and air conditioning similarly has no alternatives. Therefore, the area where it is easiest to reduce electricity consumption is lighting. [Key Points] - Cost reduction methods for lighting - Consider lighting fixtures - Reduce where possible - If you want to lower power consumption, start with lighting For more details, please refer to the catalog or feel free to contact us.

  • Other lighting equipment
  • Other lighting equipment

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[Example] What is the optimization of flow planning?

[Example] What is the optimization of flow planning?

Introducing a case where the inbound and outbound shipping lines were shortened to improve work efficiency!

Sanwa Construction addresses various unique challenges faced by customers in food factories, such as temperature control, humidity control, pressure management, zoning according to cleanliness, and appropriate material selection. In factories and warehouses with excellent zoning and flow planning, the movement of workers becomes more efficient. By eliminating unnecessary corridors, we shorten the inbound and outbound flow, achieving improved work efficiency, reduced scale, and cost savings. Here are some examples. [Case Study] ■ Optimization of Flow Planning <Before Improvement> - Poor layout of the "Inbound/Outbound Room," resulting in unnecessary "corridors." - Long and intersecting inbound and outbound flows, leading to inefficiency. <After Improvement> - All "warehouses" are arranged to face the "Inbound/Outbound Room," creating an efficient flow. - Reduced scale and cost savings. *For more details, please refer to the external link page or feel free to contact us.

  • Food Factory Equipment
  • Other factory equipment

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[Case Study] What Makes a Profitable Factory or Warehouse Achieve Cost Reduction

[Case Study] What Makes a Profitable Factory or Warehouse Achieve Cost Reduction

Introducing examples of ideas provided to create a "rational factory/warehouse"!

Sanwa Construction will solve various unique challenges faced by our customers in food factories, such as temperature control, humidity control, pressure management, zoning according to cleanliness, and appropriate material selection. The way you build and operate your factory or warehouse can significantly impact your company's performance. To create a "rational factory or warehouse," we provide various ideas beyond the construction field and present examples that contribute to improving productivity and reducing labor costs and running costs. 【Examples】 <Improving Productivity and Reducing Labor Costs> ■ Appropriate zoning and optimization of flow lines ■ Selection of the best vertical transportation methods according to business needs (elevators, vertical conveyors, forklifts, etc.) ■ Introduction of material handling equipment suitable for the company ■ Customization of production equipment <Reducing Running Costs> ■ Diagnosis and optimization proposals for air conditioning equipment ■ Proposals for utilizing waste heat ■ Proposals for wastewater treatment facilities ■ Consideration of adopting LED lighting, etc. *For more details, please refer to the PDF materials or feel free to contact us.

  • Food Factory Equipment
  • Other factory equipment

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[Example] What is BCP (Business Continuity Plan)?

[Example] What is BCP (Business Continuity Plan)?

We will introduce examples that contributed to ensuring safety and establishing a system for early business resumption!

In the event of emergencies such as major earthquakes or severe flooding, it is essential to ensure the safety of employees and establish a system that allows for the early resumption of business operations. Additionally, supplying your own products and goods is a corporate responsibility. Our company can assist you with your BCP based on a long-term vision that includes seismic resistance and evacuation safety. 【Examples】 <Ensuring Seismic Resistance> ■ Even if neighboring factories and warehouses collapse, buildings constructed by Sanwa Construction maintain seismic resistance, allowing production to continue. <Ensuring Evacuation Sites> ■ Employees can evacuate to the rooftop of an RC building during a tsunami disaster. *For more details, please refer to the external link page or feel free to contact us.

  • Food Factory Equipment
  • Other factory equipment

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[Case Study] Utilization of Factories and Warehouses as Sales Tools

[Case Study] Utilization of Factories and Warehouses as Sales Tools

Introducing examples of utilizing factories and warehouses as sales tools!

Factories and warehouses are one of the major sales tools for the manufacturing industry. By showcasing them, it leads to promoting the safety and security of open factories and warehouses. Additionally, being visible enhances the morale regarding organization, safety, and other aspects. Allowing the general public to see the interiors of factories and warehouses, which are not often accessible, can stimulate the interest of end-users. Currently, various food factories are promoting safety and security through "visualization," which also leads to increased employee motivation and the acquisition of new customers. [Case Study] ■ Expanding Sales Channels through the "Visualization" of Factories and Warehouses <Effects> - Appeal to existing clients - Improvement of employee morale - Increase in employee motivation - Stimulating interest through factory tours *For more details, please refer to the external link page or feel free to contact us.

  • Food Factory Equipment
  • Other factory equipment

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[Construction Example] System Building Wood Precut Factory (Miyagi Prefecture)

[Construction Example] System Building Wood Precut Factory (Miyagi Prefecture)

Introducing a case study of a simple wood precut factory that adopted clear span construction!

We will introduce examples of "system construction" that enable the selection of suitable roofs, walls, and structures based on the purpose and size of factories and warehouses, as well as the regional environment, achieving short construction periods and low costs. The wood precut factory located in Miyagi Prefecture is a simple facility that employs clear spans. It has been finished as a stylish factory with a white-based design. 【Construction Example】 ■ Completion Date: September 2014 (Heisei 26) ■ Location: Miyagi Prefecture ■ Total Floor Area: 1,267 m² (383.26 tsubo) *For more details, please refer to the PDF document or feel free to contact us.

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Construction achievements: Automobile dealer reconstruction work

Construction achievements: Automobile dealer reconstruction work

Achieving high quality, low cost, and shortened construction time! Introducing our track record in automotive dealerships and maintenance shops.

We would like to introduce our construction achievements for the automobile dealer rebuilding project that we undertook. The purpose is for an automobile sales store and maintenance factory, with a structure of two single-story buildings using steel frame conventional construction. The total floor area was 1,594.03 m² (482.19 tsubo). Our company has handled a wide variety of constructions, including warehouses, factories, and commercial buildings, as well as numerous repairs and renovations. Please feel free to contact us when you need our services. 【Overview】 ■ Location: Tachibana, Sumida-ku, Tokyo ■ Purpose: Automobile sales store and maintenance factory ■ Structure: Steel frame conventional construction, two single-story buildings ■ Total floor area: 1,594.03 m² (482.19 tsubo) ■ Industry: Automobile dealer *For more details, please refer to the PDF document or feel free to contact us.

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Cost reduction point for factory construction: "Clarify the required performance of the floor slab."

Cost reduction point for factory construction: "Clarify the required performance of the floor slab."

Points for Designing Factories with High Quality and Low Cost [Floor Slab Section]

The floor slab is a significant part that greatly affects costs. It is important to prevent an overly thick floor slab due to over-performance design and to ensure that it can be constructed with appropriate specifications. The floor slab in a factory can vary in performance (thickness and material) depending on its intended use, allowing for advantages in quality, durability, and cost. It is crucial to clarify the required load-bearing and wear-resistance performance for each floor slab category from the planning stage and to consult with a knowledgeable design office. [Key Points] - Clearly define the required performance of the floor slab. - Consider different types of floor slabs based on their intended use. - Consult with a knowledgeable design office. - Achieve high quality and cost reduction with appropriate floor slab specifications that match the required performance. For more details, please refer to the catalog or feel free to contact us.

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Cost reduction points for factory construction: "Consider floor materials."

Cost reduction points for factory construction: "Consider floor materials."

Points for Designing Factories with High Quality and Low Cost [Floor Slab Section]

The floor can significantly reduce costs depending on the materials used. The concrete used for the floor is generally made from cement and aggregates. Aggregates refer to small stones and sand. In recent years, measures have been taken to enhance the performance of concrete by mixing in artificial compounds. By incorporating a metallic needle-like mixture known as steel fibers, there are benefits such as improved wear resistance and crack prevention. [Key Points] ■ Significant cost reduction is possible depending on the materials ■ The concrete mixture is not just aggregates ■ Steel fibers can eliminate the need for rebar, leading to cost savings ■ Choose the optimal floor materials to improve quality and reduce costs For more details, please refer to the catalog or feel free to contact us.

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Cost reduction points for factory construction: "Consider the floor type based on the type of machine."

Cost reduction points for factory construction: "Consider the floor type based on the type of machine."

Points for Designing Factory Floors with High Quality and Low Cost【Ground Floor Section】

The floor slab should not only consider load-bearing capacity. Due to the characteristics of vibrations depending on the type of equipment, it is necessary to create a floor slab suitable for that. The concrete floor slab should not only consider the load-bearing capacity of the equipment and materials placed on it, but also take into account the relationships between various equipment within the factory. Since equipment such as lathes and grinders have specific movements and vibrations, careful discussions are necessary to implement measures to prevent resonance. [Key Points] - Consider the type of machines when designing the floor slab. - Develop a detailed floor plan considering the characteristics of the equipment. - Vibrations can affect precision by transmitting through the floor slab. - Implement measures such as slits in the floor slab around the press machine. - The measures taken on the floor slab will vary depending on the production equipment. For more details, please refer to the catalog or feel free to contact us.

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