NC lathe processing Product List and Ranking from 5 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.

NC lathe processing Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.

  1. 三正工業 Tokyo//others
  2. 袴田精機 Shizuoka//others
  3. 外山精機工業 Aichi//Building materials, supplies and fixtures manufacturers
  4. 萩野鉄工所 Niigata//others
  5. ユニオン・マエダ Shizuoka//others
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NC lathe processing Product ranking

Last Updated： Aggregation Period:Oct 08, 2025～Nov 04, 2025
This ranking is based on the number of page views on our site.

  1. Partner recruitment 三正工業
  2. Introduction to Hakama Precision Machinery's Technology 袴田精機
  3. [Processed Product] SUS316 φ155 外山精機工業
  4. [Processing Technology Column] Spending time on setup work increases costs. 外山精機工業
  5. 4 [Processing Technology Column] Copper alloys and aluminum alloys are easy to process and low in cost. 外山精機工業

NC lathe processing Product List

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Introduction to Hakama Precision Machinery's Technology

Introduction to Hakama Precision Machinery's Technology

The culmination of technology! We have received numerous awards for quality maintenance management and cost reduction.

Hakamata Seiki Co., Ltd. is working on reviewing processes, improving lines, and enhancing processing equipment. We strive to ship reliable products that satisfy our customers, and we are committed to human resource development based on the belief that the company's performance improvement equals the skill enhancement of our workers. The source of our technical strength lies in the "Hakamata Brand" and "Hakamata Standard." The quality maintenance management and cost reduction based on these two principles have been recognized by our customers, earning us numerous awards. 【Business Activities】 ■ Efforts for processing improvement ■ For customer trust ■ Forward-looking human resource development ■ Proposal for aluminum parts material (effective for weight reduction) *For more details, please refer to the related links or feel free to contact us.

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[Processed Product] SUS316 φ155

[Processed Product] SUS316 φ155

Always for the satisfaction of our customers! Leave it to us for 5-axis machining, lathe machining, large NC lathe machining, and mechanical processing!

We would like to introduce our processed product 'SUS316 φ155' from Toyama Seiki Kogyo. Our company is committed to developing products that satisfy our clients. We can provide suitable proposals according to your needs, so please feel free to consult us about VA/VE proposals and method changes from the design stage. 【Processed Products】 ■SUS316 ■φ155 *For more details, please refer to the PDF document or feel free to contact us.

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[Processing Technology Column] Spending time on setup work increases costs.

[Processing Technology Column] Spending time on setup work increases costs.

An explanation of setup work in cutting processes and the relationship between setup work and costs.

What is the "preparation" work that affects the finish and cost? NC milling machines and machining centers can automatically cut materials once data is input. However, it does not mean that the machine will operate on its own and perform cutting automatically just by entering the data; human intervention is necessary to improve the quality of the output. Key points for effectively communicating requests to cutting processing companies: Due to the characteristics of the machines used in cutting processing, corners do not become perfectly right angles but tend to be rounded. This rounding of the corners is referred to as corner R, and it is essential to clearly communicate the method of handling corner R to the cutting processing company. If you insist too much on the handling of corner R, it can lead to significant difficulties for the cutting processing company and prolong the time until completion. *For more details, please refer to the related link page or feel free to contact us. *As a reference, you can view the "Simple Materials: Handbook of Processing Technology from VA/VE to Processing Technology & Production Case Studies" by downloading the PDF below.

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[Processing Technology Column] Copper alloys and aluminum alloys are easy to process and low in cost.

[Processing Technology Column] Copper alloys and aluminum alloys are easy to process and low in cost.

Explanation of criteria for selecting materials for processed products! We accept orders for large NC lathe machining.

■Guidelines for Selecting Materials for Processed Products – Function– The typical materials are iron, aluminum, copper, titanium, nickel, and stainless steel. If strength is desired, iron is suitable, and by quenching or tempering iron, its strength increases. ■Guidelines for Selecting Materials for Processed Products – Price– Among metal materials, titanium alloys and nickel alloys are expensive, followed by copper alloys, aluminum alloys, and stainless steel, while steel is the most affordable. ■Guidelines for Selecting Materials for Processed Products – Machinability– Materials with good machinability include aluminum alloys, copper alloys (brass), and iron alloys. Next, stainless steel has good machinability, while titanium alloys and nickel alloys have poor machinability and are difficult to process. *For more details, please refer to the related link page or feel free to contact us. *As a reference, you can view the "Simple Materials: Handbook of Processing Technology from VA/VE to Processing Techniques & Case Studies" by downloading the PDF below.

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[Φ850 Large NC Lathe × 5-Axis Machining] For large lathe machining, look no further!

[Φ850 Large NC Lathe × 5-Axis Machining] For large lathe machining, look no further!

For machining with large NC lathes and machining centers, leave it to Toyama Seiki Kogyo!

Are you facing challenges with large-scale lathe machining? Our company specializes in processing large items, with a capable size of 【Φ850】. We are highly regarded for our ability to consistently handle 5-axis machining, which allows us to shorten the processing time. Additionally, we accommodate a wide range of materials such as resin, aluminum, and stainless steel, and we have a proven track record in high-precision fields like aerospace and pharmaceuticals. We are ready to assist regardless of the industry. Please feel free to consult us regarding materials. 【Processing Fields】 ■ Automotive ■ Special machine parts ■ Industrial machinery ■ Power-related components ■ Medical parts ■ Aerospace-related components, etc. *While we have a nationwide track record, we can respond quickly, especially in the Aichi, Gifu, Mie, and Shizuoka areas of the Tokai region. *For more details, please refer to the PDF document or feel free to contact us.

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[Processing Technology Column] For NC lathe processing requests in Aichi, contact Toyama Seiki Kogyo.

[Processing Technology Column] For NC lathe processing requests in Aichi, contact Toyama Seiki Kogyo.

We accommodate processing of both large and small parts! We also introduce VA/VE proposals from the design stage.

■ We can handle processing of both large and small parts. If you are considering NC lathe processing in Aichi, please feel free to contact Toyama Seiki Kogyo Co., Ltd. Since its establishment in 1947, Toyama Seiki Kogyo Co., Ltd. has a proven track record of demonstrating reliable technology as a partner to various major companies. We are always focused on shaping our customers' requests and, with our well-equipped facilities and inherent technical skills, we strive to meet our customers' expectations. ■ We also support VA/VE proposals and method transitions from the design stage. Toyama Seiki Kogyo Co., Ltd., which accepts requests for NC lathe processing in Aichi, also supports VA/VE proposals and method transitions. From a professional perspective, we provide the best proposals for our customers, so please feel free to consult us regarding VA/VE matters. We offer free estimates. * For more details, please refer to the related link page or feel free to contact us. * As a reference, you can view various materials from the PDF download below.

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If you are looking for a company that performs NC lathe processing with high precision.

If you are looking for a company that performs NC lathe processing with high precision.

A wide range of materials such as aluminum and resin can be accommodated! Introducing the materials that can be processed with NC lathe machining.

■If you are looking for NC lathe processing around Gifu If you are looking for NC lathe processing around Gifu, Toyama Seiki Kogyo Co., Ltd., based in Aichi, will take care of it. We perform NC lathe processing and machining cutting processes, providing suitable proposals to ensure customer satisfaction. We can handle a wide range of materials, including aluminum and resin. We also have a rich variety of NC lathes available, striving to meet the needs of various fields. ■About the materials that can be processed with NC lathe processing NC lathe processing can accommodate a wide range of materials, including metals such as aluminum and iron, as well as resins and plastics. In the case of resin, it has been said that achieving high precision in products has been difficult due to thermal expansion during processing. However, with NC lathe processing, high-precision cutting can be performed. Thus, NC lathe processing is used for machining mechanical parts in various fields due to its capability to process a wide range of materials. *For more details, please refer to the related link page or feel free to contact us. *As a reference, you can view various materials from the PDF download below.

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NC lathe machining

NC lathe machining

We have medium to large NC lathes!

It has a 4-claw chuck and is compatible with eccentric machining. Through complex processing utilizing our company's machining center, we respond to a wide range of customer needs.

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[Equipment Introduction] Machining

[Equipment Introduction] Machining

We have a total of 12 NC machining machines! We can handle everything from single items and prototypes to large-scale mass production.

We would like to introduce the equipment "Machining" of Union Maeda Co., Ltd. Using NC lathes (for round items) and machining centers (for square items), we perform the process of cutting metal. We own a total of 12 NC machining machines, capable of handling everything from single items and prototypes to mass production of large lots, and we also carry out complex three-dimensional shape processing utilizing 3D-CAD/CAM. 【Features】 ■ A total of 12 NC machining machines owned ■ Capable of handling everything from single items and prototypes to mass production of large lots ■ Also performs complex three-dimensional shape processing utilizing 3D-CAD/CAM *For more details, please refer to the PDF materials or feel free to contact us.

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Support for processing large and small parts: 'VA and cost reduction'

Support for processing large and small parts: 'VA and cost reduction'

One way is to delegate to a third party! Here are some tips for cost reduction with VA!

Value Analysis (VA) is a method that can be considered a standard approach for cost review. Many companies conduct VA in-house due to their expertise in internal information, but outsourcing it to a third party is also one option. With the knowledge and skills cultivated through past experiences, we are confident that we can provide proposals that can be deemed "good" for your company. *If you have any questions or uncertainties regarding VA or Value Engineering (VE), please feel free to contact us. *For more details, please refer to the PDF materials or feel free to reach out to us.

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It is also important for VA to focus on lifespan: 'VA that takes component lifespan into consideration.'

It is also important for VA to focus on lifespan: 'VA that takes component lifespan into consideration.'

VA considering the lifespan of components! Here are tips for VA and material selection!

In VA, it is easy to focus solely on cost reduction, but it is also necessary to consider the lifespan of components. This is because if we prioritize cost reduction and choose materials that are not suitable for the components, there is a possibility that they will fail quickly and require replacement. In VA, it is essential to select materials that are appropriate for the components and are also cost-effective. *If you have any questions or uncertainties regarding VA or VE, please feel free to contact us. *For more details, please refer to the PDF materials or feel free to reach out to us.

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[Processing Technology Column] Repeating prototypes is extremely important in new product development.

[Processing Technology Column] Repeating prototypes is extremely important in new product development.

What can be learned through prototype development in product development! Introducing the process leading up to the creation of prototypes in product development.

■ What can be understood through prototype development When creating a prototype, issues related to costs, such as which processes incur expenses, become clear. By repeatedly creating prototypes, unnecessary costs can be identified and reduced. During the prototyping phase, various production technologies are tested, and excellent technologies are adopted for the final product. Prototyping serves as a venue for testing and evaluating new technologies, and repeating the prototyping process leads to improvements in production techniques. ■ Flow leading to prototyping First, the planning of the new product is carried out. Considerations include cost reduction, the incorporation of new technologies, and improvements in productivity, and prototypes are created to address these considerations. Once the planning is complete, design drawings are created for prototyping, and the prototype is manufactured based on these drawings. * For more details, please refer to the related link page or feel free to contact us. * As a reference, you can view the "Simple Materials: VA/VE to Processing Technology Handbook & Manufacturing Case Studies" from the PDF download below.

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[Processing Technology Column] The production of prototypes is important for speed, cost reduction, and efficiency.

[Processing Technology Column] The production of prototypes is important for speed, cost reduction, and efficiency.

Three elements are important! I will explain the points to be careful about when ordering a prototype.

■To reduce costs and shorten processing time To create a prototype with protrusions on flat surfaces, it is more effective to divide the production into two parts rather than manufacturing it as a single component. This approach can lead to cost reduction and a decrease in manufacturing time. ■Points to consider when prototyping die-cast parts At the prototyping stage, it is unnecessary to spend time and costs correcting minor details. If you demand perfection from the prototype, it will lead to increased costs and time, so it is important to be cautious about not seeking perfection excessively. ■Points to consider when ordering prototypes with a focus on delivery time It is advisable to produce prototypes using cutting processes. If the shape is complex, machining would be a good option. When prioritizing delivery time, starting with larger materials can facilitate the rapid production of prototypes. *For more details, please refer to the related link page or feel free to contact us. *As a reference, you can view the "Simple Materials: Handbook of Processing Technology from VA/VE to Processing Techniques & Production Case Studies" by downloading the PDF below.

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[Processing Technology Column] Reducing work time can lead to cost reduction.

[Processing Technology Column] Reducing work time can lead to cost reduction.

I will explain the costs of cutting processing and discuss methods to reduce costs!

■What parts incur costs in cutting processing? Costs are determined by the time required for processing work. The longer the processing time, the higher the costs, so parts that are difficult to machine will inevitably have higher costs. When you request a quote from Toyama Seiki Co., Ltd., we will provide an estimate, so please consult us regarding pricing at that time. ■Points to reduce costs in cutting processing The key is to shorten the manufacturing time of the parts. For example, when removing corner radii, completely removing them can take an enormous amount of time, so leaving some corner radii within acceptable limits can help reduce costs. In cutting processing, costs vary depending on the type of metal material being processed. If you are not particular about the material, switching to a material that can shorten processing time can help reduce costs. *For more details, please refer to the related link page or feel free to contact us. *As a reference, you can view the "Simple Materials: Handbook of Processing Technology from VA/VE to Processing Techniques & Case Studies" by downloading the PDF below.

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Column on Processing Technology: When choosing a machining contractor, it is important to consider their track record and the adequacy of their equipment.

Column on Processing Technology: When choosing a machining contractor, it is important to consider their track record and the adequacy of their equipment.

Explaining the key points for choosing a machining contractor! We will introduce our features and strengths.

■Points for Choosing a Machining Contractor It is important to determine whether the contractor is reliable. To perform metal processing, equipment such as NC lathes and 5-axis machining centers is necessary. If the equipment is insufficient, it can lead to delays in delivery and affect quality, so it is essential to check whether the factory is fully equipped. Choose a contractor that can respond to requests for short delivery times and cost reductions. ■Features and Strengths of Toyama Seiki Co., Ltd. We have a well-equipped facility with large NC lathes, 5-axis machining centers, and rigid machining, with over 30 machines available. By utilizing different types of equipment, we can handle a wide range of processing from small to large items, and our ability to accommodate special processing is one of our strengths. We can generally process any type of material, and we also handle resin processing in addition to metal processing. *For more details, please refer to the related link page or feel free to contact us. *As a reference, you can view the "Simple Materials: Handbook of Processing Technology from VA/VE to Processing Technology & Production Case Studies" by downloading the PDF below.

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