Achieved 5 crowns!! Japan Underwater Drone Association wins the Grand Prize at the 2025 'SCHOOL AWARDS'

A company that does not outsource drone filming! The first step to improving productivity with your own skills.

The "Underwater Drone Safe Submersible Operator Certification Course" is an underwater drone school certified by the Japan Underwater Drone Association. We offer training sessions and programs for obtaining qualifications aimed at developing human resources for expanding underwater businesses utilizing underwater drones. This sought-after certification is available for students coming from all over the country in Saitama Prefecture. 【Event Overview】 ■ Training Location: Underwater Drone Practice Field (1-6-27 Otsuka, Kawagoe City, Saitama Prefecture) ■ Enrollment Capacity: Up to 4 participants per session ■ Training Duration: 1 day only *For more details, please refer to the PDF document or feel free to contact us.

• Surveying Consulting

Visible in murky water and dark places: Examples of underwater inspections that do not rely solely on diving and the introduction of related products.

Our company prioritizes the safety of workers while conducting inspections and surveys of underwater structures, and we promote the use of underwater robots and drones as a means to achieve stable survey quality, shorten construction periods, and optimize costs. In sites such as bridge substructures, dam embankments, agricultural waterways, and distribution reservoirs, issues of safety and reproducibility often arise in traditional diving surveys due to murky water, dark conditions, and flowing currents. This document is organized around achievements and case studies to help assess "in which environments underwater drones are effective" and "what level of results can be expected" when introducing them to address these challenges. It is not just a product description; it specifically introduces survey methods, verification content, and implementation effects using actual site photos and sonar images. We use the FIFISH W6 MAX and E-MASTER NAVI for inspections, and by combining them with 2D imaging sonar and direct power supply systems, we achieve stable long-duration surveys even in murky water environments. This document can serve as practical reference material for those considering the feasibility of introducing underwater drones or reviewing survey methods.

• Consulting companies

Introducing general use, work use, and industrial use! Optional parts are also listed with photos.

In this catalog, we introduce the underwater drone "FIFISH," which features 360° rotation and high operability. We also feature the "V-EVO," which supports 4K recording at 60 frames per second, and the "V6 EXPERT," which offers long-lasting performance while balancing safety and efficiency. Additionally, we present the industrial models "V6 PLUS" and "W6." A list of options is also included, so please take a moment to read through it. 【Featured Products】 ■FIFISH V-EVO ■FIFISH V6 EXPERT ■FIFISH PRO V6 PLUS ■FIFISH PRO W6 *For more details, please refer to the PDF document or feel free to contact us.

• Work boats, research vessels, underwater work machines

Utilizing our unique inertial navigation technology, we support both "plane automatic navigation" and "vertical automatic navigation"!

The "FIFISH W6 MAX" is a versatile mission ROV that can be used for offshore wind power, infrastructure inspections, and vessel inspections. With the Q-DVL hovering system equipped in this product, it can lock the drone's position underwater, enabling automatic high-precision stationary holding even in strong currents. This makes operation easier and allows for smooth and precise inspections even in strong flows. 【Features】 ■ Navigation speed of 4.5 knots ■ Maximum diving depth of 350m ■ Equipped with a new industrial motor ■ Improved flow resistance through fluid engineering ■ Payload of 15kg ■ Equipped with AI enhancement, surveying, and autonomous navigation functions *For more details, please download the PDF or feel free to contact us.

• Work boats, research vessels, underwater work machines

Reduce the operator's burden with automatic navigation. Supports high-precision 2D and 3D seabed mapping and measurements using AR laser scalers.

The "FIFISH E-MASTER NAVI" is a compact industrial AI underwater drone developed for measurement, inspection, and investigation in complex underwater work environments. It is equipped with 2D and 3D seabed mapping capabilities and measurement functions using an AR laser scaler, enabling smooth movement and filming underwater through automatic navigation. This reduces the operator's workload while allowing for efficient inspection tasks. Additionally, it features a replaceable dual battery system that supports hot-swapping, allowing for battery replacement without turning off the power. It can also be used in areas where inspections are difficult due to strong water currents or high turbidity. 【Features】 ■ A high-end model focused on time efficiency in operations ■ Smooth filming with a locking function on targets due to advancements in AI system technology ■ New attachments that make it easy to add and remove optional tools ■ Contributes to improved work efficiency with an ultra-wide-angle fisheye lens of 176° (146° underwater) ■ Suitable for underwater inspections of infrastructure and marine facilities *For more details, please refer to the materials. Feel free to contact us with any inquiries.

• Work boats, research vessels, underwater work machines

The catalog for the fire-resistant laminated wood "Moen Gen" has been updated as of April 2026. Why doesn't it drip? Why is it resistant to efflorescence? What about reducing life cycle costs? What are the installation methods? We have answered these questions from everyone. In addition to use in semi-outdoor eaves and skeleton ceilings, there are steadily increasing examples of adoption in places where the use of other fire-resistant woods is difficult, such as ceilings in bathroom facilities. "Moen Gen" uses a natural, penetrating type of paint, which retains the scent and texture of the wood, and if minor efflorescence occurs, it can be easily treated unlike urethane coatings. Additionally, since it is laminated wood, disadvantages such as shrinkage and warping are reduced, improving the maintenance of the building. We have also obtained ministerial certification with the coating, eliminating the need for on-site painting and reducing the burden. The basic colors are available in a rich variety of 27 colors that enhance the texture of the wood. *Custom color matching is also possible. 【Features】 ■ Numerous adoption records in eaves and skeleton ceilings ■ Improved maintenance of buildings ■ No dripping and strong against efflorescence ■ 27 color variations to choose from ■ Easy-to-use fire-resistant wood certified with paint

Did you know that there are various types of lighting poles tailored to their use and installation location? Here, we will explain mainly three types: "high ceiling floodlights," "streetlights and road lights," and "architectural exterior lighting." High ceiling floodlights: Used in indoor spaces such as sports facilities and warehouses where high ceilings are necessary, they require durability and strong illumination to reach far distances. Streetlights and road lights: Installed on sidewalks and roads to enhance safety. Streetlights are designed for uniform diffusion, while road lights are designed to make lanes and intersections easily recognizable. Architectural exterior lighting: Used for beautifying the appearance of facilities and buildings while also serving as nighttime security, often featuring highly designed types such as tapered poles. It is important to equip lighting poles with the optimal materials, shapes, and weather resistance according to their use and installation location. Kanda Industrial provides lighting poles suited for these purposes. For more detailed explanations, please visit Kanda Industrial's website through the related link.

The benefits of converting outdoor lighting to LED include a significant reduction in power consumption compared to traditional lighting. This contributes to reducing environmental impact and lowering electricity costs, and furthermore, the Ministry of Land, Infrastructure, Transport and Tourism and local governments support the transition to LED through subsidy and grant programs. When switching to LED, it is important to focus not only on the lighting fixtures themselves but also on the supporting lighting poles. If the existing poles are sufficiently durable, it is possible to replace them with LED fixtures at a low cost using conversion adapters. On the other hand, if the poles are aging, it is necessary to update them entirely while considering the landscape and harmony with the surroundings. Factors such as height, tilt, design, weather resistance, and maintenance are crucial in the design phase for new installations. It is recommended that the contractor evaluates the condition of the existing poles while utilizing support programs from the national and local governments to consider the optimal response method. A comprehensive assessment of the quality of light, costs, and maintenance management resulting from the LED conversion will be the key to success. For more detailed explanations, please visit the website of Kando Industry! You can find the continuation through the related links.

Metal cutting is not only about separating materials but is also a crucial process that affects product quality and cost. This article introduces the main methods. 1. Laser cutting: Non-contact, high precision, capable of handling complex shapes and thin to medium-thick plates, achieving smooth cross-sections. 2. Plasma cutting: Can process thick plates at high speeds and is cost-effective, though the cross-section is somewhat rough. 3. Mechanical cutting: Strong in cutting large and extremely thick materials or mass cutting using band saws and shearing. 4. Water jet cutting: Zero thermal impact, suitable for hard materials and precision parts. It emphasizes that the skills of experienced craftsmen who can discern metal properties, fine-tune conditions, and minimize distortion are essential. High-quality cutting directly leads to reduced assembly labor, automation of subsequent processes, reduced defects, and improved reliability, making the selection of a trustworthy contractor key. Kanda Industrial concludes by proposing the optimal cutting methods based on their extensive experience and technology. For more detailed explanations, visit Kanda Industrial's website! You can find the continuation through the related links.

Outdoor lighting poles require a paint that combines aesthetics and durability. There are four important points to consider: 1. **Proper Paint Selection** Polyurethane and epoxy paints, which are excellent in weather resistance and corrosion resistance, are recommended to maintain aesthetics over the long term in outdoor environments. 2. **Importance of Surface Treatment** It is essential to thoroughly remove rust, old paint, and dirt. By preparing the substrate meticulously through sandblasting or chemical treatment, the adhesion and lifespan of the paint are improved. 3. **Management of Construction Environment** Weather conditions such as temperature, humidity, and wind speed affect the drying and curing of the paint. Proper management of these factors and conducting the work in a well-ventilated area can prevent unevenness and deterioration of quality. 4. **Regular Maintenance** Regularly inspect the condition of the paint film, and promptly repair any cracks, peeling, or rust found. This allows for the extension of the pole's lifespan and the maintenance of its appearance. **Summary:** The painting of lighting poles is a systematic process involving "paint selection" → "substrate preparation" → "proper application" → "regular repairs," which balances beauty and durability, preserving the landscape value of public roads and facilities for a long time. For more detailed explanations, visit the website of Kando Industry! You can find more in the related links.