テムザック List of Products and Services

Ray powder is rice flour created by "WORKROID agriculture," which started with the desire to stop the expansion of abandoned farmland. We are working on a system to maintain rice cultivation in small fields and irregularly shaped lands, where abandonment is a concern, by using robots to minimize labor. Moreover, while the consumption of "rice" has been decreasing year by year, "rice flour" is increasingly in demand as a versatile substitute for wheat flour in products like bread, cakes, and noodles, driven by rising health consciousness and soaring prices of imported wheat. Temzac will continue to promote labor-saving agriculture, establish a new form of labor-saving rice cultivation with robots, and by showcasing the appeal of rice flour, aim to expand its demand, contribute to food security, and achieve sustainable agriculture.

• Food ingredients (powder)

Temzack Co., Ltd. has developed a multi-legged robot called 'SPD-X' that performs inspection and repair tasks while traveling through pipelines and similar environments. Compared to our previously developed sewer inspection robot 'SPD1', the stability of travel over sediment and steps has significantly improved, and it can accommodate various pipe diameters and types, making it suitable for narrow spaces outside of sewer pipes and dangerous locations where human entry is not possible. We have also obtained a patent for the robot's travel method. ✔ High mobility Achieves stable travel by overcoming sediment and steps with 16 legs. ✔ Compatibility with various pipe diameters Supports pipe diameters of 200mm and above, and can be applied for inspections in narrow and hazardous areas. ✔ Equipped with a high-precision camera Captures 360-degree views, allowing for detailed inspections. YouTube: https://youtu.be/8uR0mI_UelQ

• Inspection robot

Rescue robots that are active during disasters. They can lift debris and rescue people with their dual-arm design. By introducing synchronized motion control in the arms, intuitive operation by the operator is made possible. ✔ Dual-arm design Can lift debris and rescue people ✔ Remote operation Can be operated from a safe distance, even in dangerous places like collapsed buildings or areas filled with toxic gas ✔ Mobility and maneuverability Improved mobility with rubber tracks. Equipped with blades, they can also be used for snow removal and filling holes ✔ Intuitive operation for the operator Synchronized motion control is implemented in the arms

• Machinery and equipment installation/dismantling/relocation
• Hydraulic Equipment

At Temzac Co., Ltd., we accept the development of custom-made "automated transport robots." ~ Online consultations now available ~ Temzac is currently accepting online consultations. If you would like to introduce a custom-designed automated transport robot or if you want to integrate the automated transport robot with your company's core system, please feel free to contact us through the [Inquiry] link. As a recent example, we have developed a new "automated transport robot" for hospitals, which has been implemented at the Seiko-kai Omihachiman Medical Center. 【Features】 ■ Continuous operation for 8 hours, contributing to increased productivity by reducing the time medical staff spent on transport tasks. ■ Utilizing the building OS "DX-Core" provided by Shimizu Corporation, it can operate across multiple floors by linking with in-hospital facilities such as elevators. ■ High security is achieved by equipping it with a dedicated IC lock. *For more details, please refer to the related links or feel free to contact us. Introduction video (https://youtu.be/mjpd483_N7E?si=z_wWI4BKJuBtNSie)

• Trolley

Temzac Corporation is pleased to announce the ceiling gypsum board installation construction robots "Carry" and "Shot," developed in collaboration with Sekisui House, Ltd. Unlike conventional large or fixed devices and robots, these two units can each operate autonomously and perform cooperative tasks while communicating just like humans. This product utilizes AI, autonomous driving technology, and advanced robotic control technology to achieve highly accurate work while moving freely, making it a new type of robot. 【Features】 ■ Each unit operates autonomously ■ Capable of cooperative tasks while communicating like humans ■ Utilizes AI, autonomous driving technology, and advanced robotic control technology ■ Achieves high precision work while moving freely *For more details, please refer to the related links or feel free to contact us.

• Transport and handling robots

Temzac Corporation has developed a spider-type robot "SPD1" (prototype) to assist in improving the efficiency of sewer inspection work. Currently, over 90% of the equipment used for investigating sewer pipes in Japan is tire-driven TV camera vehicles, while our robot adopts a multi-legged walking style that excels in traversability. In future developments, it can be applied not only to sewer construction but also to investigations and work in spaces so narrow that humans cannot enter. 【Features】 ■ A multi-legged walking robot for pipe inspection developed in Japan ■ Capable of traversing pipes with different diameters using just this one unit ■ The robot can conduct inspections and work either individually or in groups ■ Equipped with a 360-degree camera ■ Operated with a game controller *For more details, please refer to the related links or feel free to contact us.

• Inspection robot

The new workroid, a spider-shaped robot "SPD1" for sewer inspection, has been introduced in various media outlets around the world, including Reuters. Domestically, it has also been featured in newspapers such as Ken-Tsu Shimbun and Electronic Device Industry News, as well as on web platforms like Nikkei Cross Tech and BUILT. For more details, please refer to the related links. 【Featured Media (Partial)】 ■ International (WEB) - Reuters - GMA Network (Philippines) - TNN ONLINE (Thailand) - Hong Kong Economic Journal (Hong Kong) - IoT World Today (UK) *For more information, please check the related links or feel free to contact us.

• Inspection robot

Temzac Corporation is pleased to announce the development of two construction robots for "ceiling gypsum board installation," "Carry" and "Shot," which we have been working on in collaboration with Sekisui House, Ltd. These robots can autonomously read construction data, map out work procedures and positions, and carry out their respective tasks. In situations where both robots are likely to collide, they can check each other's current tasks and determine which robot should take evasive action, allowing them to make decisions and act accordingly. 【Features】 - Communication between robots for "cooperative work" - Autonomous actions, collision avoidance, and automated driving technology - High-precision construction work *For more details, please refer to the PDF document or feel free to contact us.

• Transport and handling robots

Temzack Co., Ltd. conducted its first harvest at a field in Nobeoka City, Miyazaki Prefecture, where it is practicing "WORKROID Agriculture" using robotic technology. WORKROID Agriculture is a labor-saving farming method implemented by our company that can be undertaken even by those without agricultural experience. Despite significantly reducing the labor hours spent on rice cultivation compared to traditional farming, we successfully harvested nearly 400 kg per 10 ares of rice. This confirmed the potential to realize the goals of WORKROID Agriculture, such as "labor-saving" and "farming that does not stick to the land." [Future Prospects] - Establish a labor-saving agriculture system that can handle everything from rice cultivation for rice flour to the distribution of rice flour, and spread it nationwide. - Aim to stop the expansion of abandoned farmland and contribute to maintaining Japan's food self-sufficiency and food security. *For more details, please refer to the related links or feel free to contact us.

• Transport and handling robots

At "EdgeTech+ 2023," held at Pacifico Yokohama from November 15 to 17, 2023, we showcased the smart mobility "RODEM" as a case study for mobility and the SDx model at the booth of NTT Data MSE, a comprehensive integrator of embedded systems and cloud-edge solutions. It was displayed as a concept model of their unique software-first platform (SDx). As examples of the application of this technology, we demonstrated two specifications for active users and safety users. 【Examples of Technology Application】 <For Active Users> - Expandability for tourism guidance and navigation <For Safety Users> - Restrictions on RODEM's operational functions - Detection of user expressions and alert functions for drowsiness *For more details, please refer to the related links or feel free to contact us.

• Transport and handling robots

Temzac Corporation has newly developed an "automated transport robot" for hospitals and has introduced it to the Omihachiman Medical Center, as part of the "DX-Core Smart Hospital Initiative" being pursued by the Seiko-kai Social Medical Corporation and Shimizu Corporation. As one of the DX initiatives aimed at improving staff productivity, this product implements the in-hospital transport of prescription medications. Currently, it is being used for the automatic transport of prescription medications during nighttime hours. The goal is to enhance operational efficiency, reduce staff burdens, and contribute to the improvement of medical services and patient satisfaction. 【Features】 - Continuous operation for 8 hours reduces the time medical staff previously spent on transport tasks, contributing to increased productivity. - By utilizing the building OS "DX-Core" provided by Shimizu Corporation and linking it with in-hospital facilities such as elevators, operations across multiple floors are made possible. - Equipped with a dedicated IC lock, it achieves high security. *For more details, please refer to the related links or feel free to contact us.

• Transport and handling robots

Temzack Co., Ltd. has developed a multifunctional agricultural robot, "Raicho No. 2," and conducted driving tests and the harvesting of the second ear in a field in Nobeoka City, Miyazaki Prefecture. This product operates fully electrically and is a relatively small robot capable of agile movements that were difficult with conventional machinery. It is expected to operate in small fields and irregularly shaped disadvantaged farmland where abandonment of cultivation is a concern. 【Features】 - By changing various attachments, it is possible to perform tasks such as tilling and harvesting fully electrically. - It moves using a motor driven by an onboard battery. - By operating each of the four wheels independently, it can perform movements such as forward and backward movement, lateral movement, and turning in place. *For more details, please refer to the related links or feel free to contact us.

• Transport and handling robots

We would like to introduce our custom-made services. At our company, we develop various X-ROID solutions tailored to the needs of businesses. We continue to propose solutions that can truly benefit people, utilizing robotic technology. Using the robotic technology we have cultivated since 2000, we listen to our customers' needs and propose X-ROIDs that can assist them or fulfill their wishes. Please feel free to consult us about anything you are currently considering or any issues you may be facing. 【Temsack's Commitment】 ■ Unprecedented Ideas ■ Advanced Mechatronics Know-How ■ Systems that Coexist with Humans *For more details, please refer to the related links or feel free to contact us.

• Articulated Robot

We would like to introduce "TRANS-ROID," which we handle. We offer "RODEM," which can reduce the burden on both caregivers and those receiving care, and "CITY MOBILITY," which allows for easy short-distance movement. Additionally, we have the "MED-ROID" series, which includes the "Pedia_Roid," a pediatric patient simulator that allows for the acquisition of treatment techniques, including emergency medical care, and the "DENTAROID," developed for clinical practice and exams for dental students. We also have the "POWER-ROID" series, which includes "T-54ENRYU," capable of lifting debris and rescuing people with its dual-arm design. 【Lineup (partial)】 <TRANS-ROID> ■RODEM ■CITY MOBILITY *For more details, please refer to the related links or feel free to contact us.

• Articulated Robot

Temzack Co., Ltd. harvested rice for rice flour using the agricultural WORKROID "Raicho Series," and named the resulting rice flour "Raiko." "Raiko" is provided as trial rice flour to restaurants and other establishments nationwide. It is made from two varieties of rice (Mizuhokikara and Fukunoko) cultivated based on a partnership agreement signed in December 2022 with Nobeoka City and Kitakushira Agricultural Corporation. We aim to establish a robotic rice cultivation method that significantly reduces the labor involved in rice farming and to create added value and profitability through the manufacturing and distribution of rice flour. 【Raiko Component Analysis Results for Two Varieties (Partial)】 <Mizuhokikara> *Measured values per 100g ■Calories: 354 kcal ■Protein: 5.6g ■Fat: 1.3g ■Carbohydrates: 80.0g ■Moisture: 12.9g *For more details, please refer to the related links or feel free to contact us.

• Transport and handling robots

On January 23, 2024, a media promotion event titled "Nobeoka Gastronomica - Nobeoka Gourmet Society" was held in Toranomon, Tokyo, organized by Nobeoka City, Miyazaki Prefecture. This event is based on the "Eastern Kyushu Basque Transformation Project," which aims to create a region that attracts people through food. It features dishes prepared by chefs from Nobeoka using locally sourced ingredients to disseminate information nationwide. As an event promoting Nobeoka City through food, "Raikiko," a rice flour made from rice cultivated using the agricultural WORKROID "Raichou Series," was utilized as a dessert. It was served as a rice flour pound cake with kumquat marmalade. 【Raikiko Features】 ■ Rice flour made from rice grown using agricultural WORKROID "Raichou Series" *For more details, please refer to the related links or feel free to contact us.

• Transport and handling robots

Temzac Co., Le Nature, Ygrec, and Takami Confectionery have started selling dishes and sweets made with rice flour "Raifuku," produced from robot-cultivated rice, from late January 2024. Rice flour is versatile and can be used as a substitute for wheat flour in products like bread, cakes, and noodles. Due to the rising health consciousness and the soaring prices of imported wheat, the demand for rice flour has been increasing in recent years. By establishing a new labor-saving agriculture through robot rice cultivation and promoting the appeal of rice flour, we aim to contribute to the expansion of rice flour demand and the improvement of food self-sufficiency. [Roles of each company] ■ Temzac: Robot development, production of Raifuku (rice flour) ■ Le Nature: Sales of Raifuku (rice flour) dishes and sweets ■ Ygrec: Sales of Raifuku (rice flour) sweets ■ Takami Confectionery: Sales of Raifuku (rice flour) sweets *For more details, please refer to the related links or feel free to contact us.

• Transport and handling robots

From February 4 to 6, 2024, at the Dubai World Trade Center in the United Arab Emirates, the booth of Nissin Corporation showcased the pediatric patient robot "Pedia_Roid." A development representative from Temzac also provided technical support in Dubai. In the Middle East, the adult patient robot "DENTAROiD" has already been delivered to six educational institutions in Saudi Arabia, but this was the first exhibition of the pediatric product. The booth was bustling with visitors throughout the event. 【Pedia_Roid Features】 - Capable of expressing a range of emotions such as joy, anger, sadness, and pleasure, as well as detailed changes in complexion, pupil size, and breathing sounds. - Allows for repeated training, including dental treatment and basic life support. *For more details, please refer to the related links or feel free to contact us.*

• Articulated Robot

Temzac Corporation has developed a new multifunctional agricultural robot, "Raichou No. 2" (equipped with a tilling attachment). This product is a multifunctional agricultural robot that can perform tasks such as tilling and harvesting entirely electrically by changing attachments. It is relatively compact and highly maneuverable, capable of moving not only forward and backward but also sideways and turning in place, making it suitable for uneven terrain and small fields that are often abandoned due to unfavorable conditions. 【Features】 ■ Multifunctional: Other uses besides tilling with attachment changes ■ Agile: Maneuverable (horizontal and turning movements) to adapt to unfavorable land conditions ■ Compact: Can be loaded onto a light truck ■ Electric: Environmentally friendly, does not burn petroleum *For more details, please refer to the related links or feel free to contact us.

• Transport and handling robots

Temzack Co., Ltd. is practicing rice direct seeding for rice flour in Nobeoka City, Miyazaki Prefecture, as part of its labor-saving agriculture initiative "WORKROID Agriculture" using robotic technology. To further streamline the seeding process, we have developed the new "Raichou No. 1" (seeding-compatible model). This product is an agricultural robot that can automatically perform both seeding and weed control by changing attachments. Its small size and ability to operate in groups allow it to work in conditions that are often abandoned, such as irregularly shaped land and small fields. 【Features】 - Autonomous navigation: Uses AI to determine areas where seeds have not been sown, enabling efficient seeding. - Compact and swarm-capable: Suitable for irregularly shaped land and small fields, addressing challenging agricultural conditions. - Solar power energy: Saves on fuel costs and is environmentally friendly by not burning oil. *For more details, please refer to the related links or feel free to contact us.

• Transport and handling robots

"Pedia_Roid" is a pediatric patient-type robot that allows for a realistic experience of the struggles and movements of children who are resistant to treatment, as well as sudden changes in their medical condition. Developed with a focus on the limited opportunities for clinical practice with children in medical education, it accurately reproduces emotional expressions of joy, anger, sadness, and pleasure, as well as changes in complexion, pupil size, and breathing sounds. Training can be conducted in various pediatric medical settings, including dental treatment and emergency medical care. 【Features】 ■ Realistic experience of struggling movements and sudden changes in medical condition ■ Developed with a focus on the limited opportunities for clinical practice with children in medical education ■ Detailed reproduction of emotional expressions and changes in complexion, pupil size, and breathing sounds ■ Teeth can be actually drilled and replaced one by one ■ Capable of intravenous injection (blood sampling), cardiopulmonary resuscitation, and nail bed pressure tests on the back of the hand *For more details, please refer to the PDF materials or feel free to contact us.

• Distance learning/E-learning

RODEM is a next-generation smart mobility solution with universal design that realizes "true barrier-free" movement for everyone, allowing anyone to enjoy mobility without boundaries. ~ Online consultations available ~ Temuzak is currently accepting online consultations. If you want to "solve the challenges of transfer and movement with RODEM" or if you would like to "see a demo of RODEM or take a test ride," please feel free to contact us through the [Inquiry] section. [Features of RODEM] - The design allows for easy transfer from beds or chairs due to the rear entry and the up-and-down mechanism of the seat. - The high eye level during movement enables conversations at the same eye level as pedestrians. - Applications for tourist information, multilingual translation, and route guidance can also be accommodated (subject to consultation). [Reference Information] "RODEM" Special Model with Lacquer Finish Announced (https://www.tmsuk.co.jp/topics/2910/)

• Trolley