ユタカ技研 Product Lineup

In the manufacturing of agricultural machinery, particularly tractor frames, high rigidity that can withstand harsh operating environments and flexibility to meet diverse needs are required. When design changes or additional functions for the frame occur frequently, traditional welding methods can be time-consuming and costly, making rapid responses difficult. Additionally, during maintenance or repairs, welding can complicate the work. Our high-rigidity steel frames can be easily assembled and disassembled without welding, allowing for flexible responses to specification changes and layout modifications, enabling a smooth transition from proof of concept to mass production. 【Usage Scenarios】 - Tractor frame structure - Agricultural machinery framework - Mounting parts for work attachments - Rapid response during maintenance or specification changes 【Benefits of Implementation】 - Reduced work time due to ease of assembly and disassembly - Shortened development lead time through rapid response to specification changes - Cost reduction through reuse - Assembly possible with stable quality by anyone

• Assembly Jig
• Other industrial robots
• Assembly Machine

In the field of testing equipment, particularly in testing jigs, it is required to flexibly change the layout according to the experimental content and the objects being tested. Additionally, it is important to maintain stable accuracy during repeated use and to have a structure that allows for quick assembly and disassembly. Insufficient rigidity and frequent modifications can not only undermine the reliability of experimental results but also lead to increased time and costs. Our "Weldless" high-rigidity steel frame addresses these challenges with easy assembly using just one hex wrench and high adaptability to specification changes. [Usage Scenarios] - Rapid construction of jigs in the prototyping stage - Changes to jig layout due to modifications in experimental content - Application of jigs from proof-of-concept experiments to mass production lines - Jigs that require repeated disassembly and assembly [Benefits of Implementation] - Shortened design and manufacturing time for jigs - Reduced labor costs during layout changes - Construction of jigs with stable quality - Cost reduction through the reuse of jigs

• Assembly Jig
• Other industrial robots
• Assembly Machine

In the logistics industry, particularly in the operation of automated warehouses, a rapid response to changing storage needs and layout modifications is required. Considering the maximization of storage efficiency and the flexibility of future capital investments, a structure that allows for easy specification changes and reconstruction becomes essential. Our high-rigidity steel frame can be assembled and disassembled without welding, thus meeting the needs of such environments and flexibly adapting to equipment changes. 【Usage Scenarios】 - Construction and renovation of shelves and conveyor lines in automated warehouses - Layout changes of storage spaces - Transition from proof-of-concept experiments to mass production lines 【Benefits of Implementation】 - Easy assembly and disassembly allow for quick responses to layout changes and expansions - Stable assembly quality achieved with just one hex wrench, independent of the operator's skill level - Reusable, contributing to the efficiency of capital investments

• Assembly Jig
• Other industrial robots
• Assembly Machine

In the field of robotics, particularly in the introduction of multi-joint robots, there is a demand for flexible layout changes and responsiveness to future specification changes. The structure of the robot arm and the arrangement of peripheral devices are directly linked to the efficiency and safety of the production line, making a frame structure that allows for rapid and reliable changes essential. Inadequate design can lead to time and cost expenditures for renovations, potentially resulting in decreased productivity. Our high-rigidity steel frame does not require welding and is easy to assemble and disassemble, allowing for flexible responses to changes in specifications and layouts, thereby supporting the evolution of multi-joint robots and the optimization of production lines. 【Usage Scenarios】 - Framework and arm structure for multi-joint robots - Robot systems for experiments and research and development - Layout changes in production lines - Frame construction for automation equipment 【Benefits of Implementation】 - Increased productivity through rapid layout changes - Flexible response to specification changes - Reduction in labor hours due to ease of assembly and disassembly - Cost savings through reuse

• Assembly Jig
• Other industrial robots
• Assembly Machine

- A steel frame that can be "assembled, changed, and reused" - Adapts to equipment changes - Stable assembly quality achievable by anyone with just one hex wrench

• Assembly Jig
• Other industrial robots
• Assembly Machine

Our company is a global enterprise that leverages core technologies such as press technology and welding technology to develop and manufacture various automotive parts, primarily producing automotive motor components, exhaust systems, torque converters, and brake discs. In recent years, we have also been working on creating new businesses in various areas related to future market growth, technological innovation, and solving social issues, in addition to products for electric vehicles, starting with the next-generation mobility sector. Moving forward, we will continue to utilize the manufacturing technologies cultivated in automotive parts as our strength, maintaining a global perspective and rich creativity to consistently provide attractive products that satisfy our customers, and striving to create a better future. *For more details, please refer to the PDF materials or feel free to contact us.*

• Other Auto Parts

There are so many types of assist suits that it's hard to understand... Are you having trouble choosing one? With this chart-based selection guide, you can choose the type of assist suit that is right for you. [Types of assist suits you can choose from in the chart-based selection guide] ■ Assist suits that provide support with power (such as motors) ■ Assist suits that provide support without power using exoskeletons ■ Assist suits that provide support without power using textile materials *For more details, please refer to the PDF document or feel free to contact us.

• others

"Belt Power X" is a work assist device that supports the arms and waist, reducing work load and fatigue. It offers a maximum holding capacity of 30 kgf and helps prevent lower back pain through posture correction and abdominal pressure support. Additionally, it is made from a breathable mesh material and features a belt storage mechanism that does not hinder daily movements. It is particularly suitable for tasks that involve lifting heavy objects, such as jigs, or holding heavy items for extended periods. Please feel free to contact us if you have any inquiries. 【5 Key Points】 ■ Easy to move ■ Supports arms and waist ■ Comfortable ■ Lightweight ■ Easy to wear *For more details, please download the PDF or feel free to contact us.

• Other safety and hygiene products

Next-generation mobility, such as personal mobility, green slow mobility, and delivery robots, is expected to be a solution to various regional challenges. On the other hand, as multifunctionality and diversification progress, small-scale production has become mainstream, leading to a significant increase in costs per vehicle, which poses a major challenge. To address this issue, we have developed a universal frame for next-generation mobility called "M-BASE," characterized by no welding, low cost, and easy assembly. Furthermore, through needs surveys during the development process, the potential for applications beyond the mobility sector has expanded, and we are currently promoting product development that leverages the features of the fastening structure. 【Application Scenarios】 - Personal mobility, green slow mobility, delivery robots, etc. - Concept cars, mock-ups - Assembly-type stands for testing machines (can be reconfigured according to the model) - Assembly-type carts for production sites 【Benefits of Implementation】 - Shortened production time compared to bolt assembly and welding - Reduced initial risks for assembly jigs and molds - Possible repurposing for mass production - Manufacturing costs can be reduced to about 1/2 to 1/5 compared to custom-designed welded frames (this is based on past performance data and may vary depending on specifications and quantities).

• Vehicle body parts