MINAMIDA(THAILAND) CO.,LTD.
Most recent update: 2025-04-01
PR message
Precision automotive parts (Steel, Stainless, Copper, Aluminium) made by cold forging process, and we can also provide many secondary process such as, part former M/C, Multi-axis double-acting press M/C, general-purpose press M/C, CNC lathe, etc.
Minamida Corporation's press technology, a cold forging process similar to cold forging technology, compresses materials at room temperature. Unlike cold forging that uses a horizontal former, this technology is characterized by the press's vertical motion. This vertical action allows processing without opposing gravity, enabling higher precision forming. Additionally, using workpieces manufactured through cold forging as materials enables processing of more complex shapes.
Features
Minamida Corporation's press technology meets the needs of various industrial sectors with its high precision and capability to process complex shapes. The vertical motion allows for precise adjustment of force, playing a crucial role in maintaining product quality and consistency. This technology also enables the forming of thin materials and products with delicate designs at high precision, expanding the range of product designs.
Specifications
Processing with press technology involves various press machines according to the material type, thickness, and shape of the product being formed. The vertical motion allows for uniform pressure application on the material using gravity, enabling the production of products with uniform thickness and shapes, even for complex designs. Additionally, this technology is energy-efficient, contributing to reduced manufacturing costs.
Minamida Corporation's press technology, with its high precision and complex shape processing capabilities, opens new possibilities in manufacturing. It enhances product quality and reduces costs, strengthening corporate competitiveness. Furthermore, product development leveraging advanced technological capabilities can meet the diverse needs of the market.
Minamida Corporation leads the industry in surface treatment technology aimed at improving the corrosion resistance, hardness, and appearance of metal products. By applying processes such as plating and painting, the functionality and aesthetics of products are enhanced, enabling their use in a wider range of applications. Located in eastern Osaka, an area known for a diverse convergence of surface treatment providers, Minamida offers a wide range of surface treatments including zinc, nickel, tin, alloy, Geomet, anodizing, anti-loosening, and sputter resistant treatments.
Features
The greatest strength of Minamida's surface treatment technology lies in its ability to protect metal products under various environmental conditions and extend their lifespan. By enhancing corrosion resistance, products can be used under more severe conditions, and by improving hardness, resistance to wear and damage is increased. Additionally, achieving a beautiful appearance enhances the product's added value and attracts consumers.
Specifications
Minamida Corporation applies optimal surface treatments to products across a wide range of industrial fields, including automotive parts, electronic devices, and construction materials. Appropriate plating or painting is selected according to each product's application and functional requirements, with processing conducted under strict quality control. This flexibility and high technical capability enable Minamida to meet customer needs with high-quality products.
Minamida Corporation's surface treatment technology is a critical element in significantly enhancing the performance and value of metal products. This technology allows products to be used longer and more effectively, serving as a foundation that supports the competitiveness of the manufacturing industry. In all industries seeking both durability and aesthetics, Minamida's surface treatment technology continues to play its vital role.
Minamida Corporation employs rolling and tapping technologies to form essential screws and serrations on workpieces manufactured through cold forging. Rolling uses two flat or round dies to form screws or serrations on the workpiece's outer diameter. In contrast, tapping uses a specialized tool to form screws on the workpiece's inner diameter, achieving precise machining necessary for fastening and fitting parts together. These technologies significantly improve the assembly and reliability of products.
Features
The greatest feature of Minamida's rolling and tapping technology is its ability to form high-precision screws and serrations without compromising the strength of workpieces produced by cold forging. In particular, screw forming through rolling processing utilizes the material flow, allowing for stronger and more durable screws compared to those made by cutting. Tapping creates precise internal screws, enabling the production of products that meet various fastening requirements.
Specifications
Rolling processing directly applies dies to the workpiece's circumference under pressure to form the desired screw shape or serrations. Tapping processing, on the other hand, involves rotating a specialized tap tool inside the workpiece's inner diameter to form precise internal screws. These processes are used to manufacture precision joint components for a wide range of fields, including automotive parts, electronic devices, and industrial machinery.
Minamida Corporation's rolling and tapping technologies significantly contribute to improving the quality and production efficiency of joint components in the manufacturing industry. These advanced processing techniques enhance product reliability and performance, boosting the competitiveness of the manufacturing sector. In all industrial sectors requiring precise screw forming, Minamida's technology demonstrates its value.
Minamida Corporation's cold forging technology is achieving innovative results in the field of metalworking. As a type of cold forging, this technology manufactures products by compressing materials such as wire or coil at room temperature. In particular, processing with formers (horizontal multi-stage forging machines) or headers allows for high productivity, producing dozens to hundreds of items per minute, and achieving high precision up to 0.01mm. This enables a reduction in manufacturing costs and an improvement in product quality.
Features
The greatest feature of Minamida Corporation's cold forging technology is its high productivity and precision. It allows for fast, continuous production, efficiently meeting the needs of mass production. Additionally, it maintains high precision up to 0.01mm, ensuring uniform quality for products requiring precise machining. Furthermore, as it is a cold process, material deformation and degradation due to heat are minimized, enhancing product quality.
Specifications
This technology uses metal materials such as wire or coil and forms them into predetermined shapes at room temperature by compressing them through specialized machines such as formers (horizontal multi-stage forging machines) or headers. This process enables the manufacture of precision parts used in a wide range of industrial fields, including automotive parts, electronic components, and construction hardware. Its strengths are high-speed productivity, cost reduction, and high-precision machining.
Minamida Corporation's cold forging technology offers an innovative solution that meets the demands for mass production and high quality in the manufacturing industry. This technology significantly enhances product cost performance and market competitiveness. Establishing a new standard in the manufacturing industry with cold forging technology that combines high precision and efficiency.
Minamida Corporation excels in heat treatment technology that improves the strength, hardness, and toughness of metal products. This processing method changes the physical and chemical properties of metals by heating them at high temperatures, optimizing product performance. Located in eastern Osaka, an area renowned for its concentration of heat treatment providers, Minamida offers a diverse range of heat treatment services, including quenching, tempering, carburizing, nitriding, high-frequency, spheroidizing annealing, and soft annealing.
Features
The greatest feature of Minamida's heat treatment technology is its ability to select the most appropriate heat treatment method according to the application of the metal product, significantly enhancing the product's durability, strength, and toughness. Quenching and tempering increase the hardness of the metal while retaining the necessary toughness. Carburizing and nitriding enhance surface hardness and resistance to wear and fatigue. High-frequency and spheroidizing annealing precisely adjust material properties for specific applications.
Specifications
Minamida provides cutting-edge heat treatment technology for metal products used in various fields, including automotive parts, industrial machinery, and aerospace components. Leveraging the geographical advantages of eastern Osaka, Minamida efficiently manufactures products that meet strict quality standards through collaboration with a wide network of heat treatment providers in the area. This extends the lifecycle of products and enhances their final value.
Minamida Corporation's heat treatment technology maximizes the performance of metal products, achieving improvements in durability and performance. This technology increases product reliability and adds value for the end-user. In all industries seeking high-quality heat treatment processing, Minamida stands as a strong partner.
Minamida Corporation utilizes cutting and polishing technologies to perform the final finishing on workpieces manufactured through cold forging. This process involves removing burrs and polishing the workpieces to enhance their precision and improve the surface finish. A wide variety of machining equipment, including lathes, machining centers, centerless grinding, and cylindrical grinding, is used to meet the increasingly sophisticated demands of manufacturing.
Features
The distinguishing feature of Minamida's cutting and polishing technology lies in its ability to finish cold-forged workpieces with utmost precision. This significantly improves the dimensional accuracy and surface roughness of products, enabling the manufacture of higher-quality products. The use of various machining equipment allows for flexible processing tailored to the shape and material of the product, accommodating products that require complex shapes and high precision.
Specifications
Minamida Corporation employs a broad range of processing techniques, from precise shape machining on lathes to the manufacturing of complex shapes with machining centers, and smooth surface finishing with centerless and cylindrical grinding. These technologies enable the production of precision parts used in various industries, including automotive, machinery, and electronics. By maximizing the capabilities of each piece of machining equipment, Minamida meets customer demands for high-quality products.
Minamida's cutting and polishing technology significantly contributes to quality improvement in the final stages of manufacturing as the epitome of precision machining. This advanced technical capability maximizes product quality and performance, enhancing corporate competitiveness. In all industrial sectors that demand high-precision finishes, Minamida's cutting and polishing technology demonstrates its value.
Minamida Company Profile 2023
https://en.nc-net.or.jp/up/library/92667/94750/ce795ca74a0f7b8424b5be9476e191f6.pdf
| Company name | MINAMIDA(THAILAND) CO.,LTD. | Website URL | http://www.minamida.co.jp |
|---|---|---|---|
| Street address |
789/162 Moo 1 Soi 8/2, Nongkham, Sriracha, Chonburi Chonburi Kingdom of Thailand
[See map] |
Person in charge | Kanya Srisantisuk E-mai : sales@minamida.co.th |
| Telephone number | +66-0-3834-8530 | Fax number | +66-0-3834-8532 |
| Capital | Employees | 180 | |
| Annual sales | EMIDAS Member Number | 92667 | |
| Type of manufacturing | Industrial machinery / Transportation equipment | ||
| Main 3 products |
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| Large | Medium | Small |
|---|---|---|
| Mass production | Metal press | Bending Forming Stainless steel Aluminum Brass Thickness Hydraulic counter pressure press Single press (80 - 200 t) Single press (500 t and over) Progressive press (80 - 200 t) |
| Mass production | Mechanical processing | Machining NC milling machining NC turning machining Tapping machining Stainless Aluminum alloy Copper alloy |
| Mass production | Forging | Cold forging Press forging Iron Aluminum Brass |
| Mass production | Grinding processing | NC cylindrical grinding Centerless grinding Double-sided grinding |
| Mass production | Blank cutting | Laser marking Fiber laser processing |
| Parts manufacturing | Machinery part | Gear manufacturing Mechanical parts |
| Parts manufacturing | Bolt/Screw/Nut | Bolt/Screw/Nut manufacturing Bolt manufacturing Nut manufacturing |
| Auto parts manufacturing | Body part | Door Bumper Door lock |
| Auto parts manufacturing | Drive system part | Clutch Transmission Steering device Brake parts |
