KYONI CO.,LTD. List of Products and Services

This is a chance to introduce a system easily and affordably with low initial costs! Nazca Neo Linka is a machine operation monitoring system developed with the concept of "factory management." It collects operational data from machine tools in real time, allowing you to understand their operational status anytime from a computer or smartphone. Furthermore, by using the collected operational data to identify "overburden, waste, and unevenness" in the production process, it contributes to solving issues on the manufacturing floor and improving factory productivity. <Feature 1> Collects operational data from various machine tools, regardless of manufacturer or model year. <Feature 2> Allows you to check the operational status of machine tools anytime and from anywhere using a computer or smartphone. <Feature 3> Manages complex information such as operational status, responsible personnel, and working hours in a consolidated manner. *All listed prices are excluding tax. *For more details, please download the PDF or contact us.

I want to introduce robots, but the hurdles are high... I want to try operating them myself at least once. For beginners like this, I am considering an update but want to know about the usability of recent robots. I want to conduct teaching in-house from now on. For customers who are having trouble with robots, we will bring in educational robots for training. We offer on-site robot schools tailored to each individual's "concerns," whether you are considering introducing industrial robots for the first time, feeling anxious about the introduction, have already introduced them but are not utilizing them, or cannot operate them. Curriculum (Training time: approximately 2 to 4 hours) *We can also accommodate small group seminar formats. - Explanation of robot operations using demo units - Hands-on experience with robot operation (teaching) - Types and structures of industrial robots - Relevant laws and regulations for industrial robots *Special training can be discussed separately - Explanation of robot peripheral devices - System configuration and the role of SIers - Introduction of robot implementation cases - Robot safety measures You can choose a curriculum that matches the content you want to learn and select the training schedule and time. *The robot used will be the NACHI MZ04.

In this document, we introduce various cases of introducing robots and labor-saving equipment into food factories and material manufacturers. Examples include the introduction of a conveyor line for the production of fresh food "Puchikama" to a pillow packaging machine synchronized conveyor, and the attachment and detachment of a lighting cover to an ultrasonic machine, presented clearly with diagrams and photos. Feel free to consult us regarding robots and various automation solutions. [Contents] ■ Robot introduction case study <Suzukawa Kamaboko> ■ Robot introduction case study <Housing material manufacturing company> ■ Automation equipment introduction case study <Hanamaru 1, 2, 3> ■ Labor-saving equipment introduction case study <Nippeko> ■ About KYONI Robot Promotion Office / Traveling Robot School *For more details, please refer to the PDF document or feel free to contact us.

In this document, we introduce various cases of implementing robots and automation equipment in food factories and material manufacturers. Examples include the introduction of a conveyor line for fresh food "Puchikama" to a pillow packaging machine synchronized conveyor, and the attachment and detachment of a lighting cover to an ultrasonic machine, presented clearly with diagrams and photos. For inquiries about robots and various automation solutions, please consult the "Kyoni Robot Promotion Office," your partner in robot implementation support. We welcome inquiries from customers considering robot implementation for the very first time, as well as those in the early stages of planning. [Contents] ■ Robot Implementation Case Study: Suzuhiro Kamaboko ■ Robot Implementation Case Study: Housing Material Manufacturer ■ Automation Equipment Implementation Case Study: Hanamaru 1, 2, 3 ■ Labor-Saving Equipment Implementation Case Study: Nippeco ■ About the KYONI Robot Promotion Office / Traveling Robot School Others *For more details, please refer to the PDF document or feel free to contact us.

1. By freeing valuable personnel from heavy labor and reallocating them to other tasks, limited manpower can be utilized efficiently. 2. Efficient work can be performed in the same direction of movement within the limited space of the site. 3. It can be introduced in sites with height restrictions, such as clean rooms (PX-1210T). 4. The automatic calculation function for box stacking patterns supports teaching and reduces program debugging. 5. Compared to multi-joint robots, it can be introduced at a low cost without the need for foundational work.

Kyoni Co., Ltd.'s Robot Promotion Office has been introducing industrial robot systems to various factories and logistics centers for over 40 years. We are currently offering a "case study collection" of robot systems implemented in production sites as a gift! You can see the challenges faced on-site and the effects of implementation. We provide proposals for suitable automation systems tailored to on-site challenges, so please feel free to contact us with any questions or consultations regarding robots. 【Overview of Contents】 (Please view from the download) ■ Manufacturing Factory Edition ■ - Gear parts transport & deburring automation robot system - Mechanical parts transport & cleaning automation robot - Gear transport & cleaning automation robot - Forged parts picking & sorting box packing automation robot - Optical fine parts picking & sorting robot - Small parts and finished product tray sorting robot - Pharmaceutical packaging sorting picking robot - Pharmaceutical mold picking & palletizing robot Others ■ Food Factory, Housing Equipment, Chemical Factory Edition ■ - Robot implementation case study <In the case of Suzuhiro Kamaboko> - Robot implementation case study <In the case of a housing material manufacturer> - Automation equipment implementation case study <In the case of Hanamaru Udon> Others

The image processing software delivered by CKD is a groundbreaking tool that allows you to build an image processing system by connecting cameras, lighting, I/O, and PCs. Image inspection can be easily performed by anyone with the image processing visual programming tool 'Facilea.' With Facilea, there is no need for complicated programming; you can create an image processing system for dimension inspection, size inspection, color identification, barcode reading, and more by simply dragging and dropping various pre-prepared blocks. Therefore, anyone can easily build an image processing system without the need for knowledge of image processing or programming skills.

At Kyoji, we have a strong track record of selling numerous robots, primarily to customers in the traditional automotive industry. Leveraging this sales experience, we are making automation proposals across a wide range of industries. In recent years, we have seen an increase in inquiries from the food industry, pharmaceutical industry, and construction industry, helping to reduce labor and costs. The reason Kyoji is chosen is the existence of the "Robot Promotion Office." We answer various questions regarding robot systems and realize your company's requests. If you have even a slight interest in robots, please feel free to contact us. 【We can respond to requests like these!】 - I want to introduce robots - I want to improve the working environment - I want to prepare the equipment environment for the future - I want to advance automation, labor reduction, and efficiency in the factory - I want to review the factory layout to increase efficiency, etc. *For more details, please download the PDF or contact us.

■High precision and high-speed operation – Reducing lead time – - Adoption of unique visual control (visual feedback control) Achieves high-speed and high-precision connector insertion tasks - Improved operability with easy calibration and teaching-free operation - Functions are modularized, eliminating the need for programming skills ■Standard traceability function – Stabilizing quality – - Management of appearance inspection results as image information is possible - Inspection management linking QR code reader function with image information is also possible ■Function expansion in combination with peripheral devices is also possible - Provided according to application/cell/system requirements

■Excellent Safety - Compliance with various certifications that guarantee safety as a collaborative robot (ISO 13849-1, ISO 10218-1, ISO/TS 15066) - Shape design and soft functions that minimize pinch risks ■High Speed and High Precision - Achieves class-leading high speed and high precision through a common mechanism with the MZF series (2500 mm/s when not collaborating) ■Adaptable to Various Industries (Protection Rating: Equivalent to IP67) - Reduces contact risks with workpieces through a hollow wrist and internal wiring and piping in the arm - Supports a variety of industries with a rich array of applications

This is a package of "robot body + complete set of peripherals" that Fujikoshi will launch in the summer of 2023. It is ideal for those who want to easily set up a robot and for those who are unsure about selecting peripherals, allowing for a straightforward setup of the robot system. *You can freely choose the necessary peripherals. "Use it when you want, where you want." Additionally, the entire system can be easily moved with a hand lifter, allowing for flexible relocation to different work areas. The location for moving can be set with positioning pins, ensuring reproducibility of the installation position. Customers who want to use the robot flexibly or those considering their first robot system are encouraged to contact the Kyoni Robot Promotion Office (Fujikoshi Robot Dealer).

Until now, collaborative robots generally stopped when they came into contact with a person, which posed potential risks of injury depending on the robot's speed, its hands, and the workpiece being handled. As a result, there remain concerns about worker contact and constraints due to safety regulations within user environments, necessitating a high level of safety for the introduction and proliferation of collaborative robots. We are pleased to announce the "MZS05," a compact collaborative robot from NACHI that maintains the productivity of conventional models while incorporating sensors to detect human proximity and stop before a collision occurs. With significantly improved safety performance compared to traditional collaborative robots, the potential applications for these robots are undoubtedly expanding. We encourage you to consider this for your automation needs.

Are you troubled by the risk of disconnection? In the case of external wiring for robots, the risk of disconnection is significant, which can limit the robot's range of motion. By using uninterrupted wireless communication for control, you can eliminate external wiring for the robot and only require internal wiring for power, reducing the risk of disconnection and greatly increasing the robot's range of motion. Additionally, we offer proposals related to monitoring and visualizing air consumption, such as wanting to work towards carbon neutrality or easily checking the air consumption of each device. Please feel free to contact us if you have any requests. [Proposal Details] ■ Achieve "non-stop production equipment" with connected wireless ■ Energy-saving for production equipment through air reduction and visualization - Monitoring and visualization of air consumption - Minimizing air leaks - Optimal blowing with minimal air *For more details, please download the PDF or feel free to contact us.