Rubber and sponge processing: cutting, molding, punching, water jet, etc.

Rubber and sponge processing: cutting, molding, punching, water jet, etc.
Cutting: Prototyping and Prototype Mass Production - The method of processing prototype models through rubber cutting involves machining, turning, milling, etc., where material is removed to create prototypes. Molding: Mass Production - A mold is created to produce multiple items in a single forming process. Since the number of products that can be obtained from the mold can be determined, it is suitable for mass production. Punching: Sheet Mass Production - Grooves are processed with a laser on a base material such as plywood or resin board, and a steel blade bent to the same shape as the groove is embedded in a mold for punching. Water Jet Cutting Plotter: Sheet Prototyping - A cutting plotter automatically cuts out data using a pen-type cutter. A water jet cuts by pressurizing water and spraying it through a nozzle.
1~30 item / All 57 items
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We shape prototypes and small-scale production of soft materials such as rubber and sponge through cutting processing.
It is possible to perform cutting processing of soft materials such as rubber and sponge.
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Rubber and sponge punching processing
We propose the optimal rubber and sponge materials and processing methods tailored to various applications and conditions.
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Water jet processing (rubber, sponge, plastic)
Water jet processing that enables fine processing of materials such as rubber, sponge, and cork. It can perform cutting and cutting-out processing with a width of 0.1 mm.
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Cutting processing of rubber three-dimensional shapes (no initial costs for molds, cost reduction)
Rubber cutting processing that eliminates the need for molds and reduces initial costs.
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Rubber and resin lining
Fusion with metal! Like rollers, we offer rubber and resin lining for metal. There are various applications, such as measures to prevent scratches on counterpart components with clamp parts.
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Prototype with mass production materials (plastic, rubber)
We will respond to requests such as wanting to create prototypes using mass production molding materials.
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Press cutting process (rubber, rubber + double-sided tape)
Processing of rubber sheets such as seal packing and gaskets. Equipment available to handle small lots to mass production. Please consult us for short delivery times.
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Vibration-damping parts made from rubber cutting processing for automobiles
No need for molds, reducing costs! Contributing to vibration control in automobiles.
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Seals made by rubber cutting processing for aerospace applications.
Cost reduction without molds! Rubber seals for aerospace applications delivered in a short time.
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Gaskets made by rubber cutting processing for medical devices.
No molds required, reducing costs and lead times for medical device gaskets.
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Gaskets made by rubber cutting processing for semiconductor manufacturing.
Improving the cost and delivery time of gaskets in semiconductor manufacturing without the need for molds.
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Rubber three-dimensional shape cutting processing for robots
No need for molds, achieving low-cost and short delivery time for robot hand grips.
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Rubber three-dimensional shape cutting processing for home appliances
Eliminate the mold and reduce costs for cushioning materials in home appliances.
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Seals made by rubber cutting processing for agricultural machinery.
Cost reduction without molds! Machining of rubber seals for agricultural machinery.
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Cushions made from rubber cutting processing for food processing.
Rubber cushions that do not require molds in the food processing field.
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Rubber and sponge punching processing for automobiles
We propose the optimal rubber and sponge materials and processing methods tailored to various applications and conditions.
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Rubber and sponge punching processing for home appliances
For the protection of home appliances. We propose optimal materials and processing for shock absorption and vibration control.
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Punching processing for rubber and sponge for medical devices.
We propose the optimal rubber and sponge materials and processing methods tailored to various applications and conditions.
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Rubber and sponge punching processing for aerospace applications
We propose the best materials and processing methods for seals used in aerospace applications.
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Rubber and sponge die-cutting processing for electronic devices
For vibration control of electronic devices. We propose optimal materials and processing methods.
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Rubber and sponge punching processing for civil engineering
We propose optimal rubber and sponge materials and processing to improve water-stopping performance.
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Vibration control measures using press cutting processing for automobiles
We contribute to improving the vibration-damping performance of automobiles through cutting processes from rubber sheets.
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Rubber and double-sided tape press cutting processing for home appliances
For seals and packing of home appliances. We accommodate from small lots to mass production.
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Press cutting processing for electronic devices (rubber, rubber + double-sided tape)
For insulation of electronic devices. Die-cutting from rubber sheets, accommodating small lots to mass production.
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Aerospace Press Cutting Processing (Rubber)
For cushioning materials in the aerospace field. We handle die-cutting from rubber sheets, from small lots to mass production.
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Press-cut processing for agriculture (rubber)
Dust prevention measures for agricultural machinery. Solving issues through die-cutting from rubber sheets.
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Prototype with mass production materials for automotive interiors.
We will assist you with prototyping using mass production molding materials.
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Prototype with mass production materials for home appliances (plastic, rubber)
To home appliance manufacturers considering prototypes with mass production molding materials.
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Prototyping with mass production materials for medical devices (plastic, rubber)
To medical device manufacturers considering prototyping with mass production molding materials.
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Prototype using mass production materials for aerospace applications.
Prototyping with mass production materials to meet the lightweight needs in the aerospace field.
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