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

The TB42-20B is a hand-spray compatible oil booth. It raises the oil pan to a convenient height, making it ideal for hand-spray work. The total height is approximately 3,400mm, with an opening width of 4,200mm. It is also equipped with hood lighting. The size can be adjusted according to the work requirements. It uses high-purity mineral oil for the cleaning solution. The low-profile design allows for conversation even in front of the booth. The cleaning solution includes oil (TAKBO OIL), making it resistant to rust and providing a long lifespan of about 30 years. ● Approximately 63dB low noise design ● Dust removal efficiency of about 95% ● Approximately 30 years of longevity ● Oil is used in the cleaning solution ● Oil can be used semi-permanently (in cases of paint sludge recovery)

• Painting Machine
• Dust collector
• spray

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.

• Painting Machine
• Other painting machines
• Plating Equipment

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.

• Painting Machine
• Other painting machines
• Plating Equipment

The "Co-Swan Paint Transport Device" is an original transport robot uniquely developed by Takubo Engineering specifically for painting processes. Even in painting lines with fire and explosion risks, it can be safely operated due to its explosion-proof design, which suppresses the generation of sparks. 【Main Features】 - Explosion-proof motor: Utilizes Takubo Engineering's original compact explosion-proof motor. - Painting-specific design: Optimized transport mechanism for paints and solvents, ensuring high precision without compromising product quality. - Explosion-proof and safety design: Operates without generating sparks, providing peace of mind even in environments using flammable paints. Ensures the safety of operators and the line. - Space-saving and energy-efficient: Compact design effectively utilizes factory space. Reduces operating costs with the latest energy-saving technology. - Flexible line compatibility: Capable of handling various shapes and sizes of painted items in small-batch production. - High-precision transport: Ideal for conveyor lines and robot handling.

• Other conveying devices
• Transport and handling robots
• Articulated Robot

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.

• Painting Machine
• Other painting machines
• Plating Equipment

The indium mirror coating system is based on a 3-coat, 3-bake process. The intermediate coating is applied with indium mirror coating. **Standard System - 4 Types** 1. **3R3C Line Dancer 4 Gun 8 Top Automatic Coating System** 3R3C Line Dancer 4 Gun 8 Top Automatic Coating System (for mass production) 2. **3R3C Swan Pro 2 Gun 4 Top Automatic Coating System** 3R3C Swan Pro 2 Gun 4 Top Automatic Coating System (for semi-mass production) 3. **1R3C Line Dancer Turret 3 Gun 4 Top Automatic Coating System** 1R3C Line Dancer 3 Gun Turret 4 Top Automatic Coating System (for small batch and variety production) 4. **1R3C Swan Pro Turret 2 Gun 4 Top Batch Coating System** 1R3C Swan Pro 2 Gun Turret 4 Top Batch Coating System (for small batch and variety production) *For more details, please refer to the product catalog available for download in PDF format. Feel free to contact us with any inquiries.*

• Painting Machine
• Plating Equipment
• Other painting machines

**Reduction of Energy Costs (Economic Necessity)** 1. By reusing exhaust heat energy, reduce the fuel (mainly gas) consumption of dryers. 2. A high-efficiency design with a heat exchange rate of approximately 85%** minimizes energy loss. 3. Contributes to reducing running costs (utility expenses) and improves corporate profitability. --- **Countermeasures Against Global Warming and Reduction of Environmental Impact (Social Necessity)** 1. Reduction of CO₂ emissions through decreased gas consumption. 2. Supports corporate environmental management activities such as carbon neutrality, SDGs, and ESG compliance. 3. Can be promoted as an environmentally friendly facility in environmental applications and CSR materials. --- **Note** - The heat exchanger is not a generator; it is a heat exchanger using plate heating. - It is not intended for cooling or controlling exhaust temperature. - While exhaust temperature may decrease depending on usage conditions, it is not intended to lower exhaust temperature. - Fuel efficiency is automatically controlled on and off based on the outside temperature environment and the set temperature, so it depends on the usage environment.

• Heat exchanger
• Heat exchanger
• Plate Heat Exchanger

Product Introduction: Drying Machine for Painting - Drytech (DRYTECH) Heat exchanger developed for the drying machine specifically for painting Standalone sales of the heat exchanger to begin in 2025 ■ Features 【 Heat Exchange Rate Approximately 85% 】 Thanks to a uniquely developed high-efficiency heat exchanger, the heat from combustion exhaust is maximally recovered. This minimizes temperature loss and significantly improves the energy-saving performance of the drying machine. 【 Minimizing Impact on Painting Quality 】 An indirect heating method is adopted to prevent direct contact between the heat source and air. This prevents the influence of combustion gases on the painted work (discoloration, gas burning) and maintains stable coating quality. 【 Reduction of CO₂ Emissions 】 By reusing exhaust heat, energy consumption is reduced. This also contributes to environmental protection and corporate decarbonization strategies. 【 Long Lifespan and Maintenance 】 With a robust stainless steel structure, it is resistant to corrosion and high temperatures, ensuring long-term stable operation. It also excels in cleanability, reducing running costs. ■ Solving These Challenges! - Want to reduce fuel consumption - Cannot compromise on painting quality - Want to engage in environmental measures Takubo Engineering Co., Ltd.

• Heat exchanger
• Plate Heat Exchanger
• others

The TB21-23BS is a paint booth designed for installation with a painting robot. It is a low-ceiling specification paint booth that can be introduced in workplaces with low ceiling heights. The total height is approximately 2,840mm, and the exhaust fan is designed on the side of the booth to keep the height low. High-purity mineral oil is used for the cleaning solution. The low-profile design allows for conversation even in front of the booth. The cleaning solution uses oil (TAKBO OIL), making it resistant to rust and providing a long lifespan of about 30 years. ● Low noise design of approximately 63db ● Dust removal efficiency of about 95% ● Long lifespan of approximately 30 years ● Oil is used in the cleaning solution ● Oil can be used semi-permanently (in case of paint sludge recovery)

• Painting Machine
• Dust collector
• spray

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

• Painting Machine

Our company offers a dedicated painting robot that addresses the three challenges of quality, cost, and environment, utilizing our uniquely developed rotary painting technology "R Technology." The autonomous "Swan" is a compact painting robot that integrates a W-turn mechanism with a 4-axis robot. It simplifies teaching through the dedicated app "Swanist." The suspended "Line Dancer" can accommodate up to 12 spray guns. It enhances productivity per robot and contributes to reducing painting costs. 【Features】 ■ Reduces paint consumption and costs ■ Achieves high-quality thin film painting ■ Contributes to improving the painting environment ■ Compatible with both batch and automatic systems ■ Can be integrated with AGV automatic transport systems *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Other industrial robots
• Transport and handling robots
• Painting Machine

The Syringe Pump System - CCV Circulation Type is an optional system in the "Syringe Pump System" series, which has been redesigned for general use from the precision supply device "Syringe Pump" for painting, and comes with a dedicated controller. It circulates between the paint tank and the CCV valve, known as the "CCV Circulation Type." It is equipped with a high-pressure compression tank "Quick Cleaner" as standard, allowing for high-speed cleaning of the paint hose and syringe pump circuit at high pressure. This significantly reduces the time required for color changes and cleaning maintenance tasks. It can be modified for use in a circulation method up to the spray gun tip. (Optional) * You will need to prepare a return-type spray gun or purchase a Scotch gun. * It can be connected to existing control panels via CC-LINK. (Optional)

• Syringe Pump

The "One Cup System," a paint supply device developed for Takubo Engineering's painting robots, has been redesigned for general painting systems. It comes with a dedicated controller. It is now available for general sale as the "One Cup Type Syringe Pump System." The "One Cup System" is a compact supply system that refills paint into a cup instead of a paint tank and sets it up. It is designed for applications with low paint usage, small-batch production, and batch painting. This paint supply system reduces unnecessary paint usage and achieves optimal painting. - Safe and explosion-proof specifications - Original compact explosion-proof motor adopted - Compatible with multiple spray guns (optional) - Can be integrated into existing painting systems (please consult us) - Can be connected to existing control panels via CC-LINK, etc. (optional)

• Syringe Pump

Syringe Pump System Standard Model Gun Tip Circulation Type 【Overview】 A redesigned and systematized explosion-proof syringe pump. This syringe pump system can be integrated into existing painting systems. It comes with a dedicated controller. The syringe pump system, controllable in 1cc increments, accurately manages paint usage and reduces waste. Additionally, the circuit design allows for paint return from the spray gun, enabling a circulation feature. 【Features】 - Easily integrates into existing painting systems - Controllable in 1cc increments - Eliminates unnecessary paint usage - Significantly reduces cleaning and maintenance time (Quick Cleaner optional) 【Note】 - The spray gun is not included. You will need to prepare a spray gun with return specifications (Scotch Gun optional). - When connecting to an existing control panel, the syringe pump system's controller can be connected via CC-LINK or similar (optional).

• Syringe Pump

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

• Other painting machines

Significant Improvement in Coating Costs Solving the Issue by Precisely Controlling Paint: Syringe Pump System The highly requested syringe pump system, a paint supply device developed exclusively by Takubo Engineering, is finally available for individual sale. The explosion-proof paint supply device syringe pump, a standard component of Takubo Engineering's painting robots, is specifically designed for painting and features a paint supply system that can be controlled in 1CC increments. Everything is managed numerically, achieving visibility of paint consumption. Additionally, the digitalization promotes the digitization of painting processes. Ideal for pursuing painting quality and reducing painting costs, it also addresses environmental concerns by reducing unnecessary paint consumption and waste paint. Furthermore, the design allows for easy cleaning and maintenance, with an automated cleaning process in a circulation system. Maintenance of the cylinder is also designed to be straightforward. Installation is simple; just replace the paint supply part of your existing painting system. (Please contact us to determine installation feasibility.)

• Painting Machine
• Other painting machines
• Syringe Pump

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.

• Other industrial robots

"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.

• Chemicals
• Other safety and hygiene products

Release operators from the teaching tasks of painting robots - SWANIST. Swanist solves the difficult problem of robot teaching. Swanist is a "Teaching Assistant Software" developed specifically for Swan robots. It reduces the previous work processes and allows for painting simulations in a virtual space while viewing a screen linked to the actual robot. It simplifies the workability of painting production, contributes to reducing painting costs, decreasing paint consumption, improving quality, managing film thickness, enhancing maintenance efficiency, addressing environmental concerns, and suppressing VOC emissions.

• Painting Machine

SWAN-S is a rotary painting robot that eliminates the W-turn of the Swan Robot's transport device and enables continuous mass production by arranging multiple units on a line. It is ideal for users who want to increase production numbers with the future goal of mass production, starting from small lot production. By inheriting the rotary painting technology and further compacting it, it has become possible to achieve high-quality, low-cost painting in large quantities, significantly improving productivity.

• Painting Machine

The maintenance inspection door for filter replacement and cleaning, designed on the back of the oil booth, which is a collection booth for overspray mist specifically for painting, has been improved from a conventional single-panel door to a two-panel door, making it lighter. This allows for easier removal during inspections, enabling more efficient maintenance work. The oil booth is a painting booth that uses oil to address various issues on-site, such as work environment, pollution, and quality, which could not be achieved with a water wash booth. It features a dust removal efficiency of 95%, a low noise design of 68 dB that allows for conversation and meetings in front of the booth, and an oil lifespan of over 30 years.

• Other environmental equipment
• Wastewater/wastewater treatment equipment

The "Swan-C" is an explosion-proof painting robot designed for small workpieces, which can be installed on existing spindle painting lines and achieves a highly reproducible finish. It can be equipped with up to 16 specially developed ultra-compact spray guns. Compared to our standard gun, the discharge volume is less than half, allowing for efficient painting of workpieces while minimizing waste. With the standard software, it is also possible to visualize painting data such as condition settings and teaching data, leading to reduced time for condition setting, improved efficiency in changeovers, and uniformity in painting quality. 【Features】 ■ Can be introduced into existing spindle painting lines ■ Integrated robot and micro-discharge syringe pump ■ The one-to-one structural design of the gun and paint supply device ensures stable coating quality ■ Standard software that assists in robot teaching *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Other industrial robots

Newly developed painting robot that solves various problems in spindle painting all at once. Easy to set up and install in existing spindle lines. Optimized for painting parts such as lipstick components, powders, and lotions. Also compatible with bottles, water bottles, lenses, and more. It seamlessly takes over the work that was previously painted on existing spindle lines.

• Painting Machine
• Articulated Robot
• Production Management System

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.

• Other pumps
• Other mounting machines
• Other machine elements

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.)

• Articulated Robot
• Other surface treatment equipment

The painting robot Swan C, which significantly improves the painting costs of the spindle line painting system, uses a dedicated robot equipped with 16 guns instead of the conventional fixed gun method. One gun is responsible for one workpiece and completes the painting (finishing). This spindle line-compatible painting robot achieves a coating efficiency of approximately 42%. The specialized painting technology "R Technology" from Takubo Engineering enables cost-effective painting. It can be easily installed in front of existing spindle lines. It can be synchronized with the line speed for immediate production. Of course, it is also possible to set up a new spindle line and establish a new painting line. The compatible workpieces include items such as lipstick and rouge caps that were previously painted on the spindle line.

• Articulated Robot
• Painting Machine
• spray

● 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.

• Articulated Robot
• Other FA equipment
• nozzle

"R Technology" refers to the painting robot technology that simultaneously solves common challenges in quality, cost, and environment in painting. Now that global production bases have become the norm, painting is also required to have world-class competitiveness. "R Technology" has been developed as a painting technology for robots, completing rotational painting through advanced control technologies for painting equipment such as guns, robots, paint supply devices, and transport devices. It is particularly suitable for thin film painting technologies, which are important for laser-cut painting and indium plating that allows millimeter waves to pass through. **Features of R Technology** - Rotational painting with dedicated jigs: The teaching assistant software "Swanist" supports rotational painting. - Robots compatible with R Technology: Supports Swan Pro, Line Dancer, Soft Boy, and automatic painting lines from batch-type to automatic systems. By maintaining an optimal direction and distance from the rotating workpiece during painting, it achieves stabilization of film thickness and high quality, completing digital painting. *For more detailed product information, please refer to the PDF materials or feel free to contact us.*

• Other industrial robots

Using our independently developed explosion-proof painting robots "Soft Boy Pro," "Line Dancer," and "Swan Pro," we form paint films using the rotating painting R technology. The thin film multiple method optimizes the amount of paint used and maximizes the performance of the paint. One robot can handle from one coat to four coats. This is a painting system that commercializes painting. We have many achievements, including dolphin antenna covers, door handles, headlights, and center pillars. 【Painting System Variations】 - Door mirror painting system - Door handle painting system - Dolphin antenna cover painting system - Center console and car navigation panel painting system - Many others 【Robots for Mitigating Distributed Production Risks】 - Data creation dedicated painting robot Data Pro A small painting robot dedicated to test painting, sample production, color matching, teaching creation, and condition setting (integrated gun, transport device, booth, and paint supply device). Painting data can be transferred to the production line robots, allowing for condition setting and sample production without stopping the production line. This eliminates quality variations in scattered factories and enables production at a consistent cost.

• Articulated Robot
• Other Auto Parts
• Other FA equipment

【Not Just a Painting Robot】 The painting robot manufactured by Takubo Engineering is a dedicated "robot system" for painting, unlike general robots. It comes standard with everything necessary for painting, including the robot, controller, spray gun, syringe pump system, and transport device (with rotation mechanism). 【Two Types: Suspended and Standalone】 The basic types of painting robots are broadly classified into "suspended" and "standalone." They are designed for mass production and small-batch, diverse production. 【Equipped with Rotational Painting Technology R】 We have independently developed the painting technology "Rotational Painting Technology R" using robots. This achieves high-quality thin film painting while eliminating unnecessary paint usage and improving painting costs. 【Standard Equipment: Proprietary Teaching Assistant Software Swannist】 【Customizable】 We incorporate various technologies to achieve painting, such as multiple gun attachment units and turret gun units. For automatic mass production lines, we primarily use the Line Dancer M-type robot, which boasts a portable weight capacity of 20 kg and can accommodate up to 12 spray guns to enhance effectiveness. We adapt according to the type of paint, production volume, and workpiece.

• Painting Machine
• Articulated Robot
• Other painting machines

A small painting robot with a dedicated 4-axis stationary type that inherits the technology of rotational painting R. It demonstrates its power in small-lot, diverse production, significantly improving the work costs for color changes and setup changes. It achieves a reduction in cleaning time and minimizes the amount of cleaning solvents, waste solvents, and waste paint.

• Painting Machine
• Articulated Robot

In response to requests for small explosion-proof motors, we have started selling two types: 200W and 600W, as standalone products. They can be used as embedded devices for driving equipment installed in hazardous environments.

• AC Motor

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.

• Painting Machine
• Other surface treatment equipment
• Other industrial robots

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.*

• Painting Machine
• spray
• Other machine elements

By systematizing high-quality painting with the painting robot "Line Dancer" on the Dragon Line, we achieve low-cost mass production. We have introduced an accumulation mechanism to the conveyor line, and by adopting this product, we can reduce the booth's air supply and exhaust volume by approximately 45%. This improves production efficiency while also downsizing the equipment. Please feel free to contact us when you need assistance. *For more details, please refer to the PDF materials or feel free to reach out to us.

• Painting Machine
• Other machine elements
• Other FA equipment

The Heat Recovery Type Hot Air Dryer, Dry Tech, features a panel structure with sandwiched insulation material, allowing for flexible customization for large sizes. It adopts a high-performance heat exchange system, excelling in safety, quality, cost-effectiveness, workability, and scalability, achieving the highest level of finish. Considering a wide range of workability, it enables safe and efficient operations that are environmentally friendly. *For more details, please refer to the PDF materials or feel free to contact us.*

• Painting Machine
• Drying Equipment
• Heat exchanger

This is an introduction to a painting system that can reduce painting costs, energy costs, and paint consumption by attaching 10 mobile phone parts to a circular jig and having a robot paint them with both forward and reverse rotation. It is designed to minimize overall energy consumption and has high scalability, making it suitable not only for mobile phones but also for painting mobile communication devices. Please feel free to contact us if you have any inquiries. *For more details, please refer to the PDF document or feel free to contact us.

• Other industrial robots
• Painting Machine

The painting robot Swan is a painting robot that uses an original compact explosion-proof AC servo motor. It is a dedicated painting robot with technology focused on reducing painting costs, featuring a unique painting technique that rotates the workpiece for painting. It minimizes unnecessary paint consumption and achieves high-quality painting with a thin film. By laying out a uniquely developed explosion-proof handling robot, an automatic painting system can be easily constructed. It accommodates all methods according to production volume and the number of coatings, ranging from batch to automatic systems.

• Painting Machine
• Articulated Robot

The body color with pearl white has redefined the image of painting robots. The design, which takes aerodynamics into account without compromising the quality of the paint, is truly reminiscent of a swan standing by a lake. Following the hanging mobile robot line dancer, the painting robot swan has taken center stage in the painting arena. The swan is a dedicated painting robot suitable for rotating paint applications on small to medium-sized workpieces. 【Adaptable for various parts painting】 ● Exterior and interior parts such as car headlights, door mirrors, door handles, wheel caps, aluminum wheels, shark antennas, meter panels, escutcheons, switch panels, and car navigation systems ● Mobile communication devices such as mobile phones, smartphones, and tablet PCs ● Cosmetics parts like lipstick caps ● Sports equipment such as fishing reel components ● Construction materials ● Home appliances 【Compatible with various paints】 - UV, pearl, metallic, powder (optional), and more For more details, please download the catalog or contact us.

• Articulated Robot
• Painting Machine
• paint

The painting robot Swan, which realizes the shark antenna using the technology of rotational painting R. It features a compact design that enhances safety by adopting an original small explosion-proof motor. Its rounded, slim form reduces painting costs.

• Painting Machine
• Articulated Robot
• Other surface treatment equipment

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.

• Other painting machines
• Syringe Pump
• spray

| 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.

• Other industrial robots
• Inkjet printer
• Other painting machines

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.

• Printing Machinery

"Swampro" is an all-in-one painting robot system that includes everything necessary for painting, from spray guns to robots, controllers, transport devices, and paint supply systems. Production can begin immediately after installation. It inherits the rotational painting technology "R technology" that Takubo Engineering has cultivated over 15 years. It achieves cost reduction and high quality in the painting of small parts. It accommodates the painting of various works, including door mirrors and door handles, with numerous proven results. It reduces the burden of system construction. The equipment necessary for painting is reflected in the system. It flexibly adapts to production volume and installation space, including clean rooms, temperature control systems, and conveyor systems. [Features] ■ Achieves high quality, reduced environmental impact, and cost reduction at a high level ■ Independently developed an app to simplify teaching tasks ■ Wide range of work adaptability *For more details, please refer to the PDF materials or feel free to contact us.

• Painting Machine
• Articulated Robot

The explosion-proof fluorescent lights have been replaced with LED lighting. ● Brighter than explosion-proof fluorescent lights! LED lighting achieves the same brightness with significantly lower power consumption compared to explosion-proof fluorescent lights. ● More faithful color representation of paints! LED lighting reproduces colors similar to natural light, allowing for a more accurate display of paint colors. ● Reduced power consumption and energy-saving! Compared to fluorescent lights with a power consumption of about 40W, LED lighting consumes approximately 14.7 to 25W, resulting in about half the power-saving effect.

• Other painting machines