タクボエンジニアリング Product Lineup

The world's only hot air drying furnace, Drytech, is well-known in the painting industry. Its excellent finish, rapid temperature rise, good temperature distribution, and low fuel consumption make it a bestseller worldwide. Additionally, it is a dryer that pursues quality and cost-effectiveness, suitable for installation in clean rooms.

An essential exhaust heat recovery hot air drying system for building a highly efficient painting environment.

● 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.

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.

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.

Economical mist inhalation booth using oil

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.

The world's only hot air drying furnace, Drytec, is well-known in the painting industry. Its excellent finish, rapid temperature rise, good temperature distribution, and low fuel consumption make it a bestseller worldwide. Additionally, it is a dryer that pursues quality and cost-effectiveness, suitable for installation in clean rooms.

The painting robot Swan is compatible with batch-type cell production. 【Batch-Type Cell Production Painting】 - Standard style that makes it easy to introduce new painting robots - Adaptable to small lot, diverse production - Replacement or upgrade of older robots - Introduction of new technology, rotational painting technology for high-quality production - Reduction of unnecessary paint consumption to lower painting costs By controlling running costs, Japan's outstanding painting technology can further enhance its competitive level. Swan is the result of the development of rotational painting technology that excels in quality and low running costs.

"Swipa" is a paint-specific antistatic concentrate. With just a quick wipe, it provides a coating. The antistatic film prevents the reattachment of dust. Additionally, the static elimination film created by this product remains until painting, maintaining the antistatic effect for a long time. This is a significant advantage compared to ion wind static elimination methods. It continues to be effective during the final wipe before painting and during air blow operations. 【Features】 ■ A safe concentrate that does not require an SDS (Safety Data Sheet) ■ Hydrophilic film provides antistatic properties and prevents dust reattachment ■ Antistatic effect lasts for an extended period ■ Usable on various resin products, from door mirrors to smartphones *For more details, please refer to the PDF document or feel free to contact us.

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.

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

[Item] [Features of Dry Tech] [Comparison with Other Companies' Dryers] 1. Diversity of Heat Source Methods: Can be designed according to needs with gas, electric, infrared, far infrared, hot air circulation, etc. Other companies often have limited heat source options. 2. Uniform Drying Performance: Achieves even drying throughout the workpiece through unique airflow and temperature control. Some dryers may cause uneven drying depending on the workpiece area. 3. Energy-saving Design: Reduces energy loss through heat recovery systems and insulation design. Older models may have high energy consumption. 4. Safety: Reduces the risk of fire and explosion through indirect heating methods and exhaust monitoring sensors. Direct flame methods may still pose fire risks. 5. Integration with Coating Systems: Designed to work in conjunction with painting robots (Swan robots) and transport lines. Standalone equipment may require additional investment for automation. 6. Customizability: Fully custom designs possible based on work size, paint characteristics, and production volume, including electric furnaces and firing kilns. There may be cases where only standard specifications can be selected. 7. After-Support: Comprehensive domestic support system by Takubo Engineering. Maintenance response may be delayed for overseas products.

**Sludge Recovery System "BOSS 2000"** The sludge recovery system "BOSS 2000" pumps up paint mist repaired in the oil booth, separates it using a 1600G centrifugal separator, and condenses, solidifies, or semi-solidifies the collected sludge, making it possible to reduce the cost of waste disposal for paint sludge to about one-fifth of the conventional amount. **Compression and Separation of Sludge by 1600G Centrifugation** The pump draws up the repaired paint mist from the oil booth, which is then separated by the 1600G centrifugal separator. The paint sludge is compressed for easy removal. Additionally, the oil from which the paint sludge has been removed is returned to the oil booth. **Significant Reduction in Waste Disposal Costs** The paint sludge is compressed into smaller sizes, significantly reducing the amount of waste for disposal and greatly lowering costs. **Note:** It is necessary to confirm the applicable paint. Please check with your sales representative. **Contact:** Takubo Engineering Co., Ltd. Sales Engineering Department TEL: 0475-50-0211 or please visit the Takubo Web Contact Page at https://www.takubo.co.jp/.

【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.

In the price navigation, you can check the prices of Takubo products. We offer a rich lineup to provide the most suitable products for your needs. 【Single Door GO Series】 This model is designed for one-way access for loading and unloading workpieces, making it suitable for batch production. 【Front and Back Door GOW Series】 This model allows for loading from the painting room side and unloading from the preparation room side, making it suitable for production processes when installed in a clean room. 【Divided by Energy Used】 The primary energy source is gas, but it can also accommodate electric heating (with slight changes in specifications). It is capable of drying various paints, including resin, water-based, and melamine baked coatings. It can also be used for water drainage annealing. 【Specifications and Options】 Designable as a firing furnace. Options include shelves, internal partitions, inspection windows, explosion relief vents, and patrol lights.

The Swan Coating System is a robotic painting system configured with the painting oil booth TB24-23B and the painting robot Swan Pro. It is a compact painting system that consolidates all the necessary equipment for painting, eliminating the hassle of ordering painting equipment individually. This is an example of a standard type robot combined with a booth for automatic painting. A compact automatic painting system built with the painting robot "Swan Pro" and "Oil Booth." - All necessary equipment is integrated, allowing for immediate production after installation. - The oil booth TB30-23, known for its quiet operation, significantly improves the working environment. *Here, "automatic painting" means that the robot automatically performs the painting on the designated parts. 【All necessary equipment for painting in one】 - Oil Booth: Dedicated for oil booth, using TABO-OIL - Swan Pro: Explosion-proof specification, 4-axis, self-standing painting robot - Automatic Spray Gun: Scotch Gun series, R11 gun - Syringe Pump System: Precision paint metering supply device - Robot Controller: Built-in control panel - Standard installation of Swanist: Teaching assistant software

All necessary equipment for painting in one! Automation through robotic painting made easy. The Swan Coating System is a robotic painting system that combines a paint oil booth and the Swan Pro painting robot. 【A compact painting system that consolidates equipment】 An example of a combination of a standard type robot for automatic painting and a booth, eliminating the hassle of arranging painting equipment individually. A compact automatic painting system built with the painting robot "Swan Pro" and "Oil Booth." - All necessary equipment is integrated, allowing for immediate production after installation. - The quiet oil booth TB30-23 is adopted, significantly improving the working environment. *Here, automatic painting means that the painting process is performed automatically by the robot. 【Consolidation of equipment necessary for painting】 - Oil Booth: Dedicated TABO-OIL for oil booth use - Swan Pro: Explosion-proof specification, 4-axis, self-standing painting robot - Automatic Spray Gun: Scotch Gun Series R11 Gun - Syringe Pump System: Precision paint metering supply device - Robot Controller: Built-in control panel - Standard installation of Swanist: Teaching assistant software

【Do you have any of these concerns?】 ✓ Cleaning and maintaining spray guns is time-consuming ✓ Want to reduce production downtime due to maintenance work ✓ Want to lighten the workload of maintenance personnel ✓ Considering updating the R11T that has been in use for many years ✓ Do not want to change teaching data ✓ Want to reduce maintenance burden while maintaining workability ✓ Want to achieve stable operation of the painting line 【The "R26T" solves these issues!】 The R26T is a successor model to the R11T developed for Takubo Engineering's painting robots. It significantly improves the maintenance cycle from once every two weeks to once every six months. This reduces the annual maintenance frequency by approximately 92%, contributing to a decrease in maintenance man-hours and equipment downtime. While maintaining the current machine's compact and lightweight design and excellent spray performance, it adopts a new special wiper seal structure. The wiper seal follows the movement of the needle, suppressing paint clogging that tends to occur with typical gaskets. It achieves stable operation for a long period without the need for lubrication. With its unique structure, which has already obtained a utility model, it greatly reduces the maintenance burden on-site. Additionally, its high compatibility with existing equipment minimizes the burden during updates.