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.
16～30 item / All 865 items
High-performance single-screw vacuum pressure forming machine with added pneumatic function for further enhancement.
This is a high-performance machine that meets the demands of users, including sharp shapes, high-speed molding, easy operability, and contributions to cost reduction. Specifications such as molding area can be discussed according to your requirements.
Achieve outstanding reproducibility with easy operation.
Line-type continuous vacuum forming machine for cut sheet molding
Low cost and space-saving! A simple molding machine suitable for development and small lot production.
Despite being low-cost, it is equipped with a quick response heater, allowing you to use it immediately when needed. Additionally, the heater power can be turned off during standby, contributing to energy savings. Furthermore, the built-in vacuum pump allows for use in a small space.
Achieve vacuum forming of curved surfaces and three-dimensional panels! We can also propose resin panels as alternatives to glass. We accept prototypes for bending processing and vacuum/coating forming!
The new decorative molding technology applies vacuum pressure molding techniques, enabling vacuum forming and adhesive coating of plastic sheets onto injection-molded products with high precision and in a short time. Compared to conventional decorative molding, it achieves uniform temperature across the entire sheet, significantly reducing molding time and running costs. It realizes high-precision printing positioning, contributing to improved yield. It is suitable for automotive parts, home appliances, computers, and smartphones. 【Regarding Prototyping】 By applying vacuum pressure molding technology, processing of resin panels is possible, allowing for various prototypes of resin as a glass alternative. Thick plates can undergo vacuum forming and thermal bending, while thin sheets (films) can be tested with insert molding preforms and coating molding. You can consider the machinery for each method according to the product shape. 【Sample Molding Now Accepting!】 *Currently accepting sample molding tests. *The molding tests will be conducted using the heated plate vacuum coating molding machine "TFH." *Please contact us directly as there may be limitations on availability.
Capable of handling large components up to 600mm × 570mm! Heat plate type vacuum covering molding machine.
The "TFH" is a vacuum coating molding machine that can handle large components up to 600mm x 570mm, unlike anything seen before. By coating and bonding plastic sheets to substrates such as injection-molded products, this vacuum coating molding machine adds value to the surface of the substrate and can be used in a wide range of fields, including home appliances, building materials, and automotive parts. 【Features】 ◆ Achieves coating and pressing of large components not possible before ⇒ Usable for home appliances, building materials, automotive parts, etc. ◆ Fully automated processing from sheet set to extraction 【For more details, please download the catalog or feel free to contact us】 ↓ ↓ ↓ ↓ ↓ ↓
The pattern of the sheet can be perfectly matched to the molded product! The previously challenging task of positioning sheet coverings on injection-molded products can now be achieved with high precision.
Are you giving up on perfectly matching the pattern of resin sheets with molded products because current decorative molding technology makes it impossible? Our newly developed decorative molding technology significantly reduces misalignment factors by pushing the equipment up while maintaining the softened sheet in a horizontal position. This enables highly accurate positioning for coating and bonding plastic sheets onto injection-molded products in a short time with high precision! It greatly contributes to products that emphasize design and aesthetics, as well as improving yield in the decorative process. 【Free Sample Molding Now Available!】 *We are currently accepting requests for free sample molding tests (availability may vary). *For more details, please contact us directly or download the PDF materials.
At Asano Research Institute, we contribute to the lightweighting of automobiles with our expertise in "High Control Preheating Technology (CFRTP)" and "Vacuum Forming Technology (Resin Panels)."
We would like to introduce our automotive lightweighting technology! 【1. High-Control Preheating Technology (Quick Response Heater)】 By using our infrared heater technology for preheating, we can quickly heat the interior of the seat while preventing overheating, which helps to prevent material degradation and improve moldability. [Key Points] ■ Seat temperature control using Asano Laboratory's original high-response heater ■ Adjustable heater units for each individual heater ■ Suitable for preventing smoke and material degradation that can occur during preheating of CFRP or GFRP molding 【2. New Technology for Decorative Molding】 Our decorative molding technology applies vacuum pressure forming technology, enabling high-precision and rapid vacuum forming and adhesive coating of plastic sheets. [Key Points] ■ Achieves uniform temperature across the entire sheet compared to conventional decorative molding ■ Significantly reduces molding time and running costs ■ Improves yield with high-precision printing positioning *Sample molding tests are available. *For more details, please download the PDF document or feel free to contact us.
For light-transmitting emblem molded products and light-transmitting instrument panel molded products, as well as for thick plate bending and insert molding!
The Asano Research Institute's thermoforming machine enables high-precision positioning forming compatible with 3D shapes and the formation of display covers. 【High-Precision Positioning Forming: Details】 ■Sheet: PC (with vapor-deposited layer) t0.3 ■Heating Method: Hot plate heating ■Molding Method: Vacuum pressure forming 【Display Cover Forming: Details】 ◎Thick Plate Bending Forming ■Sheet: PMMA/PC t2.0 ■Heating Method: Radiant heating ■Molding Method: Press or vacuum pressure forming ◎Insert Molding ■Sheet: PMMA/PC t0.3 ■Heating Method: Radiant heating or hot plate heating ■Molding Method: Vacuum pressure forming 《Exhibition Information》 ■Overview: 2021 Yokohama Automotive Technology Exhibition ■Date: May 26-28, 2021 ■Venue: Pacifico Yokohama ■Booth: Booth Number 18 ■Note: We will accept explanations and meetings via the web on the day. Details will be provided on our company website. *For more information, please refer to the PDF document or feel free to contact us.
Safe and quick mold (cavity) changes to accommodate small lot sizes and a variety of products. Cost benefits from reduced mold change time.
The Asano Research Institute's vacuum forming machine, the "FLB Series," is designed to accommodate a wide variety of small lots, ranging from industrial trays for blister containers and electronic components to food containers. Recently, we have also focused on the development of "vacuum pressure forming," and the "micro-pressure type" is available as an option. By standardizing the water-cooled base and enabling easy attachment and detachment of the cavity, we can significantly reduce the mold change time per cycle. The forming table and sheet feeding utilize AC servo motors, and the heater section is equipped with quick-response heaters. A traveling knife cutter is standard equipment, allowing for cutting with each shot. **Features of the FLB Series** - Achieves safe and rapid metal exchange - Prevents the generation of plastic debris with a grip-type chain - No need to replace the water-cooled base according to sheet width - Quick and safe cavity exchange - Equipped with a multifunctional touch panel - Option for "micro-pressure type" available *Product information can be viewed in the catalog available for [PDF download]. For further details, please feel free to [contact us].*
Compatible with rotary tablet press hammers and mortars! A compact tablet press device ideal for pre-production trial tablet pressing.
The "HANDTAB-200" is a manual tabletop tablet press that can be equipped with a pestle and mortar (IPT-B) for rotary tablet machines. With its compact design and no need for power, it allows for manual tablet pressing of a few tablets, making it suitable for tablet testing with small sample sizes. It supports the production of single-layer tablets as well as multilayer tablets, including double-layer and triple-layer tablets. It is ideal for laboratories that already have production facilities, such as those with rotary tablet machines, and is perfect for test tablet pressing before actual production. 【Features】 ■ Compatible with IPT pestle and mortar ■ Compact design with no need for power ■ Ideal for laboratories with existing production facilities ■ Perfect for test tablet pressing before actual production ■ Excellent usability For more details, please refer to the catalog or feel free to contact us.
The next-generation press machine for powder supply and compression molding of powdered cosmetics uses a servo motor in its compression molding mechanism.
■Features of the Device - With a compact machine size and fewer attachments for holders, it reduces mold change time. - Using an optional parts feeder allows for unmanned production. All processes that affect product quality can be controlled via a touch panel, allowing for condition selection, numerical input, and the ability to save and retrieve conditions. - The filling mechanism uses a servo motor, enabling pressurized filling (back) and volumetric filling (front) with a single pump. - The pressing mechanism uses a servo motor to control the positioning of the vacuum pad at high speed up to a certain point, then switches to torque control for pressing. - For preliminary pressing of front-filled products, a special vacuum pad is used to shape without contaminating the intermediate plate. (Patent pending) - The safety-enhanced explosion-proof specification increases the internal pressure within the control panel to prevent the entry of flammable gases. - It monitors air pressure and cuts off the power supply if the air pressure drops.
The filling is done to align the liquid level without being affected by the variation in the bottle's content volume.
■Features of the Device - All processes that affect product quality can be selected and input through the touch panel, and conditions can be saved and retrieved. - The filling mechanism uses a servo motor, allowing for pressurized filling (back) and quantitative filling (front) with a single pump. - The pressing mechanism also uses a servo motor, performing high-speed positioning control of the vacuum pad up to a certain point, then switching to torque control for pressing. - For preliminary pressing of front-filled products, a special vacuum pad is used, allowing for molding without contaminating the intermediate plate. (Patent pending) - The safety-enhanced explosion-proof specification increases the internal pressure within the control panel to prevent the entry of flammable gases. It monitors air pressure and will cut off the power supply if the air pressure drops.
It is a device that fills a single medium plate with multicolored powdered cosmetics and performs preliminary compression.
■Features of the Device - To manufacture multi-color products from individual powder presses, assembly work is required; however, in multi-color production, multiple colors can be filled into a single intermediate plate, reducing both intermediate plate costs and assembly work costs. - Up to six colors of powder can be filled and molded without mixing in a single intermediate plate. - The design of the product is flexible, allowing for distinctive products to be created. - There are models available for both small batch production and mass production.
A next-generation press machine for compressing powders of food, cosmetics, pharmaceuticals, and more has been born!
The 4-stage servo shot resolves issues with powder compression products. ■ The hardness of the product is uneven, and the compression density cannot be adjusted. ⇒ By using torque control of the servo motor for compression molding, it is compressed to a consistent product hardness without being affected by the amount of powder filled. ■ Poor air escape during compression molding leads to a two-layer phenomenon. ⇒ Air is released through multi-stage compression during the molding process. Additionally, the lower punch is lowered during powder supply for high-density filling. ■ Cannot achieve porous compression molding. ⇒ By selecting a servo motor for low pressure, stable production of sponge-like porous molded bodies can be achieved. ■ High costs and time-consuming mold changes. ⇒ Mold change costs are low, and the change can be completed in about 15 minutes. ■ The compression molding process is not visible, making adjustments difficult. ⇒ The compression molding waveform is displayed on the monitor each time and saved to an SD card. ■ Using a hydraulic press leads to variations in product quality due to rising oil temperature, poor responsiveness, loud operating noise, and issues like oil mist. ⇒ Since a servo motor is used, product quality does not change with conditions, responsiveness is good, operating noise is low, and it is hygienic.
Achieving high precision and excellent quality through in-house integrated production! Responding to various requests for rubber molding machines.
Here are the reasons why Mie Industrial Co., Ltd. is chosen. We achieve high quality based on the solid technology and abundant know-how accumulated over many years, with skilled technicians accurately responding to various requests regarding production capacity and options. Our unique designs, which accurately grasp customer needs and emphasize ease of use, have received support from our customers. **Four Strengths of Mie Industrial** ■ Technical Capability ■ Proposal Capability ■ Design Capability ■ Comprehensive Support System *For more details, please refer to the related links or feel free to contact us.*
