タクボエンジニアリング List of Products and Services

◆Key Features 1) Numerical management painting system 2) Significant reduction in paint usage 3) Reduction in defect rates 4) Easy color matching 5) Easy cleaning and color change 6) Good operability, suitable for any operator 7) Small installation space 8) Low overall energy consumption *) No technicians required

This product is a painting robot system equipped with a syringe gun that has a syringe pump function, eliminating the need for paint hoses, significantly reducing unnecessary paint consumption, drastically cutting down on cleaning paint, and greatly simplifying the setup and color change processes. Until now, many problems were hidden in the length from the paint tank to the spray gun. By applying pressure to the paint and spraying it with the spray gun, the paint is applied to the rotating workpiece, sending the syringe gun to the robot through the air supply pipe from the paint preparation room. 【Technology to Eliminate Hoses】 - Syringe gun integrated with a tank that can apply pressure to the paint - Eliminates unnecessary paint consumption - Reduces the consumption of cleaning solvents to the minimum - Sends the syringe gun to the robot through the air supply pipe from the paint preparation room, abolishing all paint hoses - Collaborates with handling robots equipped with rotating devices *For more details, please refer to the PDF document or feel free to contact us.

Using the Soft Boy Pro W-turn type and the technology of rotational painting R, we achieve high-quality, low running cost painting. We reduce the painting running costs for door mirrors and enable small-lot, diverse production. This product is specifically developed for door mirrors of passenger cars and is designed to satisfy various requirements from different angles, including quality, cost, environment, and mass production. Please feel free to contact us when you need assistance. *For more details, please refer to the PDF materials or feel free to contact us.*

This product is a painting system for smartphone cover components that reduces unnecessary paint consumption and enables high-quality ultra-gloss piano touch painting. The electrical capacity is reduced by 40% compared to balance arm-type robots. It controls paint in units of 1CC, achieving production with low energy consumption. Additionally, the cylinder can be easily detached, allowing for quick maintenance. 【Features】 ■ Extremely excellent film-forming properties ■ Low total energy costs ■ High mass production effect with low energy ■ Addresses environmental impact reduction ■ Established modular assembly robot *For more details, please refer to the PDF document or feel free to contact us.

A single robotic arm can be equipped with up to 12 spray guns.

<Production Simulation> ●Cost comparison for 2-coat (standard) production at 2,000,000 pcs/month ○When using Super Spindle Model C140-6PJ 　1. Paint usage... 3,320 kg 　2. Paint cost... 5,976,000 yen ○Conventional spindle painting 　1. Paint usage... 7,200 kg 　2. Paint cost... 12,960,000 yen

A dedicated painting system for vehicle wheels that incorporates Takubo Engineering Co., Ltd.'s painting robot system "SOFTBOY PRO" and the newly developed IH induction heating drying system "JURO."

This product is a painting system that enables the production of three coats for a mobile phone body using a single robot, accommodating small-batch and diverse production. From equipment for maintaining quality, such as measures against waste defects, to robots/systems that achieve high quality, we focus intensively on specialization. Furthermore, we have introduced the rotating painting technology R, which realizes high-quality ultra-gloss coatings, achieving a high level of digital painting. 【Lineup】 ■ Mobile Phone 1R3C ■ Mobile Phone 3R3C ■ Smartphone 3R3C - Case - 1 *For more details, please refer to the PDF materials or feel free to contact us.

Mass production-compatible coating system for producing three coats on mobile phone bodies.

● A painting booth that uses a special oil in the cleaning solution. ● The oil catches overspray mist. ● With a low noise design of 68db, conversations can be held even in front of the booth. It allows for painting that takes into consideration the surrounding environment. ● By connecting a sludge recovery device (optional), sludge can be semi-automatically processed and solidified through a centrifugal separation method, significantly reducing industrial waste costs.

The wheel painting system has entered the 1/4 era! ○ High-speed short drying ○ Equipment miniaturization ○ CO2 reduction Comparison of drying times in aluminum wheel painting ○ Conventional gas hot air drying system... Hot air drying at 140°C, 75 minutes ○ Juro drying system... Juro at 180°C, 15 minutes

- Acts as a key station for painting and allows the transferred data to be compatible with the same Softboy Pro series. - Faithfully reproduces data and supports the globalization of painting. - Enables numerical management of paint consumption, painting time, painting conditions, and more. - Also adapts to the traceability of painting and serves as an educational tool for robot operators, contributing to the improvement of painting technology levels.

A door mirror painting system standardized by painting technology cultivated through mobile phone coating and the latest system technology. This technology addresses three themes simultaneously: quality, cost, and environmental considerations, by reducing paint consumption, enhancing quality through thin-film multi-coating, and being environmentally friendly. It also resolves quality variations between scattered factories through high-level data compatibility.

The "SUPER SPINDLE 300C" is a completely new painting system developed as a painting robot system specifically for mobile phones and mobile communication devices. Information such as spray pressure, atomization pressure, and pattern pressure settings can be configured on a computer monitor within the controller. The compact and simple design, in conjunction with the paint supply system, allows for quick and easy cleaning operations. Automation significantly improves work efficiency and work environment, while also greatly reducing industrial waste costs. 【Differences from General Spindle Systems】 ■ Capable of saving painting data ■ Easy color change setup ■ Spray method using an overhead robot system ■ Collaboration between the robot system and oil booth, sludge recovery device ■ Workpieces are attached to a circular dedicated jig, allowing for painting in both forward and reverse rotation with the jig *For more details, please refer to the PDF document or feel free to contact us.

The product is an innovative concept of a network-based painting system that enables stable production with the same quality as test painting at multiple painting sites. The "DATASS-300" can be connected via Ethernet. Centered around Data Pro, it realizes a network of painting systems and shares information at a high level. The "DATASS-300" connects scattered factories through a network, allowing for centralized management of painting. [Supporting Global Management] - Quality verification of painting history information, etc. - Management of teaching data - Management and tracking of production information - Cost management of paint consumption, etc. - Data output printing, exportable in CSV format *For more details, please refer to the PDF materials or feel free to contact us.

"Data Pro" is a painting robot system that manages coatings, paint films, and paints, creates an optimal environment, and supplies consistent quality at low cost. It solves the waste of costs associated with running the line for condition setting. It enables advanced offline teaching and visualization and management of paint usage and painting time. Additionally, if you use Takubo's robot series, you can transfer data to painting lines located around the world, install it on the painting line's robot, and reproduce it with simple adjustments such as teaching and fixtures. [Features] ■ Compatibility of data ■ Elimination of quality differences between factories ■ Production with stable quality ■ Support for global strategies and globalization ■ Realization of world-standard quality *For more details, please refer to the PDF materials or feel free to contact us.

One robot can flexibly produce on three coats! Paint consumption can be reduced by approximately 50%! Significant reduction in air conditioning energy costs! By significantly reducing painting costs, we can establish a simple painting line. It is strong in color changes and setup changes, and it promotes the reduction of painting costs by greatly decreasing paint usage.

| Jet Design System Realizing a Dream-like Coating | Jet Design is an inkjet painting system equipped with ultra-fast decorative capabilities. It features a compact inkjet painting system that utilizes original inkjet heads and UV irradiation lamps built with proprietary technology, allowing for the high-speed and high-quality rendering of digitized original designs onto workpieces.

The UV jet line is a painting machine specifically designed for UV top coating, capable of forming a UV film at high speed with a dedicated UV coating agent head. It can create UV films precisely where needed and is a compact and innovative UV coating machine that can be used as a dedicated top coat machine.

The "Quick System-UV" is a painting system centered around the rotating painting robot "Swan Pro," with various booth-style process items such as dust removal, static elimination, drying, and UV irradiation arranged around it. In a typical painting line, processes like dust removal, painting, and drying are connected by chain conveyors. As a result, the system itself becomes large, leading to increased installation space and significant energy costs. In the "Quick System-UV," the transport device "W Turn" equipped with the painting robot "Swan Pro" has been redesigned for continuous transport. This allows for the construction of a conveyor-less painting line, achieving space savings. Painting products (UV coating) can be completed in about one minute, contributing to improved productivity and energy efficiency. 【Features】 - Can be deployed according to requirements, including batch-type or integration into lines. - Supports multi-coating such as UV painting, 2-coat, and 3-coat. - A dedicated software to simplify robot teaching tasks is also available. *You can view the materials from "PDF Download." Please feel free to contact us for inquiries. ★Exhibiting at the "High-Performance Coatings Exhibition 2019" starting December 4, 2019.

A small and compact paint supply pump unit that precisely controls the supply of paint. - Compact design that does not take up installation space. - Built-in syringe pump that can be controlled in 1cc increments, eliminating unnecessary paint usage to the bare minimum. - High washability, allowing for quick color changes and setup operations. This is a high-precision paint supply pump unit dedicated to the painting robot Swan.

Optimized for painting cosmetics, molded products, lipsticks, and rouges. By simply replacing the fixed gun of the spindle line with the dedicated robot "Swan C," digital painting is realized. The intelligent painting robot "Swan C" improves painting costs. Simulation of coating efficiency through fluid analysis: ● Standard fixed gun and spindle painting: approximately 7% ● Painting robot system "Swan C": approximately 42% (According to tests by Takubo Engineering Co., Ltd.)

● R technology improves quality, painting, and the environment The rotational painting "R technology" consolidates all necessary equipment for painting into one robotic system, solving all issues related to coating quality, painting costs, painting conditions, and their management through advanced programming technology. ● Reproducing painting in a virtual space (DX) The teaching assistant software "Swanist" has further evolved to reproduce painting in a virtual space, allowing for numerical management. All processes, including work data acquisition, work arrangement, angle adjustment, teaching, and condition setting, are digitized, significantly improving the teaching process. ● Rotational painting possible for long products The range of workpieces that can be rotationally painted is extensive, covering everything from automotive interior parts and exterior parts to aero parts, as well as mobile communication devices, cosmetics, and even long products like road center poles.

Developed as a dust removal booth before painting. Usable in a clean room. Compact and ductless. Equipped with high-performance filters, utilizing the air within the factory. Additionally, because it is ductless, it can be installed in clean rooms or painting areas. Easy to move with casters. Can be used as a dust removal booth for workpieces. Compact dust removal booth Ductless Uses high-performance filters For air blowing off painted items before painting

Automotive Exterior Parts Door Mirror Automatic Painting System Case Study Automatic Painting System by Painting Robot Line Dancer Requirements: High-quality painting of door mirror parts Reduction of defects due to foreign particles Mass production automation Low paint consumption Environmental compliance Digital management

The indium mirror coating system is a dedicated coating process optimized for forming indium-based high-reflectivity mirror films. The standard process consists of a 3-coat, 3-bake structure (repeating application and drying three times), and the management of film thickness, heating conditions, and environmental control during each step significantly affects optical properties and adhesion. In particular, parameters such as the concentration of fine particles, temperature and humidity, and electrostatic environment within the painting booth influence the final film quality (reflectivity, durability), making the formation of the coating in a clean and stable environment extremely important. **Features and Benefits of Indium Mirror Coating** - A new metal color spray method that achieves reduced environmental impact: A coating system using spray painting technology as a replacement for traditional plating processes. - Compatibility with various materials: Forms a highly adhesive and uniform film on various substrates such as stainless steel, resin, and glass. - Excellent radio wave transmission characteristics: Equipped with radio wave transmission performance suitable for radar and communication devices, differing from optical high-reflectivity films, making it ideal for sensor-related applications. - Automation compatibility and multilayer coating: Can be integrated into automated lines in conjunction with Takubo's painting robots. Durability can be adjusted through multilayering from the base layer to the protective layer.

Adding decorative elements or UV hard coats on top of the indium mirror coat (intermediate layer) for multifunctionality and diverse expressiveness. The indium mirror coating system does not guarantee the expression of image photos. It represents a world of creative possibilities. Verification through painting tests is necessary. For creating samples and establishing conditions for sample production, the Data Pro (a painting robot dedicated to data creation) is optimal. - Color samples - Various color developments possible with matte and mirror finishes - The base material is diverse.

On August 3, 2025 (Sunday), at Fuji Speedway in Gotemba City, the rear Lexus emblem of the Anest Iwata Racing Toyota Lexus GT car was coated with "Indium Mirror Coating" during the Super GT300 event. The color is blue (glossy) DRIFT Mirror BLUE. 【Indium Mirror Coating is applied using the painting robot "Swan Pro"】 Indium Mirror Coating is applied by the painting robot "Swan Pro." The painting process consists of 3 coats and 3 bakes. 【Indium Mirror Coating System】 Indium Mirror Coating is achieved through the Indium Mirror Coating System. - Class 10,000 clean room - Painting robots "Swan Pro" and "Swanist" - Paint supply system "Syringe Pump System" - Transport system for painted items "Co-Swan" - Dedicated drying machine for painting "Dry Tech" This system is designed for high mass production efficiency. 【Adding decorations or UV hard coat over Indium Mirror Coating (intermediate coat) for multifunctionality and diverse expressiveness】 - Abundant color samples - Various color developments possible for matte and mirror finishes.

【Oil Used in Booth Cleaning Liquid】 A painting booth that uses oil in the cleaning liquid. The oil captures overspray mist. 【Booth Designed for Low Noise and Long Lifespan】 With a low noise design of 68db, conversations can be held even in front of the booth. It allows for painting that considers the surrounding environment. Since it does not use water, which is a cause of rust, it is a long-lasting booth that can operate for over 30 years without rusting. *Note: Depending on the installation environment, the outer panel may rust. 【Automatic Sludge Recovery】 By connecting a sludge recovery device (optional), sludge can be solidified through a centrifugal separation method, allowing for semi-automatic sludge recovery. This significantly reduces waste disposal costs. 【Layout Freedom】 The oil booth does not require drainage treatment facilities or water supply and drainage equipment. Layout is flexible, such as on the second floor of a factory. 【Oil Can Be Used Semi-Permanently】 The oil can be used semi-permanently as long as the paint sludge contained in the paint is removed. 【Oil Booth Compliant with Fire Safety Regulations】 The oil used meets both flash point and ignition point standards. The oil does not burn in typical fires. *Note: The outer panel (steel plate) may melt due to surrounding fires. 【Effects of the Oil Booth】 The painting environment changes. Waste disposal costs change.