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Base components for medical lens processing
We specialize in the design and manufacturing of molds primarily for resin injection molding. We can also accommodate modeling proposals and provide mold maintenance services.
We solve your problems! AS-F coating for resin molding using in-house developed equipment.
Our company offers "AS-F Coating" for resin molding. Using our in-house developed equipment, we create a film structure based on elements that are particularly strong in resin molding, manage the flow of inert gas in seconds, and simultaneously achieve non-adhesion, corrosion resistance, and long-lasting durability. We solve problems such as the difficulty of changing maintenance for screws. Please feel free to contact us. It can also be used for rubber molding. 【Features】 ■ Corrosion prevention from generated gases ■ Super barrier film that prevents resin adhesion ■ Processing possible up to 2 meters ■ Cost reduction with a long-length dedicated furnace ■ Micro-dimple structure that enhances resin fluidity *For more details, please refer to the PDF document or feel free to contact us.
We solve your problems! AS-F coating for powder molding using in-house developed equipment.
Our company offers "AS-F Coating" for powder molding. Using our in-house developed equipment, we create a film structure based on elements that are particularly strong against powders, and by managing the flow of inert gas in seconds, we simultaneously achieve non-adhesion, corrosion resistance, and long-lasting durability. We solve problems such as powder sticking to molds, which can lead to molding defects. Please feel free to contact us. 【Features】 ■ Release properties that prevent powder residue in molds ■ Durability improvement with hardness twice that of hard Cr plating ■ Film thickness controllable at the micron level ■ Super amorphous layer that prevents adhesion ■ Smooth surfaces with fewer defects *For more details, please refer to the PDF document or feel free to contact us.
Metal powder injection molding! There are no post-processing steps like cutting, and it is possible to manufacture horizontal and vertical holes that are impossible with casting.
We would like to introduce the 'MIM (Metal Injection Molding Precision Parts)' from Hanmil Corporation, which we handle. "MIM" is a revolutionary manufacturing method that combines resin molding technology with powder metallurgy techniques using fine metal powders. Because it uses fine powders as raw materials, it can utilize difficult-to-process materials such as titanium, hard metals, magnetic alloys, and stainless steel, which are hard to melt. 【Features】 ■ Capable of producing high-precision and complex shapes ■ Metal products can be manufactured with the same molding feel as plastics ■ Excellent mass production capability with minimal variation in quality between parts ■ No post-processing such as cutting is required, and it can produce horizontal and vertical holes that are impossible with casting ■ High strength *For more details, please refer to the PDF document or feel free to contact us.
Would you like to try growing heart-shaped cucumbers too?
For anything related to precision injection molding, contact "CMR Service Co., Ltd."
We are making continuous efforts to build companies and develop people.
Our company has 18 thermoplastic injection molding machines ranging from 20t to 180t, and we own one 75t thermosetting injection molding machine. We have introduced state-of-the-art equipment, are committed to quality, and challenge the possibilities and limits every day.
![Thin Meat Shaping Case Study [Contract Processing]](https://image.mono.ipros.com/public/product/image/df8/2000215678/IPROS4590995606166466085.jpg?w=280&h=280)
Do you know the limits of thin-walled molding in injection molding?
If you have any issues with thin meat shaping, please consult with hakkai.
Introducing a list of thermoplastic resins that can be injection molded! A clear explanation of the properties of engineering plastics!
There are many types of thermoplastic resins that can be used for injection molding, but it is very important to choose the appropriate material according to the application and specifications. The "Material Guidebook Frequently Used in Injection Molding" provides a clear list of representative types of thermoplastic resins and the properties of major engineering plastics. [Contents] ■ List of Representative Types of Thermoplastic Resins ■ Properties of Major Engineering Plastics (Non-reinforced General Grades) ■ Properties of Major Engineering Plastics (Glass Fiber Reinforced Grades) ■ Physical Property Ranking Comparison List *For details, please request the materials or view the PDF data from the download.
![[Department Introduction] Planix Business Division](https://image.mono.ipros.com/public/product/image/22a/2000782897/IPROS68408401195306100492.png?w=280&h=280)
We handle everything from small parts about 1 cm in size to large parts like copier covers!
Our Plenics Division specializes in plastic injection molded parts, handling everything from design to modeling, molding, painting, silk screening, ultrasonic welding, and more, to meet our customers' needs, including mold manufacturing, mass production of molded products, and unit assembly. We offer a wide range of products, including "engine parts," "medical inhaler parts," "register parts," and "currency exchange machine parts." We are also committed to environmental issues and are working on biodegradable plastic molding. 【Main Products】 ■ Plastic Injection Molding (General-purpose Resins) ■ Product Design ■ Mold Manufacturing ■ Painting, Silk Screening, PAD Printing, Hot Stamping ■ Unit Assembly ■ Biodegradable Plastic Molding Products *For more details, please refer to the PDF document or feel free to contact us.
We provide a comprehensive service for injection molding and mold manufacturing of products using resin materials such as ABS.
We maintain the high quality that Taiwan's manufacturing industry has excelled in, and we provide the best mold manufacturing services. To meet our customers' needs, we offer consistent services--- → Reverse engineering, mold design → Submission of resin flow analysis reports → Mold production, mold engraving (year, month, company logo, etc.) → Prototyping, trial production → Production management, injection molding ...and more, covering everything from mold manufacturing to injection, prototyping, assembly, and painting. We also arrange for rubber, silicone rubber, pressing, and metal processing in addition to resin. Our main customers are spread around the world, utilizing our services for prototyping, small lot production, and pre-production. In addition to our company, we have deep partnerships with several cooperative factories to quickly respond to our customers' diverse needs. ◆ For more details, please download the catalog or contact us ◆
Realizing the limitless potential of engineering plastics together with our customers!
Yoshida Manufacturing Co., Ltd. responds to customer trust with a consistent system from mold design and manufacturing of precision engineering plastic molded parts to prototyping and mass production. As times progress, user needs are expected to become increasingly complex and diverse. Consequently, a broad range of knowledge and advanced technology will be required to solve the problems we face. By further refining the technology we have cultivated so far and enhancing our production facilities and technical capabilities as a precision parts manufacturer, we aim to achieve high quality and service while continuing our efforts to educate our workforce and enhance competitiveness, thereby expanding the circle of trust and contributing to the development of the industry through ongoing improvement. 【Business Activities】 ■ Precision plastic injection molded parts (plastic components) ■ Precision molds for plastics ■ Assembly products related to AV and OA *For more details, please refer to the PDF materials or feel free to contact us.
Eliminate insufficient strength from the ground up and achieve highly reliable plastic and resin parts!
The "IMM method" was completed in 2011 as a technology to solve the strength deficiency of weld lines in fiber-reinforced resin materials. This technology is considered a part of injection compression technology, characterized by its ability to indirectly apply compression and internal flow in areas where compression is needed. The very high compression force generates a strong holding pressure effect, allowing for intentional changes in the internal flow of the resin during injection. The compression effect suppresses shrinkage and produces high dimensional accuracy. The internal flow promotion effect improves the strength of the weld lines in fiber-reinforced resins and allows for control of fiber orientation. In particular, the IMM method can achieve high precision control through its uniquely developed machinery, independent of the injection process, resulting in no variation between shots and stable effects. It is possible to accommodate this method by modifying existing molds. 【Features】 ■ Measures for dimensional accuracy, shrinkage, and deformation of thick and uneven products ■ Improvement of weld line strength and control of fiber orientation ■ Flexibility in product shapes that can be accommodated, such as slide block structures
Achieving high dimensional accuracy with our independently developed IMM method, creating reliable parts without variation between shots.
High precision is an eternal theme in plastic molded products. High-precision parts enhance the overall performance of the product. In injection molding, the stability of the holding pressure effect directly impacts dimensional accuracy, but the timing of the gate seal required for holding pressure varies between shots. The IMM method has extremely low variability between shots, and its repeatable dimensional stability is significantly higher compared to conventional molding. This effect can be further enhanced by advanced mold correction, achieving even higher dimensional accuracy. The "IMM method" is a type of compression molding technology that allows molten resin to flow into the cavity through compression. By compressing the molten resin during injection and allowing it to flow into the cavity, a significantly higher holding pressure effect can be expected compared to the variability in gate seal and low holding pressure effect typical of standard injection molding. It is possible to address this by modifying existing molds. 【We can solve the following issues】 - I want to achieve high precision in dimensions. - The molding cycle has become longer. - There are products that do not fit within dimensions due to variability between shots.
For injection molding processing, please leave it to us at Koshinkasei Co., Ltd.
At Koshinkasei, we aim for a 100% good product rate by visually inspecting each product by hand, rather than relying solely on machines. We believe that our commitment to quality allows us to deliver excellent "manufacturing." Additionally, we have secured a storage space of 165m² in a separate warehouse, along with a site area of 5950.44m² (total floor area of 1121.86m²), enabling us to respond flexibly to customer requests. 【Features】 ○High Quality ○Speedy ○Service ○Low Cost For more details, please contact us or download the catalog.
This is a CIP molding machine capable of pressure molding up to 400 MPa (surface pressure of 4 tons)!
The CIP molding machine is a device that can apply isotropic pressure to the molded body using hydraulic pressure. It is used for the densification of metal and ceramic powders, as well as for the sterilization of food.
