Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 16, 2025～Aug 12, 2025
This ranking is based on the number of page views on our site.
16～30 item / All 78 items
Aiming to create "environmentally friendly products," we have introduced a super-large injection molding machine.
A 4,000-ton injection molding machine that has made it possible to produce large resin products that were previously thought to be impossible to commercialize. It has been upgraded to a mechanism that can also mold engineering plastics, allowing for the free design of highly precise products.
The results of refined casting molding technology.
Pressure casting molding involves pouring molten slurry into a gypsum mold, allowing the gypsum to absorb moisture to form the product. It enables the production of highly accurate, high-density, and homogeneous products. It accommodates complex shapes as well as mass production and small-batch production of various types.
By improving the resin part that acts as thermal resistance, an increase in heat dissipation is expected.
Higashiho is a manufacturer of extrusion and profile extrusion products. "Extrusion" is a technology that, as the term suggests, "creates shapes by extruding." It involves heating and melting the material for the molded products (plastic materials in pellet or powder form), then extruding it through a screw into a mold, continuously forming products with a consistent cross-sectional shape. By utilizing extrusion technology, we create products that can flexibly meet various genres. "Thermal Conductive Elastomer Extrusion Products" are expected to improve heat dissipation due to enhancements in the resin components that provide excellent thermal conductivity and reduce thermal resistance. *For more details, please download the catalog.
Immediately after extrusion, solid materials expand when temperature is applied, resulting in post-foamed extruded products!
Higashiho is a manufacturer of extrusion and profile extrusion products. "Extrusion" is, as the term suggests, a technology for "shaping by extruding." Utilizing extrusion technology, we create products that can flexibly respond to various genres. "Post-foaming extrusion" involves solid materials that foam after extrusion when heat is applied later. Foaming ratios of up to 50 times and the ability to change the foaming start temperature (above 90°C) are possible. This technology is used for molding materials such as FRP and CFRP (as a substitute for air balloons), fillers, sealants, fire retardants, and more. *For more details, please download the catalog.
Our company handles a variety of molded products.
We will directly mold printed PP, PET sheets, and paper. ● For more details, please contact us.
Metals with extremely high melting points, such as titanium, can also be formed and sintered with high precision!
At Atect, we conduct a "PIM business" that enables the molding and sintering of metals with extremely high melting points with high precision. Based on 50 years of technology in injection molding and mold manufacturing, we combine our know-how in the development and production of polymer microparticles to meet various customer needs through the PIM manufacturing system, including binders and three-dimensional complex-shaped products. 【Features of Atect's PIM Process】 ■ Integrated production from binder to sintering ■ In-house development and production of materials ■ In-house design and manufacturing of molds ■ High-precision injection molding ■ Unique debinding and sintering technology *For more details, please refer to the PDF materials or feel free to contact us.
We provide high-quality, low-cost development, molding, and processing of urethane rubber products!
Polyurethane rubber is used in various applications due to its excellent wear resistance and mechanical strength. A notable property compared to other industrial materials is its ability to produce a wide range of hardness from that of ordinary rubber to that of plastic, while also being a high-elasticity material. Injection molding is the most suitable method for producing small polyurethane products at low cost and in large quantities. There is also a rich variety of original materials available. Please leave it to Somar Rubber, the industry leader.
Wide-ranging injection molding of various resins, including thick-walled molding of PEEK, is possible.
We support a variety of thermoplastic resins, including general-purpose resins, high-performance resins, eco-plastics, and special resins such as CIM, CFRTP, and GFRTP. We lower the barriers for prototyping and accelerate research and development. Additionally, we enable the recycling and utilization of plastic waste, contributing to resource circulation. For more details on the resins we support, please refer to our catalog and website. Related link - https://www.centinno.co.jp/
It is also possible to create a light transmission effect that beautifully highlights the display area! We have prepared samples for you to see in person.
We introduce a technology that integrates electrode films with electrical functions into in-mold electronics (IME) molded resin. With "NISSHA IME," it is possible to integrate resin parts and electrode films through insert molding. This is one of the MID technologies that allows for the formation of electrodes in 3D and curved shapes. Moreover, not only functional electrodes can be integrated, but also a variety of decorative films can be simultaneously insert molded, achieving a highly aesthetic appearance. 【Features】 ■ Simultaneous insert molding of electrode films and FPC while molding resin parts for product panels and other housings ■ Pins for electrode extraction and FPC are also molded at the same time ■ A simple process that can accommodate diverse structural designs ■ Samples of multiple structural patterns are available *For more details, please refer to the related links or feel free to contact us.
We provide a comprehensive support system! Producing molded products or parts for automotive interiors, home appliances, smartphones, and more.
NISSHA provides contract processing services that build partnerships with customers using the technology cultivated through film processing production and new production equipment. We support various processing stages from prototype development in the research process to mass production verification and partial contract production leading to mass production. Customers can choose processing technologies and corresponding equipment tailored to their needs, contributing to cost reduction in capital investment. Please consider using our services when formulating development and production plans, when production schedules are congested and causing difficulties, or when seeking to improve operational efficiency. 【Features】 ■ Production of decorative films - Possesses printing technology mainly based on gravure printing - Capable of adding various functions to films ■ Production of coated films - Mainly possesses two types of coating technologies - Capable of various coating applications *For more details, please refer to the related links or feel free to contact us.
You can combine the performance of expanded polystyrene with design and durability!
"Surface Coating Molding" is a technology that optimizes the mold temperature conditions during molding to perform (1) bead fusion and (2) melting and solidification of the product surface within one cycle, forming a coating of approximately 0.1mm to 2.0mm on the product surface. Thanks to the hard coating layer, the properties of expanded polystyrene (lightweight and thermal insulation) remain intact, while also achieving both aesthetic appeal and durability. Traditionally, a separate sheet (such as resin) was required for the surface, but with this technology, molding can be done using only expanded polystyrene, allowing for the use of a single type of mold, which reduces initial costs. 【Features】 ■ Forms a coating of approximately 0.1mm to 2.0mm on the product surface ■ Achieves both aesthetic appeal and durability ■ Easy to separate for recycling due to being a single material ■ Allows for the use of a single type of expanded polystyrene mold, reducing initial costs ■ Enables easy and clean printing on the surface ■ Various "embossed patterns" can also be processed *For more details, please refer to the related link page or feel free to contact us.
Reduce environmental impact on painting and plating! Capable of handling complex shapes, supports multi-coloring and deep drawing.
IML molding (film insert molding) is a processing method that performs decoration simultaneously with injection molding by inserting pre-printed and die-cut decorative films into the injection molding mold. Compared to IMD molding, which decorates through printing on molded products or film transfer, it allows for beautiful designs to be applied to more complex shapes. The printing applied to the inserted film enables surface decorations such as gloss, matte, patterns, and designs to be freely created, making it possible to produce high-quality design panels required for interiors and automotive interiors. *For more details, please refer to the PDF document or feel free to contact us.*
What is rubber extrusion molding? Processes and applications.
One method of molding rubber products is rubber extrusion molding. It is an effective method for producing continuous cross-sections and long rubber products, and is widely used for many rubber products. This article will explain the overview and process of rubber extrusion molding, as well as the types of rubber products that can be made through this method. If you are considering rubber molding methods, please use this as a reference. For detailed articles, please refer to the related links below.
What is sending burning molding?
Various molding methods are used depending on the shape and size of rubber products. One of the molding methods for O-rings and long items is called "continuous vulcanization molding." By using continuous vulcanization molding, it becomes possible to manufacture rubber products with shapes and sizes that cannot be created using other molding methods such as extrusion molding. This article explains the features, advantages, and disadvantages of continuous vulcanization molding, as well as the differences between continuous vulcanization molding and similar processes like vulcanization and vulcanization bonding. If you are considering rubber product manufacturing, including continuous vulcanization molding, please refer to this information. For detailed articles, please refer to the related links below.
Maximum width of 2 to 4 meters and long lengths available! We can manufacture unique composite sheets using a combination of metal foil, resin, and laminates!
■Metal foil + PVC We manufacture composite materials such as carpets, mats, artificial grass, flooring materials, and construction and civil engineering materials. We have transactions with various industries, including interior design, sports and amusement, automotive, railway, aviation, daily necessities, and construction and civil engineering, and we possess multiple lines capable of producing a wide range of composite materials in large widths and lengths. By utilizing these facilities, we can develop and mass-produce various metal foil composite sheets through a free combination of metal foil and resin or laminated materials. We can achieve widths of up to 2 to 4 meters.
