Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.
76～90 item / All 821 items
If you are looking for a consistent partner for product manufacturing, please feel free to consult with us.
We will carry out prototyping and mass production of plastic products through in-house and partner company molding. Please contact us.
With high air pressure and minimal heating, the stretching and shifting that occur during processing are minimized! It is possible to accurately express details such as the arrangement of kanji in difficult situations and the distortion of grids.
"Super High-Pressure Molding" is a molding method that applies high air pressure to the film to create height differences, unlike vacuum forming or pressure forming, which deform the film by adding heat to manufacture three-dimensional products. It achieves high positional accuracy on the top surface and enables film molding with minimal heating by adopting "super" pressure up to 150 atmospheres. Deep drawing is possible from +18mm to -40mm. The material thickness can be widely selected from thin to thick (0.05 to 2mm). With high technology backed by years of rich experience, we respond to our customers' needs. 【Features】 ◎ Excellent reproducibility for precise expression of details ◎ High wear resistance ◎ Capable of multi-color expression ◎ Does not scratch the film ◎ Small lot production available ◎ Easy color change ◎ No post-cooling required *For more details, please refer to the PDF document or feel free to contact us.
Promote the creation of safe products in accordance with the environmental management standards of each customer.
Our company adopts a production system that is consistently managed in-house, from specification consideration to design, data creation, printing, molding, various processing of nameplates, inspection, and delivery, according to the content of your request. We undertake everything from prototyping to completion, providing high-quality products and a sense of excitement. 【Departments】 ■ Plate Making ■ Printing Division ■ Ultra High-Pressure Molding ■ Inspection *For more details, please refer to the PDF document or feel free to contact us.
Printing × Large-Scale Molding High-Precision Positioning Shaping
Textured printing - Leather grain - × Large molding We express a "soft touch" in printing that could not be achieved with film substrates until now. It can be applied to automotive interior parts, miscellaneous goods, nameplates, and more. Since it is a design expression through printing, it allows for the placement of any pattern at any position, expanding the design possibilities for surfaces that people touch. Three-dimensional molding: Capable of handling a maximum molding area of 1,250mm × 600mm.
Vacuum forming is an optimal molding method for small-batch, diverse production and large-scale plastic molding.
Vacuum forming and pressure forming methods have a higher unit cost compared to injection molding, which is representative of plastic molding. However, the molds for vacuum forming only require one type of either concave or convex, unlike injection molding or sheet metal pressing, and often can be made from inexpensive resin molds instead of metal molds. This results in lower costs and shorter production times. The cost of the forming molds is about 1/6 to 1/10 that of injection molding molds, making it very effective for small lot production, short delivery times, and especially for large products.
Good transparency, uniform thickness, and can be molded with a wooden mold! The pressing pressure can be partially adjusted.
Hot press molding involves heating resin sheets to soften them, using male and female molds, applying pressure with a press machine, and cooling them to solidify in the same shape, maintaining the shape at room temperature. Since molding is done using male and female molds without fixing the sheet, it allows for a more uniform thickness of the molded products compared to vacuum forming. Additionally, in most cases, molding can be done with inexpensive wooden molds. Therefore, it is suitable for small to medium lot production. 【Features】 ■ Can mold three-dimensional integrated products like vacuum forming ■ Uniform thickness with less variation compared to vacuum forming ■ Less prone to mold marks, suitable for transparent resins ■ Can be molded with inexpensive wooden molds instead of expensive metal molds *For more details, please refer to the related links or feel free to contact us.
Ideal for applications where appearance is important! Due to the absence of mold marks, there is a high demand for transparency.
Free-blow molding is a method that inflates a softened material using air after heating. A benefit is that the spherical part does not come into contact with the mold, so there are no mold marks. Because there are no mold marks, there is a high demand for transparency, and materials with high transparency, such as acrylic and polycarbonate, are often used. Additionally, since the material is heated and softened before being stretched with air, the center part becomes particularly thin. While this varies depending on the type of resin, thickness, diameter, and height, the apex of the dome, which becomes especially thin, is about half the thickness of the sheet. 【Molding Process】 1. Heat the material to soften it 2. Clamp and send air 3. Inflate with air 4. Trim after cooling *For more details, please refer to the related links or feel free to contact us.
![[Technical Proposal Example] Transitioning from R bending processing to vacuum forming to achieve weight reduction.](https://image.mono.ipros.com/public/product/image/c39/2001044083/IPROS59005465586274659679.png?w=280&h=280)
A case where significant weight reduction can be expected due to thinning.
We would like to introduce a case where weight reduction was achieved by switching from R bending processing to vacuum forming. In R bending processing, a product thickness of 3mm or more is required to ensure rigidity. If the product thickness is less than 3mm, it may not provide sufficient rigidity depending on the application. In such cases, we recommend transitioning to vacuum forming. Even with a thickness of less than 3mm, it is possible to maintain strength by incorporating steps or recesses, enabling further thinning and weight reduction. 【Case Overview】 ■Issue: R bending processing requires a product thickness of 3mm or more to ensure rigidity. ■Countermeasure: Recommend transitioning to vacuum forming. ■Effects: - It is possible to maintain strength by incorporating steps or recesses. - Achievable further thinning and weight reduction. *For more details, please refer to the related links or feel free to contact us.
The final form of closed molding! Improve product quality, enhance the environment, and reduce manpower and costs!
"VPI (Vacuum Press Infusion) molding" is a vacuum press molding process that uses a high-durability special silicone resin "VMS26" for the upper mold. Since sealing and degassing operations are unnecessary, significant time savings can be achieved in many products, and the use of silicone resin to cover the upper mold greatly reduces styrene odor. Compared to previous molding methods, it allows for greater benefits and leads to overall cost reduction. 【Benefits of VPI Molding】 ■ Improvement of work environment ■ Enhanced workability ■ Stabilization of product quality ■ Reduction of manpower ■ Reduction of industrial waste *For more details, please refer to the PDF document or feel free to contact us.
Leave the design, manufacturing, repair, and modification of plastic injection molds to us!
We are a manufacturer of molds for resin injection molding. We specialize in the production of molds for plastic molding and can accommodate a wide range of requests, from toothpick sizes to large planters for gardening. Our production system allows us to flexibly respond to customer needs, including product design support (3D model creation), mold design and manufacturing, test molding and mass production, mold repair, and mold modification due to specification changes.
We will assist you from CAD data creation to model production and mass production.
By taking on projects from the CAD data stage, we propose resin product structures and plastic mold structures that maximize the cost performance, which is a strength of resin molding. The public image is of a circuit board case for a voltage measuring device.
Twist bread, twisted bread, and other dough braiding and shaping are fully automated, achieving significant labor savings.
FRITSCH's "MULTITWIST," which provides innovative technology to the bakery industry worldwide, is a line that brings together the brand's unique technology, continuously producing high-quality products and high-level dough processing machines. It intricately ties together small, divided pieces of dough. 【Features】 - Capable of creating complex shapes such as pretzels, braids, and knots with unique technology - Achieves high reproducibility and improved production efficiency despite complex product shapes - Realizes high productivity with minimal personnel *For those viewing the Ipros Medical Food Technology: You can download materials and make inquiries on the Ipros "Manufacturing" page. Please click the following URL.
This is a prototype test for sheet and film molding using a T-die extruder.
We will conduct film formation experiments of various thermoplastic resins using the T-die method (die width 150–300mm). Witness testing is also possible. Additionally, we will produce evaluation samples (approximately several to several tens of meters).
We will produce flat plates using a flat pressing mold (formwork).
We will produce flat plates using a flat pressing mold (formwork).
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 unfeasible. It has been upgraded to a mechanism capable of molding engineering plastics, allowing for the free design of highly precise products.
