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

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.

At Takubo Engineering Co., Ltd. Tōgane Technical Center, we are now able to showcase the Swan Robot Painting System and conduct painting demonstrations. By sending actual workpieces and paint, you can obtain coating evaluations and basic information on painting costs. Additionally, the demonstration environment is a Class 10,000 clean room, fully equipped with booths, dryers, and air showers. The Swan Robot Painting System is also permanently displayed as an exhibit. The setup includes the Swan Robot, Co-Swan (explosion-proof painting material transport device), One Cup System (precision paint dispensing syringe pump), and controllers. We hope this will assist you in considering the painting system. Takubo Engineering Co., Ltd. Sales Engineering Department

Takubo Engineering Co., Ltd. has exhibited the new explosion-proof painting robot system, Swan, at the Togane Technical Center. ◎ Painting Technology The Swan robot employs a uniquely developed rotary painting technology. It attaches multiple workpieces to a circular jig and rotates the jig in both directions for the robot to perform the painting. Additionally, automatic guns, robots, transport devices, and rotary drive units work together through advanced control to achieve high-quality and low-cost production. ◎ System Configuration Painting robot Swan (with built-in double-turn transport device), one-cup system (precision paint supply syringe pump), controller, co-Swan (explosion-proof painting material transport device). Both the Swan robot and the explosion-proof painting material transport device utilize original explosion-proof motors, making them suitable for use in hazardous areas. ◎ We welcome visit reservations. Please visit our company homepage (http://www.takubo.co.jp/) and fill out the inquiry page with your request to visit the painting robot Swan. Alternatively, you can contact us directly at Takubo Engineering Co., Ltd. to express your interest in visiting the painting robot Swan at TEL: 0475-50-0211.

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/)

We have launched the homepage for our newly developed painting robot, Swan. - It is an autonomous 4-axis robot that simultaneously paints two rings of workpieces mounted on a rotating fixture. - Specifically developed for rotary painting. The spray gun, rotating device, transport device, controller, and paint pump are integrated. - The compact robot features a unique curved shape and a body finished with pearl paint. - Installation is easy, and the system is designed to allow immediate painting after setup. For more details, visit the painting robot Swan homepage at http://www.swanrobot.jp/

A turret gun with a gun attachment developed for painting robot line dancers. It features an original compact spray gun mounted on three radially extending arms, enabling a reduction in the time required for coat changes. It also reduces the loss costs associated with color changes. Additionally, it further enhances the painting of the workpiece's center during rotational painting, demonstrating its effectiveness in applications such as the rotational painting of door mirrors.

A new explosion-proof specification for a super-precise quantitative paint supply device syringe pump, controllable in 1cc units, has been developed. It also significantly contributes to reducing painting costs. ● A single unit can supply and control from 1 spray gun to a maximum of 8 spray guns ● No variation in paint supply for each gun ● No pulsation ● Pressure-resistant explosion-proof specification ● Cylinder type for easy cleaning and maintenance ● Contributes to reducing paint consumption ● Reduces solvent consumption during cleaning

All-purpose from low-temperature to high-temperature drying Drytech fully demonstrates the strengths of its indirect heating type heat recovery hot air drying system, ranging from low-temperature to high-temperature baking and water removal drying. ● High-temperature drying: Baking paints (melamine, epoxy) approximately 90°C to 200°C ● Low-temperature drying: Resin paints (acrylic, urethane) approximately 60°C to 120°C ● Medium-temperature drying: Water removal drying approximately 120°C The Drytech drying machine for painting features a panel structure with insulated materials, allowing for expandability and flexibility to accommodate both standard and custom models.

A new explosion-proof specification for a super-precise quantitative paint supply device syringe pump, controllable in 1cc units, has been developed. It significantly contributes to reducing painting costs. ● A single unit can control the supply to a spray gun from 1 gun to a maximum of 8 guns ● No variation in paint supply for each gun ● No pulsation ● Pressure-resistant explosion-proof specification ● Cylinder type for easy cleaning and maintenance ● Contributes to reducing paint consumption ● Reduces solvent consumption during cleaning