外山精機工業 Product Lineup

We would like to introduce our processed product, "Machined from A6061 Round Bar," by Toyama Seiki Industry. The wall thickness is 1.2mm, and the outer diameter is 65mm. Our company specializes in conventional lathe processing and NC lathe processing, as well as 3-axis and 5-axis machining. With a wide range of possible processing sizes and various compatible materials, we can support customers across different industries. Utilizing the technology and know-how we have cultivated over the years, we are able to cater to various sectors. 【Processed Products】 ■ Machined from A6061 Round Bar ■ Wall thickness: 1.2mm ■ Outer diameter: 65mm For more details, please contact us.

We would like to introduce our processed product "Machining from A6061 forged material" by Toyama Seiki Kogyo. It has an outer diameter of 400mm and is a product of NC lathe machining. Our company specializes in ordinary lathe machining and NC lathe machining, as well as 3-axis and 5-axis machining. We can support customers across various industries with a wide range of possible sizes and various materials. Utilizing the technology and know-how we have cultivated over the years, we can accommodate various industries. 【Processed Products】 ■ Machining from A6061 forged material ■ Outer diameter 400mm ■ NC lathe machined product *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce our processed product 'SUS316 φ155' from Toyama Seiki Industry. Our company strives to develop products that satisfy our clients. We can provide suitable proposals based on your requests, so please feel free to consult us regarding VA/VE proposals and method conversions from the design stage. 【Processed Products】 ■SUS316 ■φ155 *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce our processed product, "A5052 Thin-Walled Machining φ60 t1.2" from Toyama Seiki Industry. Our company has large NC lathes with a processing diameter of φ700, conventional lathes, high-precision 5-axis machining centers, and CNC boring machines. If you are having trouble with machining, please feel free to consult with us. 【Processed Product】 ■ A5052 Thin-Walled Machining ■ φ60 ■ t1.2 *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce the processed product "Aircraft Parts 1" from Toyama Seiki Industry. If you are considering requesting machining using large NC lathes and machining centers, please leave it to Toyama Seiki Industry Co., Ltd. We have a total of 16 NC lathe machining machines, allowing us to accommodate various cutting processes. 【Processed Products】 ■ Aircraft Parts *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce our processed product "Aircraft Parts 2" from Toyama Precision Machinery Industry. Our efficient operations contribute to short delivery times and cost reductions. We have skilled craftsmanship and high-performance equipment that can turn various requests into reality, regardless of the industry. Please feel free to consult us about VA/VE proposals from the design stage and method conversions. We also look forward to your requests for estimates. 【Processed Products】 ■ Aircraft Parts *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce our processed product "Aircraft Parts 3" from Toyama Seiki Kogyo. Our company specializes in ordinary lathe processing and NC lathe processing, as well as 3-axis and 5-axis machining. If you are considering requesting machining with large NC lathes and machining centers, please leave it to Toyama Seiki Kogyo Co., Ltd. 【Processed Products】 ■ Aircraft Parts *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce our processed product "Aircraft Parts 4" from Toyama Seiki Industry. Our company owns a total of 16 NC lathe machining machines, both large and small, allowing us to accommodate various cutting processes. We are also waiting for your requests for estimates. Please feel free to consult with us. 【Processed Products】 ■ Aircraft Parts *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce our processed product 'SUS316 Medical Parts 1' from Toyama Precision Machinery Industry. With a wide range of possible processing sizes and various compatible materials, we can support customers across different industries. We have skilled craftsmanship and high-performance equipment to turn various requests into reality, regardless of the industry. Please feel free to consult us for VA/VE proposals from the design stage or for changes in construction methods. 【Processed Products】 ■SUS316 ■Medical Parts *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce our processed product 'SUS316 Medical Parts 2' from Toyama Seiki Industry. Leave the machining with large NC lathes and machining centers to us. We mainly perform ordinary lathe processing and NC lathe processing, as well as 3-axis and 5-axis machining. Please feel free to consult us about VA/VE proposals and method conversions from the design stage. 【Processed Products】 ■SUS316 ■Medical Parts *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce our processed product 'SUS303 Thin-Walled Processing' from Toyama Seiki Industry. The wall thickness is 1mm, and it is a medical component. If you are considering requesting machining with large NC lathes and machining centers, please leave it to us. We have large NC lathes with a processing diameter of φ700, standard lathes, high-precision 5-axis machining centers, and CNC boring machines. 【Processed Products】 ■SUS303 ■Thin-Walled Processing ■Wall Thickness 1mm ■Medical Components *For more details, please refer to the PDF document or feel free to contact us.

VA is a method that can be considered the standard approach for cost review. Many companies conduct VA internally 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 our 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 VE, please feel free to contact us. *For more details, please refer to the PDF materials or feel free to reach out to us.

In value analysis (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 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.

A machining center is a machine that can shave, groove, drill, and enlarge holes in materials by rotating various types of blades at high speeds. It can create a wide variety of shapes and perform precise machining and complex part processing. However, it is important to remember that as the complexity of the shapes increases, so do the time and costs involved. In cases where complex parts need to be produced in large quantities, using molds for plastic processing may be better than machining with a machining center. *If you need parts processing, including machining center cutting, please feel free to leave it to us. *For more details, please refer to the PDF materials or contact us at your convenience.

The aluminum "special machine parts and brackets" are examples of fixtures and fittings made from aluminum A5052 square bars. We are offering a collection of case studies featuring numerous examples of 5-axis machining as a free gift. Please be sure to download it. 【Contents of the Case Study Collection】 ■ Application examples: Aircraft parts, medical parts, etc. ■ Materials: SUS303, SUS316, A5052, A6061, etc. ■ Machining: Ordinary lathes, large NC lathes, milling, machining, 5-axis, etc. *Please view the PDF data from the download for the collection of production examples. *For more details, please refer to the PDF materials or feel free to contact us.

The "A6061 aluminum machined parts" are examples of jigs and fittings made from A6061 aluminum square bars. We are offering a free collection of case studies featuring numerous examples of 5-axis machining. If you are facing challenges with 5-axis machining, please feel free to consult with us. 【Contents of the Case Study Collection】 ■ Application examples: Aircraft parts, medical parts, etc. ■ Materials: SUS303, SUS316, A5052, A6061, etc. ■ Machining: Conventional lathe, large NC lathe, milling, machining, 5-axis, etc. *Please view the PDF data from the download for the collection of manufacturing examples. *For more details, please refer to the PDF materials or feel free to contact us.

The "Large Aluminum Flange (Diameter 680mm)" is an example of a fixture and hardware made from aluminum A6061, machined from square bars. You can download a collection of examples featuring numerous cases of 5-axis machining for free. Please download it for your reference in consideration. If you have any questions regarding 5-axis machining, feel free to consult with us. 【Contents of the Example Collection】 ■ Application Examples: Aircraft parts, medical parts, etc. ■ Materials: SUS303, SUS316, A5052, A6061, etc. ■ Machining: Ordinary lathe, large NC lathe, milling, machining, 5-axis, etc. *For more details, please refer to the PDF document or feel free to contact us.

The "Iron (45C) Wire Mesh Weaving Machine Parts" are examples of jigs and fittings made from 45C iron square bars. We are offering a collection of case studies featuring numerous examples of 5-axis machining for free. This collection includes many applications such as aircraft parts and medical components. Please feel free to contact us if you are interested. [Contents of the Case Study Collection] ■ Application Examples: Aircraft parts, medical components, etc. ■ Materials: SUS303, SUS316, A5052, A6061, etc. ■ Machining: Standard lathes, large NC lathes, milling, machining, 5-axis, etc. *For more details, please refer to the PDF document or feel free to contact us.

The "Iron (45C) Tip Parts" are examples of jigs and fittings made from iron 45C square bars. Our company strives to develop products that satisfy our clients. We can provide suitable proposals based on your requests, so please feel free to consult us about VA/VE proposals and method changes from the design stage. We are offering a collection of case studies featuring numerous examples of 5-axis machining as a free gift. Please download and take a look. 【Contents of the Case Study Collection】 ■ Application examples: Parts for food machinery and equipment, aircraft parts, medical parts, etc. ■ Materials: SUS303, SUS316, A5052, A6061, etc. ■ Machining: Ordinary lathes, large NC lathes, milling, machining, 5-axis, etc. *Please view the case study collection PDF data from the download. *For more details, please refer to the PDF materials or feel free to contact us.

This document is a technical handbook related to machining, explaining the basics of machining technology, from fundamental knowledge of lathes, machining, and 5-axis processing to the differences between various materials, the realization of VA/VE, and the mechanisms of cost reduction. It includes topics such as how 5-axis processing leads to cost reduction and the characteristics of various materials like iron and aluminum. [Contents (excerpt)] ■ What can be done with NC lathes? What are the advantages? ■ How does 5-axis processing lead to cost reduction? ■ What are the characteristics of various materials like iron and aluminum? ■ VA considering the lifespan of parts, etc. *For more details, please refer to the PDF document or feel free to contact us.

The "Iron (45C) Machine Parts" is a case study of jigs and fittings manufactured from 45C iron square bars. You can rely on us for machining using large NC lathes and machining centers. We primarily perform ordinary lathe machining, NC lathe machining, 3-axis machining, and 5-axis machining. We are offering a free collection of case studies featuring numerous examples of 5-axis machining. Please download it and take a look. [Contents of the Case Study Collection] ■ Application examples: Parts for food machinery and equipment, aircraft parts, medical parts, etc. ■ Materials: SUS303, SUS316, A5052, A6061, etc. ■ Machining: Ordinary lathe, large NC lathe, milling, machining, 5-axis, etc. *Please view the PDF data from the download for the case study collection. *For more details, please refer to the PDF materials or feel free to contact us.

This is a manufacturing example of a "machine part (housing)" machined from aluminum (A2017). We have skilled craftsmen and high-performance equipment to turn various requests into reality, regardless of the industry. Please feel free to consult us for VA/VE proposals from the design stage and for changes in construction methods. We are offering a free collection of case studies featuring numerous examples of 5-axis machining. Please download it and take a look. [Contents of the Case Study Collection] ■ Application examples: Parts for food machinery and equipment, aircraft parts, medical parts, etc. ■ Materials: SUS303, SUS316, A5052, A6061, etc. ■ Machining: Conventional lathes, large NC lathes, milling, machining, 5-axis, etc. *Please view the manufacturing case study collection as a PDF download. *For more details, please refer to the PDF materials or feel free to contact us.

This is a case study of the production of "flange parts" machined from aluminum on a lathe. Our company is committed to developing products that satisfy our clients. We have skilled craftsmen and high-performance equipment capable of turning various requests into reality, regardless of the industry. Please feel free to consult us about VA/VE proposals from the design stage and method conversions. We are offering a free case study collection that includes numerous examples of 5-axis machining. Please download it and take a look. [Contents of the Case Study Collection] ■ Application examples: Parts for food machinery and equipment, aircraft parts, medical parts, etc. ■ Materials: SUS303, SUS316, A5052, A6061, etc. ■ Machining: Conventional lathes, large NC lathes, milling, machining, 5-axis, etc. *Please view the PDF data from the download for the case study collection. *For more details, please refer to the PDF materials or feel free to contact us.

The stainless steel SUS316 "distribution nozzle" is a processed component characterized by its radially elongated holes and protrusions at the connection points, made using 5-axis machining. It is challenging to evenly create radially elongated holes even with 5-axis machining, making this product a culmination of the technology from Toyama Seiki. We are offering a collection of case studies featuring numerous examples of 5-axis machining for free. Please feel free to download and take a look. 【Contents of the Case Study Collection】 ■ Application examples: Aircraft parts, medical parts, etc. ■ Materials: SUS303, SUS316, A5052, A6061, etc. ■ Machining: Ordinary lathes, large NC lathes, milling, machining, 5-axis, etc. *Please view the case study collection by downloading the PDF data. *For more details, please refer to the PDF materials or feel free to contact us.

The Inconel-made "stopping fixtures and jigs" are examples of fixtures and fittings manufactured from high-hardness Inconel square bars. Processing is difficult because they are machined from very hard Inconel square bars, making this a product that embodies the technology of Toyama Seiki. We are offering a collection of case studies featuring numerous examples of 5-axis machining as a free gift. 【Contents of the Case Study Collection】 ■ Application examples: Aircraft parts, medical parts, etc. ■ Materials: SUS303, SUS316, A5052, A6061, etc. ■ Machining: Ordinary lathes, large NC lathes, milling, machining, 5-axis, etc. *Please view the PDF data of the case study collection from the download. *For more details, please refer to the PDF materials or feel free to contact us.

The Machining Technology Handbook is a resource that explains the fundamentals of machining technology, covering everything from the basics of lathes, machining, and 5-axis processing to the differences in various materials, the realization of VA/VE, and the mechanisms for cost reduction. The production case study collection presents photographs and applications of manufactured items, focusing primarily on machining examples commonly used for logistics equipment and component parts. [Contents of the Machining Technology Handbook (excerpt)] ■ What can be done with NC lathes? What are the advantages? ■ How does 5-axis machining lead to cost reduction? ■ What are the characteristics of various materials such as iron and aluminum? ■ VA considering the lifespan of components *For more details, please refer to the PDF document or feel free to contact us.

This is a case study of the production of "pipe parts" machined from SS material using a lathe. The outer diameter is Φ560×L1200. We own a total of 16 NC lathe machining machines, both large and small. We can accommodate various cutting processes. We are offering a free collection of case studies featuring numerous examples of lathe and 5-axis machining. Please feel free to download and take a look. 【Contents of the Case Study Collection】 ■ Application examples: Parts for food machinery and equipment, aircraft parts, medical parts, etc. ■ Materials: SUS303, SUS316, A5052, A6061, etc. ■ Machining: Ordinary lathes, large NC lathes, milling, machining, 5-axis, etc. *Please view the case study collection PDF data available for download. *For more details, please refer to the PDF materials or feel free to contact us.

We would like to introduce the processed product "Machined from A6061 Round Bar" by Toyama Seiki Industry. Our company specializes in ordinary lathe processing and NC lathe processing, as well as 3-axis and 5-axis machining. With a wide range of possible processing sizes and various compatible materials, we can assist customers across different industries. We will leverage the technology and know-how we have cultivated over the years to cater to various sectors. 【Processed Products】 ■Machined from FC Round Bar *For more details, please refer to the PDF document or feel free to contact us.

What is the "setup" 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 fully automated cutting 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 instead have a rounded shape. 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 are too particular about the handling of corner R, the cutting processing company will face a challenging task, which may 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: Processing Technology Handbook & Production Case Studies from VA/VE to Processing Technology" by downloading the PDF below.

■What can be understood through product development prototypes When creating prototypes, issues related to costs, such as which processes incur expenses, become clear. By repeatedly making prototypes, unnecessary costs can be identified and reduced. During the prototyping stage, various production technologies are tested, and excellent technologies are adopted for the final product. Prototyping serves as a testing and evaluation platform for new technologies, and repeating the prototyping process leads to improvements in production techniques. ■Flow leading up to prototyping First, the planning and proposal for the new product is conducted. Considerations include cost reduction, the incorporation of new technologies, and improvements in productivity, and prototypes are created to address these considerations. Once the planning and proposal are complete, design drawings are created for prototyping, and the prototypes are 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.

■Complexity of Cutting Processing Cutting processing does not necessarily improve with the introduction of advanced machinery. To drill narrow holes deeply or to process various materials with high precision, advanced technical skills are required. In cutting processing, the craftsman's tactile sense is crucial, and skilled artisans can perform highly precise cutting without relying on machines, using only their sense of touch. ■Benefits of Outsourcing Cutting Processing The benefits include shortened delivery times and cost reductions. When urgent cutting processing is necessary or when it takes too long to be cost-effective, outsourcing cutting processing allows for delivery within budget and in a short time frame. Our company accommodates urgent delivery requests, ensuring that products are delivered on time as per customer requirements. We focus not only on the speed of delivery but also on maintaining high quality, enabling us to provide high-quality and high-precision cutting processing. *For more details, please refer to the related links page or feel free to contact us. *As a reference, you can view the "Simple Materials: Processing Technology Handbook & Production Case Collection from VA/VE to Processing Technology" by downloading the PDF below.

■NC Turret Lathe This refers to an NC lathe equipped with a rotating tool post called a turret. Various types of tools can be attached to the turret, allowing for tool changes as needed, enabling a variety of cutting processes, making it suitable for mass production of the same parts. ■NC Face Lathe This is a lathe specialized for face turning, used when machining large disc-shaped workpieces with a large outer diameter compared to their length. The NC face lathe is characterized by having a large faceplate, allowing for the cutting of large workpieces. ■NC Vertical Lathe While the carriage moves horizontally, the NC vertical lathe has a spindle oriented vertically, allowing the cutting tool to move from top to bottom for turning. Because the spindle is vertical, it can minimize spindle distortion, which is an advantage of the NC vertical lathe, enabling high-precision machining. *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 Machining Technology from VA/VE to Machining Techniques & Production Case Studies" available for download in the PDF below.

■Guidelines for Choosing Materials for Processed Products – Function– Typical materials include iron, aluminum, copper, titanium, nickel, and stainless steel. If strength is desired, iron is suitable, and by quenching or tempering the iron, its strength can be increased. ■Guidelines for Choosing 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 Choosing 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.

■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, which can lead to cost reduction and shorter production time. ■Points to note for prototype die-cast parts At the prototype stage, there is no need to spend time and costs correcting trivial details. If you demand perfection from the prototype, it will lead to increased costs and time, so it is important to avoid being overly focused on perfection. ■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 is 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 Technology & Production Case Studies" by downloading the PDF below.

■What is machining? Machining is the process of shaping metal materials according to the specifications outlined in the design drawings. Machining can be further classified into forming (deformation), additive processing, subtractive processing, and joining. ■What is heat treatment processing? Heat treatment processing involves modifying and improving the structure of materials using high and low temperatures. It can be broadly categorized into overall heat treatment and surface heat treatment. Overall heat treatment aims to modify the entire structure of the component and consists of two processing methods: heat treatment and special heat treatment. ■What is surface treatment? Surface treatment involves processing the surface of components. Plating and painting are examples of surface treatment, but there are various other processing methods as well. Surface treatment includes electrochemical treatment, painting, and physical surface treatment, all of which protect the components by forming a film on their surfaces. *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: Machining Technology Handbook & Production Case Collection from VA/VE to Machining Technology" by downloading the PDF below.

■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 cost, so parts that are difficult to machine will inevitably have higher costs. When you request services from Toyama Seiki Kogyo Co., Ltd., we will provide you with a quote, 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 eliminating 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's properties, switching to a material that allows for shorter processing times 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.

■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 confirm whether the factory is well-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, and rigid machining, with over 30 machines available. By utilizing different equipment, we can handle a wide range of processing from small to large items, and our ability to accommodate special processing is our strength. We can process virtually any material and are capable of both metal and resin 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.

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, including resin, aluminum, and stainless steel, and we have a proven track record in the aerospace and pharmaceutical fields, where high precision is required. We are ready to assist regardless of the industry. Please feel free to consult us regarding materials. 【Processing Fields】 ■ Automotive ■ Specialized machine parts ■ Industrial machinery ■ Power-related components ■ Medical parts ■ Aerospace-related components, etc. *We have a nationwide track record, but we can respond quickly, especially in the Aichi, Gifu, Mie, Shizuoka, and Tokai areas. *For more details, please refer to the PDF document or feel free to contact us.

Introducing the processed product "A5052 Pharmaceutical Manufacturing Machine Parts 1" from Toyama Seiki Kogyo. 【Processing Example】 ■ Material: A5052 ■ Size: Φ300 ■ Processing Method: Lathe processing, 5-axis machining ■ Application: Pharmaceutical manufacturing machine parts 【About Us】 Our company specializes in ordinary lathe processing and NC lathe processing, as well as 3-axis and 5-axis machining. With a wide range of possible processing sizes and various compatible materials, we have a proven track record across different industries. We leverage the technology and know-how we have developed over the years to cater to various sectors. *If you are wondering whether we can handle a specific type of processing, please feel free to contact us.

Introducing the processed product "A5052 Pharmaceutical Manufacturing Machine Parts 2" from Toyama Seiki Kogyo. 【Processing Example】 ■ Material: A5052 ■ Size: Φ180 ■ Processing Method: Lathe processing, 5-axis machining ■ Application: Pharmaceutical manufacturing machine parts 【About Us】 Our company specializes in ordinary lathe processing and NC lathe processing, as well as 3-axis and 5-axis machining. With a wide range of possible processing sizes and various materials we can accommodate, we have a proven track record across different industries. We utilize the technology and know-how we have developed over the years to cater to various sectors. *If you are wondering whether we can handle a specific type of processing, please feel free to contact us.

We would like to introduce a case study of lathe machining by Toyama Seiki Kogyo. 【Machining Case Study】 ■Material: FCD600 ■Size: Approximately Φ400 ■Machining Method: Lathe Machining ■Application: Used for molds related to power equipment 【About Us】 Our company specializes in large-scale lathe machining. We are highly regarded for our ability to provide consistent support for 5-axis machining, which allows us to shorten the machining process. ★We can accommodate sizes from approximately Φ100 to Φ850. If you are wondering whether we can handle a specific type of machining, please feel free to contact us.

～ Large NC Lathe Φ850 × 5-Axis Machining - For large lathe processing, contact Toyama Seiki Kogyo! ~ Our company specializes in large-scale processing and is highly regarded for our ability to provide consistent support for 5-axis machining, which allows us to shorten the processing time. We can handle not only metals but also challenging materials such as copper and aluminum. We flexibly accommodate non-ferrous metals, resins, and various other materials! We are ready to assist regardless of the industry. Please feel free to consult us regarding materials. 【Processing Fields】 ■ Automotive ■ Specialized machine parts ■ Industrial machinery ■ Power-related components ■ Medical parts ■ Aerospace-related components, etc. * We have a track record nationwide, but 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 materials or feel free to contact us.

We would like to introduce examples of processing and manufacturing from Toyama Seiki Kogyo, which specializes in large NC lathes and 5-axis machining. 【Processing Examples】 ■ Size: Approximately Φ450 ■ Processing Methods: Lathe processing, machining, anodizing ■ Application: Dedicated jigs for semiconductor manufacturing 【About Us】 Our company specializes in large-scale lathe processing. We can consistently handle 5-axis machining, which has earned us high praise for our ability to shorten processing times. ★ We can accommodate sizes from approximately Φ100 to Φ850. We can work with metals, as well as with materials considered to be challenging, such as copper and aluminum. We flexibly respond to non-ferrous metals, resins, and various materials! *If you are wondering whether we can handle a specific type of processing, please feel free to contact us.

In the aerospace industry, parts that achieve both lightweight and high strength are required for aircraft manufacturing. Particularly for thin-walled machined components that influence the performance of the aircraft, high precision and quality are essential. Improper machining can lead to a decline in aircraft performance and safety issues. Our A5052 thin-walled machining supports the resolution of challenges in your aircraft manufacturing with a wide range of machining sizes and various compatible materials. 【Application Scenarios】 - Aircraft and spacecraft components - Drone components - Rocket components 【Benefits of Implementation】 - Improved fuel efficiency through weight reduction - Achieving high strength and durability - Enhanced performance of components

In the medical device industry, there is a trend towards miniaturization and lightweighting of products, which requires high precision and durability in the enclosures. Particularly in enclosures that protect precise electronic components, lightweighting through thin-wall processing and high dimensional accuracy significantly affect product performance. Our A5052 thin-wall processing was developed to meet these needs. 【Application Scenes】 - Medical monitor enclosures - Analytical instrument enclosures - Surgical robot enclosures 【Benefits of Implementation】 - Improved handling due to lightweighting - Increased reliability of components through high-precision processing - Adaptability to diverse shapes