In response to many requests, the paint cost calculation app is now available for free for 14 days. After downloading "SWANIST" from the Apple App Store, you can use the full version for 14 days. You can try out the original features such as painting cost calculation, paint cost calculation, equipment cost calculation, and record keeping. Please note that once the trial period ends, access will be closed, and you will no longer be able to view saved calculation records. If you purchase the app, you will continue to have access to your saved data. Please be aware that if you delete the app, the data will be lost. (Data that has been lost cannot be recovered.) The trial period is 14 days, during which you can try the full version of the paint cost calculation app. After 14 days, you will not be able to use any created data. To continue using your saved data, you will need to purchase the "SWANIST" app. The price is 13,000 yen (including tax).

The metal decoration system is based on the metal primer jet technology developed by Takubo and the product business partnership with Toshiba Machine Engineering. It offers a metal film formation function intended for automotive emblems and proposes low VOC, high value-added products using inkjet technology. This was demonstrated and exhibited at the Toshiba Machine Co., Ltd. Solution Fair 2018. The inkjet decoration device applies color decoration to molded products (material PC), and a high-speed sputtering device forms functional metal films. Additionally, an inkjet primer and clear coating application device applies primer to firmly adhere the material, enhancing wear resistance and gloss through clear coating. The exhibition also featured a demonstration of "Swanist." 2018/05/29 Public Relations Office

From May 17 to 19, 2018, we sponsored the Toshiba Machine Co., Ltd. Solution Fair 2018, where we showcased the latest teaching assist software "Swanist" specifically designed for painting robots, along with live demonstrations. ◎ Latest Teaching Assistant Software for Painting Robots: "Swanist" The teaching tasks that previously required robot language input can now be performed semi-automatically. The software simplifies tasks such as point input, editing, and program creation, allowing for easy operation on a computer. Swanist can replay teaching data and conduct simulations in a virtual space. At the same time, it can reproduce movements with the Swan robot, enabling data creation while confirming the movements. In the future, we aim for full automation, from reading work data to automatic teaching, fluid analysis, and data conversion. The exhibition also featured live demonstrations of "Jet Design." 2018/05/29 Public Relations Office

Jet Design is engaged in various decorative techniques through high drawing performance and precise droplet impact accuracy. ◎ 3D Inkjet Technology that Creates Realistic Textures With 2.5D layering technology in inkjet printing, it is possible to create textures that resemble real wood grain or leather. ◎ Lenticular Printing with Inkjet Technology Lenticular printing, which provides depth through lens effects, can now be produced using inkjet technology at one-fifth of the traditional cost, thanks to a simplified manufacturing method. (Note 1) Lenticular printing refers to a special printing technique that allows for three-dimensional or motion effects on flat printed materials. (Note 2) Based on our company's research. 2018/05/29 Public Relations Office

Swamp Pro Door Mirror Painting System Centered around the new painting robot "Swamp Pro," we offer a standardized lineup of 1. Door Mirror Painting System and 2. Door Handle Painting System. This is a dedicated painting system for exterior automotive parts, specifically for door mirrors and door handles. We standardize specifications for achieving robotic painting based on proven results, including jig shapes, teaching data, paint supply devices, dust removal and static elimination devices, and clean room systems. As long as we have basic information such as required production volume, paint specifications, and installation space for the painting system, we can immediately construct the painting system. Proposing the optimal system Based on painting tests conducted with the Swamp Robot, we calculate painting data and, after evaluating the paint film, propose the system. Maximizing the effectiveness of equipment introduction by reducing paint usage The comparison between conventional painting data and painting data from the Swamp Robot makes the judgment clear. We highly recommend conducting painting tests for new installations, replacements, or updates of painting systems. If the test results show a reduction of approximately 0.5g or more in paint usage per workpiece, we recommend immediate equipment introduction.