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).

A design not found in conventional painting robots. A completely explosion-proof type, newly launched dedicated rotary painting robot. This is a dedicated painting robot for the new rotary painting technology R, which can attach multiple workpieces at the opening or rotate and paint them one at a time. - Suitable for small to medium-sized workpieces - Compatible with any type of paint - Easy installation - Peripheral equipment such as paint pumps is included For inquiries, please contact Takubo Engineering Co., Ltd. (http://www.takubo.co.jp/)

A set of equipment necessary for painting. Painting Robot System Swan The Swan robot packages all the equipment needed for painting. | Therefore, painting can be done immediately after installation. | Generally, when building a painting system using robots, users had to select various components such as the robot, paint pumps, spray guns, and transport devices. The Swan robot, developed by Takubo Engineering as a device for achieving painting, packages all the necessary equipment, eliminating the hassle of systemization. | The content of the painting robot is different. | Although it is often compared to robots from other companies, the Swan robot is a painting robot system. Therefore, the content of the painting robot is different. Moreover, since the equipment is designed with advanced control systems, it enables optimization of paint consumption, stabilization and improvement of quality, and quantification of these factors, allowing for manageable painting production. It is filled with technological development, software, and know-how for painting production.

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

Painting Robot Multiple Gun Attachment for Swan Pro ● Supports Internal/External Painting with Rotational Coating We have developed a multiple gun attachment for Swan Pro that supports internal and external painting with rotational coating. The internal painting of the workpiece required for rotational coating can be challenging due to the difficulty of reaching certain areas with the spray gun, which can lead to uneven coating. To overcome this issue, we developed a gun attachment capable of both internal and external painting specifically for Swan Pro. ● Development Started Before 2012 Takubo Engineering began developing a turret gun in 2012 to address the challenges of internal painting. It was developed for rotational coating applications such as mobile phones and door mirrors. We have developed a 3-gun specification, a 4-gun (cross gun) specification, and a 2-gun specification turret gun for the Swan robot, adding to our lineup. ● Mobile Phones and Door Mirrors Initially developed for painting applications such as mobile phones and door mirrors, the demand for internal painting increased due to the design requirements of the workpieces. ● Door Handles and More The target workpieces are diverse. This is particularly effective when painting the insides of workpieces mounted on rotating fixtures, such as door handles and door mirrors.