名古屋樹脂工業 List of Products and Services

Nagoya Plastic Industry's "Large Vacuum Forming Tray" is widely used for large trays necessary for hydroponic cultivation in plant factories. The vacuum forming trays can be cleaned and reused, providing the advantage of long-term use. Additionally, compared to other molding methods, the mold costs are low, making them recommended for one-time projects such as those in plant factories. 【Features】 ◆ Large molding capability (Vacuum forming 3200mm x 1500mm) ◆ Support from prototyping to mass production ◆ Custom design available according to your requirements 【Download the technical handbook or inquire here↓↓】

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The "Sheet Molding (Vacuum Molding and Pressure Molding) Technology Handbook" is a technical handbook that explains technologies such as vacuum molding and pressure molding. It includes key points to keep in mind to avoid failures in the design and production of sheet molding. 【Recommended for customers like these!】 ◎ Combining split molded parts to create large products… ◎ Wanting to mold with thick materials around 15-20mm… ◎ Looking to reduce initial costs such as mold expenses due to low quantities… 【Contents included】 (partial) ◆ What are vacuum molding and pressure molding? ◆ Key points to avoid failures in the design and production of sheet molding ◆ Processing examples from Nagoya Plastic Industry… and more 【For more details, please download the catalog or feel free to contact us】

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The "Sheet Molding (Vacuum Molding and Pressure Molding) Technology Handbook" is a technical handbook that explains technologies such as vacuum molding and pressure molding. It includes key points to keep in mind to avoid failures in the design and production of sheet molding. 【Contents】 (partial) ◆ What are vacuum molding and pressure molding? ◆ Key points to avoid failures in the design and production of sheet molding ◆ Processing examples from Nagoya Plastic Industry ... and more 【For more details, please download the catalog or feel free to contact us】

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0. What are vacuum forming and pressure forming? 1. Key points to avoid failure in sheet forming design and production (1) Points for selecting the forming method (2) Points for selecting forming materials (3) Points to consider during design (4) Points for mold selection (5) Points for post-processing (6) Points for cost reduction 2. Processing technology 3. List of equipment 4. Comparison table of forming methods 5. Processing examples ~For details, please contact us or download~

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Custom material vacuum-formed covers are used in various locations. By using custom-colored materials, products in your desired color can be produced without painting, leading to a reduction in painting costs. Additionally, since materials can be sized to fit the product, waste material is reduced, resulting in further cost savings. <Features> - Cost reduction is possible by eliminating painting. - By specifying material sizes, waste material is minimized, allowing for cost savings. For more details, please contact us or download and view the catalog.

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The printed vacuum-formed cover is used as a cover for conveying equipment. If printing is required, it can accommodate various decorations such as printing before and after molding, and printing from the back of transparent materials. Of course, even if printing is necessary, it can handle a variety of small lots. <Features> - Capable of various decorations such as printing before and after molding - Can accommodate a variety of small lots For more details, please contact us or download and view the catalog.

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The air pressure forming assembly cover is used for the exterior covers of analytical instruments and similar devices. By using air pressure forming, it is possible to accommodate small R shapes that cannot be achieved with vacuum forming. Products that are separately formed and processed, such as the main body and doors, can be assembled and delivered. By producing the main body and doors simultaneously in one forming and processing cycle, cost reduction is also achievable. <Features> - Capable of producing small R shapes that are impossible with vacuum forming - Assembly support available - Cost reduction proposals based on numerous achievements For more details, please contact us or download and view the catalog.

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Vacuum-formed covers are used for the covers of transport equipment. They can be produced in free shapes to match the internal structure of the transport equipment. Vacuum forming can easily accommodate design changes, such as those needed for prototypes. Additionally, it is suitable for small lots of various types, making it a production method that aligns with modern equipment manufacturing. <Features> - Easy to produce designs that do not interfere with the internal structure - Easy to accommodate design changes - Capable of handling small lots of various types [For downloading the technical handbook or inquiries, please click here↓↓]

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Vacuum-formed covers are used for automotive parts. By using transparent materials, which are a characteristic of resin, it is possible to produce products while maintaining transparency. We can also accommodate small-scale production for prototypes and mock-ups. <Features> - Capability to produce transparent products - Support for small-scale production of prototypes and mock-ups For more details, please contact us or download and view the catalog.

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Vacuum-formed covers are used for the covers of transport equipment. They can be produced in free shapes to match the internal structure of the transport equipment. Vacuum forming can easily accommodate design changes, such as those needed for prototypes. Additionally, it is suitable for small lots of various types, making it a production method that aligns with modern equipment manufacturing. <Features> - Easy to produce designs that do not interfere with the internal structure - Easy to accommodate design changes - Capable of handling small lots of various types For more details, please contact us or download the catalog to view.

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Thick vacuum-formed covers are used for covers of measuring instruments and similar items. In standard vacuum forming, the maximum sheet thickness is limited to 6 mm, but our company can form sheets up to 20 mm thick. Therefore, we can accommodate the production of products that require strength or have a greater height. Additionally, like standard vacuum forming, we can handle a variety of small lots, making it a production method that matches modern equipment manufacturing. <Features> - Capable of forming up to a maximum sheet thickness of 20 mm - Able to produce products with strength and height that are typically impossible - Can accommodate a variety of small lots For more details, please contact us or download our catalog to view.

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Vacuum-formed covers are used for exterior covers of aircraft and other applications. Design changes during prototyping can be easily accommodated with vacuum forming. A material that complies with flame retardant standards is essential for transportation equipment. With vacuum forming, materials that meet UL standards can be selected, allowing for the production of products with excellent flame resistance. Additionally, it can accommodate a variety of small lots, making it a suitable manufacturing method for modern equipment. <Features> - Easy to accommodate design changes - Can comply with flame retardant standards - Capable of handling a variety of small lots For more details, please contact us or download the catalog to view.

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Vacuum-formed covers are used for exterior covers of transportation equipment and other applications. Design changes during prototyping can be easily accommodated with vacuum forming. A material that complies with flame retardant standards is essential for transportation equipment. With vacuum forming, materials that meet UL standards can be selected, allowing for the production of products with excellent flame resistance. Additionally, it can accommodate a wide variety of small lots, making it a production method that matches modern equipment manufacturing. <Features> - Easy to accommodate design changes - Can comply with flame retardant standards - Capable of handling a wide variety of small lots For more details, please contact us or download our catalog for further information.

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Vacuum-formed thin covers are used for the exterior covers of equipment and devices. Products as thin as about 1mm, which are difficult to produce with injection molding, can be accommodated with vacuum forming. Design changes during prototyping can also be easily handled with vacuum forming. Additionally, it can accommodate a variety of small lots, making it a production method that matches modern equipment manufacturing. <Features> - Capable of producing thin-walled products that are impossible with injection molding - Easy to accommodate design changes - Can handle a variety of small lots For more details, please contact us or download and view the catalog.

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The air pressure forming assembly cover is used for exterior covers of POS equipment and similar devices. By using air pressure forming, it is possible to accommodate small R shapes that are not feasible with vacuum forming. Products that are separately formed and processed, such as the main body and doors, can be assembled and delivered. By producing the main body and doors simultaneously in one forming and processing cycle, cost reduction is also achievable. <Features> - Capable of producing small R shapes that are impossible with vacuum forming - Assembly support available - Cost reduction proposals based on numerous achievements For more details, please contact us or download and view the catalog.

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The air pressure forming exterior covers are used for the outer covers of equipment and devices. By using air pressure forming, it is possible to accommodate small R shapes that cannot be achieved with vacuum forming. With air pressure forming, even slightly undercut shapes can be produced. This method is suitable for modern equipment manufacturing as it can handle a variety of small lots. <Features> - Capable of producing small R shapes that are impossible with vacuum forming - Many successful cases of undercut shapes - Can accommodate a variety of small lots For more details, please contact us or download and view the catalog.

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Vacuum-formed exterior covers are used for the outer covers of equipment and machinery. Designs with curves, which are difficult to achieve with sheet metal, can be produced easily and cost-effectively using vacuum and pressure forming. Design changes during prototyping can also be easily accommodated with vacuum forming. Additionally, it can handle a variety of small production runs, making it a suitable manufacturing method for modern equipment. <Features> - Capable of accommodating exterior covers that emphasize design - Easy to respond to design changes - Can handle a variety of small production runs For more details, please contact us or download our catalog to view.

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The air pressure forming assembly cover is used as an exterior cover for equipment and devices. By using air pressure forming, it is possible to accommodate small R shapes that cannot be achieved with vacuum forming. Products that are separately formed and processed, such as the main body and door, can be assembled and delivered. By producing both the main body and door simultaneously in one forming and processing cycle, cost reduction is also achievable. <Features> - Capable of producing small R shapes that are impossible with vacuum forming - Assembly support available - Cost reduction proposals based on numerous achievements For more details, please contact us or download and view the catalog.

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Pressure forming covers are used for the exterior covers of equipment and machinery. By using pressure forming, it is possible to accommodate small R shapes that are not feasible with vacuum forming. With pressure forming, even slightly undercut shapes can be produced. This method is suitable for modern equipment manufacturing as it can handle a variety of small lots. <Features> - Capable of producing small R shapes that are impossible with vacuum forming - Many successful cases of undercut shapes - Can accommodate a variety of small lots For more details, please contact us or download and view the catalog.

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Vacuum-formed fitting covers are used as exterior covers for equipment and machinery. By utilizing vacuum and pressure forming, designs with curves that are difficult to achieve with sheet metal can be produced easily and cost-effectively. This method is suitable for modern equipment manufacturing as it can accommodate a variety of small lots. Additionally, thanks to our extensive track record and know-how, we can also accommodate fitting shapes. <Features> - Capable of accommodating various shaped exterior covers - Supports a variety of small lots - Extensive experience with fitting shapes For more details, please contact us or download our catalog for more information.

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Vacuum-formed covers are used for the exterior covers of equipment and machinery. Designs with curves, which are difficult to achieve with sheet metal, can be produced easily and cost-effectively using vacuum and pressure forming. Vacuum forming can also easily accommodate design changes during prototyping. Additionally, it is suitable for small production runs of various types, making it a manufacturing method that aligns with modern equipment production. <Features> - Capable of accommodating exterior covers that emphasize design - Easy to respond to design changes - Suitable for small production runs of various types For more details, please contact us or download our catalog to take a look.

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Logistics and transport trays are shaped to fit each product (work). By creating trays tailored to the specifications of each product, we can manage quantities, prevent damage to products (work), achieve efficient packaging, reduce transportation costs, and allow for reusable use, leading to various benefits such as waste reduction. The use of vacuum forming allows for lower initial costs even for large items compared to other molding methods like injection molding. <Features> - Prevention of scratches and contact between products through trays designed to fit the specifications of the product (work) - Reduction of transportation costs through efficient packaging - Waste reduction through reusable use For more details, please contact us or download our catalog to view.

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Logistics and transport trays are trays shaped to fit each product (work). By creating them according to the specifications of each product, they offer various benefits such as managing quantities, preventing damage to products (work), enabling efficient packaging to reduce transportation costs, and being reusable to minimize waste. <Features> - Trays designed to match the specifications of products (work) prevent scratches and contact between products. - Efficient packaging reduces transportation costs. - Reusable use leads to waste reduction. For more details, please contact us or download the catalog to view.

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Logistics and transport trays are trays shaped to fit each product (work). By customizing them to the specifications of each product, they can prevent shifting of large products (work) during transport and also serve as cushioning material. <Features> - Prevention of scratches and contact between products (work) with trays tailored to the products - Reduction of transportation costs through efficient packaging - Waste reduction through the use of returnable trays For more details, please contact us or download and view the catalog.

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Logistics and transport trays are trays shaped to fit each product (work). By creating them according to the specifications of each product, there are various benefits such as managing quantities, preventing damage to products (work), enabling efficient packaging to reduce transportation costs, and allowing for reusable use, which helps reduce waste. <Features> - Prevention of scratches and contact between products through trays tailored to the specifications of the products (work) - Reduction of transportation costs through efficient packaging - Waste reduction through reusable use For more details, please contact us or download the catalog to view.

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