Product Design Rapid Design Service

basic information

Benefits of requesting design from Cross Effect - Practical designs that anticipate manufacturing - Experienced designers accurately solve your problems - Designers well-versed in manufacturing will assist you - We propose designs that consider the engineering aspects - You can immediately bring the design to life after completion.

Price information

Quick proposals for exterior styling only From ¥300,000~ From design to working model design From ¥600,000~ Proposals for design aimed at market launch From ¥800,000~ Assistance from planning From ¥1,000,000~

Delivery Time

Applications/Examples of results

Design of Cross Effect We have worked on various designs, including road bikes, IoT watches, design chairs, and home appliances. The strength of Cross Effect's design lies in its practical design, which anticipates manufacturing. This is something we can achieve because our company provides a consistent service from planning and design to production. 【Applications】 Internal design considerations Presentations to internal and external parties Exhibition participation (concept design) Mass production Small lot production Market launch

Detailed information

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  IoT Watch "Ripple" There are many IoT watches flooding the market. I feel that those used in business and sports scenes tend to be relatively simple and inorganic, but I thought it would be nice to have something more formal and elegant. The design theme is "ripple." The edges of the screen feature a ripple pattern expressed with metal parts, creating a texture similar to precious metals. This is the IoT watch "Ripple," which suits elegantly dressed women. Manufacturing Method: Design (SolidWorks) Lead Time: Approximately 2 weeks

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  Parametric Design Chair This is a study model created using the plugin tool "Grasshopper" for Rhinoceros, which features holes shaped in a regular pattern on the curved surface of the backrest. This design is not only visually innovative and beautiful, but it is also imagined that areas with more holes will have greater flexibility, while areas with fewer holes will provide better support for the body. The chair combines basic functionality with aesthetic beauty, which is what defines the Parametric Design Chair. Construction Method: Design (Fusion360 + Rhinoceros + KeyShot) Lead Time: Approximately 2 weeks

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  Concept model of an electric bicycle for a near-future exhibition Work started about a month before the exhibition. In a short period, we developed the design from the idea stage and created a life-sized concept model using a 3D printer (SLA). The high-quality exhibition model of the bicycle, which underwent surface treatment and painting, captures the attention of visitors and makes a significant impact. Construction method: Design, SLA, surface treatment, painting Material: Epoxy-based UV-curable resin (ABS-like) Lead time: Approximately 3-4 weeks

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  Electric Heater "Wiggler" This is a study model created using the plugin tool "Grasshopper" for Rhinoceros to design a hole shape. It features a minimal design with a simple basic framework made by bending a round pipe into a U shape, to which a heater unit is attached. Its most distinctive feature is the expression of a "wave" on the surface of the front guard. Each individual slit forms a group, resulting in a heater with an unprecedented appearance. That is the "Wiggler." Construction Method: Design (Fusion360 + Rhinoceros + Keyshot) Lead Time: Approximately 2 weeks

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  High-Performance Headphones "POP" The "POP" was born from the idea of what happens when high-performance headphones are designed with a casual atmosphere in mind. While many headphones tend to have a heavy feel with a black base and metallic parts, this colorful and primitive design may be accepted by a certain demographic. In an era where listening to music during commutes or in the city has become commonplace, there is a desire to take better sound out into the world in a fashionable way. That is the sentiment behind "POP." Manufacturing Method: Design (SolidWorks) Lead Time: Approximately 2 weeks

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  Concept Design "SF-DRONE" A futuristic drone envisioned for a world 100 years later. The year is 2120, and the newly developed drone is powered by hydrogen fuel, driving two jet engines with an estimated flight range of 2500 km. The body is primarily made of a magnesium and carbon alloy, and the onboard camera can capture color images at a resolution of 16K with a pixel count in the terapixels, achieving up to 1000 frames per second. This is the culmination of meticulous attention to detail and the weathered texture of materials, resulting in the masterpiece "SF-DRONE." Construction Method: Design (Fusion360 + KeyShot) Lead Time: Approximately 2 weeks

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  Smart Shopping Co., Ltd. "Smart Mat" The Smart Mat is a device that manages the quantity of frequently purchased items such as groceries and daily necessities through weight measurement. It was primarily designed to be installed on the kitchen floor, so we aimed for a compact design that takes up as little space as possible. In addition to the table size, we ensured that there was space for the battery and switch circuit board, while keeping the table height as low as possible. The design is simple, without unnecessary embellishments, and also aims for ease of maintenance. Method: Design (Fusion360 + KeyShot) Lead time: Approximately 2 weeks

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  Major home appliance manufacturer "Fully Automatic Vertical Washing Machine" A design proposal for a fully automatic vertical washing machine. While immediate commercialization may be difficult with current technology, this near-future design aims to predict certain manufacturing methods. A key feature is the lid made of soft resin, allowing it to open like flipping a cloth. I considered that arranging rod-shaped metal pieces at a consistent pitch could prevent warping and curling. The other design features a black crystal-style design equipped with an automatic opening and closing hatch. Method: Design (Fusion360 + KeyShot) Lead time: Approximately 1 week

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  APS Japan Co., Ltd. "Photocatalytic Air Purifier" Development of an air purifier effective for deodorization and disinfection using photocatalysis. This product is planned for lease sales primarily to medical institutions. A feature of this device is that air drawn in from the lower part of the unit is decomposed by a photocatalytic filter, breaking down viruses and sources of odors. The purified air is then expelled from the upper part of the unit. As for the design features, to embody the flow of air, the front panel of the unit is shaped like the letter "A," creating a form that suggests the movement of air. Method: Design (Fusion360 + KeyShot) Lead time: Approximately 1 to 2 weeks