松山テクニカルワークス Product Lineup

■Sensor amplifier board with chip components *Contains approximately 30 chip components. ○Specifications: Excellent heat resistance, water resistance, weather resistance, and chemical resistance. ○Advantages: Due to its molding, significant cost reduction is possible compared to potting methods.

• Other cable related products

■ Waterproof Solenoid * There is no pitch deviation in the coil due to molding. ○ Specifications: Excellent heat resistance, water resistance, weather resistance, and chemical resistance. ○ Advantages: Due to molding, significant cost reduction is possible compared to potting methods.

• Other electronic parts

■Fully waterproof switch board using waterproof switches *The through holes are also completely waterproof. ○Specifications: Excellent heat resistance, water resistance, weather resistance, and chemical resistance. ○Advantages: Due to molding, significant cost reduction is possible compared to potting methods.

• switch

This document introduces machining examples from Matsuyama Technical Works, which specializes in parts that enhance added value through insert molding that combines processes such as pressing and coiling, utilizing technology cultivated in precision components. It includes a case study of manufacturing structural components for a "wind speed measuring device" through resin cutting processing. In cases with low production volumes, we can propose designs without the need to create expensive molds, using cutting processing instead. 【Machinable Materials】 Resins: ABS/PC/PA/LCP/PVC, Metals: SUS/Mg/AL, etc.

• Plastic utensils and containers
• Processing Contract

This document introduces processing examples from Matsuyama Technical Works, which specializes in parts that enhance added value through insert molding that combines techniques cultivated in precision parts with processes such as pressing and coiling. It includes a case study of manufacturing structural components for a "flow rate measuring device" through metal cutting processing. Since the material is stainless steel, it can be used in high-temperature environments above 350°C. We can provide proposals from the design stage for easy manufacturing. 【Machinable Materials】 Plastics: ABS/PC/PA/LCP/PVC, Metals: SUS/Mg/AL, etc.

• Stainless steel utensils and containers
• Processing Contract

This document introduces processing examples from Matsuyama Technical Works, which specializes in parts that enhance added value through insert molding that combines techniques cultivated in precision parts with processes like pressing and coiling. It includes a case study of producing structural components for the "folding part of an umbrella" using molded parts from a die. We can offer designs that are easy to manufacture and suitable for mass production. 【Structural Components】 ■ Material: Resin (ABS/PC/PA/LCP/PVC, etc.) ■ Advantages: We propose manufacturing designs that allow for cost-effective production through the creation of dedicated molds.

• Plastic bearings
• Processing Contract

■Quad-band：800MHz + 1800MHz + 1900MHz + 2100MHz

• antenna

The manufacturing of highly accurate waterproof components is essential for producing precision equipment. Here, we will introduce one of the technologies used in the production of waterproof components: "Hot Melt Molding." [Content of the Document] - Features of Hot Melt Molding - Why is there a significant difference in processing time between Hot Melt Molding and two-component potting? For the development and mass production of waterproof components and terminal parts such as antennas, please leave it to Matsuyama Technical Works. We are engaged in component development utilizing the technologies cultivated in component manufacturing, such as waterproof parts through insert molding. *For more details, please download the PDF or feel free to contact us.

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Sealing technology plays an important role in protecting electronic devices that require waterproofing from various influences. Sealing refers to the process of enclosing precision components without gaps to prevent exposure to the outside air, as well as the technology involved in this process. Therefore, it serves to protect semiconductors from impact, shield components from external environments such as heat, dust, moisture, and light, and facilitate electrical connections, heat dissipation, and mounting. [Content Overview] ■ Role of Sealing ■ What is the "Hot Melt Molding" that is gaining attention? ■ Applications of Hot Melt Molding *Matsuyama Technical Works specializes in mass production of waterproof components sealed through insert molding. For more details, please download the PDF or feel free to contact us.

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"Insertion molding" is a method of creating composite parts by injecting resin around the outer circumference of metal components or substrates inserted into a mold, thereby integrating the resin with other materials. Matsuyama Technical Works develops and manufactures high-quality waterproof components finished through insertion molding, providing them to customers. 【Features of Insertion Molding】 ■ High durability ■ Electronic components are less prone to deterioration ■ Possibility of diverse product development ■ Improved work efficiency (cost reduction)

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The optimal shape of an antenna varies depending on the frequency and application. The most efficient antenna is one that is half the length of the wavelength of the frequency being used. High-frequency waves, which are the source of radio waves, have the property of reversing polarity every half wavelength. Therefore, when the length of the antenna conductor exceeds half a wavelength, the transmission and reception of radio waves do not work well. By making the length of the antenna conductor half the wavelength of the frequency, the radio waves resonate with the antenna. By adjusting the length of the antenna according to the wavelength of the frequency, the antenna and the transmitted radio waves enter a resonant state, allowing maximum power to be radiated. Similarly, in a receiver, the received radio waves and the antenna enter a resonant state, enabling the capture of maximum power. [Content of the document] - About the transmission and reception of radio waves and the length of the antenna - About the basic shapes of antennas - About precautions for built-in antennas For details on the mechanism of built-in antennas and points to consider during design, please download the PDF or feel free to contact us.

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"Insert molding" is a method of creating composite parts by injecting resin around metal components that are inserted into a mold. Matsuyama Technical Works develops and manufactures high-quality built-in antennas for mobile and portable devices finished through insert molding, providing them to customers. By inserting multiple materials, subsequent processes can be shortened. This allows for smoother operations and reduces delivery times. Additionally, the reduction of unnecessary processes leads to cost savings, enabling us to offer products to customers at a lower price. *For more details, please download the PDF or feel free to contact us.*

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"Insert molding" is a method of creating composite parts by injecting resin around metal components inserted into a mold. Matsuyama Technical Works develops and manufactures high-quality built-in antennas for mobile and portable devices finished through insert molding, providing them to customers. 【Variety of Product Development Possible】 The materials that can be combined with resin in insert molding are not limited to metal. Various materials such as glass components, plastic parts, wood, and ceramic components can be inserted with resin. This allows for the development of original products that bring ideas to life. *For more details, please download the PDF or feel free to contact us.

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"Insert molding" is a manufacturing method that involves injecting resin around metal parts inserted into a mold, creating a composite component that integrates both metal and resin. Matsuyama Technical Works develops and manufactures high-quality built-in antennas for mobile and portable devices finished through insert molding, providing them to customers. 【A molding method that minimizes the degradation of electronic components】 Insert molding using resin minimizes damage to components that occurs during assembly by combining with metal parts during the molding process. Additionally, the resin also plays a role in preventing corrosion of the metal after molding. Therefore, built-in antennas made through insert molding are less prone to degradation compared to others. *For more details, please download the PDF or feel free to contact us.

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"Insert molding" is a manufacturing method that involves injecting resin around metal parts inserted into a mold, creating a composite component that integrates metal and resin. Matsuyama Technical Works develops and manufactures high-quality built-in antennas for mobile and portable devices finished through insert molding, providing them to customers. 【Strong Durability】 Built-in antennas produced through insert molding have a significant advantage in strength compared to those finished by inserting metal parts and other inserts after molding. The combination of the flexibility unique to resin and the rigidity of metal allows for the creation of highly durable and precise components. *For more details, please download the PDF or feel free to contact us.*

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What we create are antenna components for cutting-edge communication devices, including "antennas built into mobile phones." With well-equipped facilities and experienced engineers, we respond to customer demands through speedy and high-quality parts manufacturing, while our team of engineers continuously pursues the forefront of technology. 【Product Introduction】 ■ Molding for electronic component encapsulation ■ Cutting housings for mobile devices and prototypes ■ Built-in antennas for mobile devices (LTE) ■ W-LAN antennas for mobile devices ■ Built-in antennas for mobile devices ■ Whip antennas 【Equipment】 All processes are managed in-house. ● CAD for mechanical component design ● CAD for electronic circuit design (for circuit diagram creation) ● Rotary molding machines ● Vertical molding machines ● Linear polarization measurement systems, etc. * We also offer equipment rental, environmental testing, and dimensional measurement services. * For more details, please refer to the PDF document or feel free to contact us.

• antenna
• Other electronic parts