Experimental models, display models, explanatory guidance devices.
Planning, design, and production of display equipment and prototype experimental devices.
Accumulated know-how and creativity
- Company:特芸
- Price:Other
Last Updated: Aggregation Period:Aug 13, 2025~Sep 09, 2025
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Aug 13, 2025~Sep 09, 2025
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Aug 13, 2025~Sep 09, 2025
This ranking is based on the number of page views on our site.
1~11 item / All 11 items
Planning, design, and production of display equipment and prototype experimental devices.
Accumulated know-how and creativity
Pressure cooker and portable gas stove used for a thermal power generation experiment model.
The steam generated from the boiler rotates the turbine generator, and the LED indicator lights up. The boiler (pressure cooker) is equipped with a safety valve. The power generation display panel can also be designed in an original style.
A model experiment simulating hydropower generation.
If there is a drop of more than 1 meter, a demonstration of power generation using hydropower can be conducted.
For demonstration of solar power generation.
You can use the electricity generated to light up the house and play melodies.
Human-powered (hand-cranked) electricity generation model
The LED lights up with the electricity generated.
A complete set of "planned building model" and "surrounding model"! We will create them by aligning the information obtained from thorough on-site surveys.
This product is an experimental model designed to investigate the generation of wind caused by buildings (mainly high-rise) and the impact of that wind on the surrounding area. It consists of a target building model called the "Planned Building Model" and a disk called the "Surrounding Model," which reproduces the surrounding elements (buildings, terrain, trees, etc.). The "Planned Building Model" focuses on reproducing the shape components that directly affect the wind, while the "Surrounding Model" is created by integrating map information, aerial photographs, and detailed information obtained from thorough field surveys. Please feel free to contact us if you have any inquiries. 【Features】 ■ Planned Building Model - Focuses on reproducing the shape components that directly affect the wind - Also reproduces the ventilation areas inside the building ■ Surrounding Model - Created by integrating map information, aerial photographs, and detailed information obtained from thorough field surveys - If there are large buildings in the vicinity, relevant materials will also be obtained and incorporated into the model *For more details, please refer to the PDF document or feel free to contact us.
Tile expressions are also possible! Choose materials such as mortar, concrete, and plywood according to experimental purposes.
We accept the production of various experimental models and devices, such as hydraulic experiments, wind tunnel experiments, and sunlight experiments. In accordance with the purpose and application, we hold thorough discussions with the representatives of the research and development department and can produce models ranging from scale models to full size. We strive to provide support for various needs, such as "I want to conduct experiments using a model." Even if you think, "Can this be done? Is it difficult?" please feel free to consult with us first. 【Features】 ■ Selection of materials according to the experimental purpose (mortar, concrete, plywood, resin boards, various metal sheets, etc.) ■ Tile expressions are also possible ■ In accordance with the purpose and application, we hold thorough discussions with the representatives of the research and development department and can produce models ranging from scale models to full size. *For more details, please refer to the PDF materials or feel free to contact us.
A model experiment simulating the mechanism of nuclear power generation.
The turbine generator rotates with steam generated from the nuclear reactor.
The architectural model is meticulously and precisely reproduced across the entire external shape! Introducing the wind pressure testing model.
This product is an experimental model that measures the pressure exerted by wind on building walls and window glass. Similar to environmental experimental models, it can be combined with surrounding models (can be used in conjunction with environmental experimental models), or it can be tested as a standalone model of the planned building. The planned building model is meticulously and precisely reproduced across the entire external shape. Please feel free to contact us when you need assistance. 【Features】 ■ Planned Building Model - Meticulously and precisely reproduced across the entire external shape ■ Wind Pressure Measurement Holes - Wind pressure measurement holes are provided across the entire wall surface of the planned building model - In proportion to the number of measurement holes, copper pipes and tubes are densely packed inside the model, requiring the creator's expertise in the design, manufacturing, and assembly procedures of the model. *For more details, please refer to the PDF document or feel free to contact us.
Experience tremors of intensity 5 to 7! Hands-on learning is possible under simulated earthquake conditions.
The "Earthquake Simulator" donated to the Nagoya City Fire Department is used for earthquake experiences and safety awareness. By boarding the vehicle's cargo area and experiencing tremors of intensity 5 to 7, participants can engage in experiential learning under simulated earthquake conditions, such as "furniture toppling experiments/prevention," "locating the core materials inside walls (i.e., where to secure anti-toppling materials)," "turning off the gas stove valve during strong shaking," and "interconnected fire alarms." In addition to hands-on experiences in the cargo area, participants can watch educational videos on a large monitor, making it a very effective device for disaster prevention education. 【Overview】 ■ Delivery Date: March 2017 ■ Production Period: 10 months ■ Purpose: Earthquake experience and learning ■ Scale: 1:1 ■ Delivery Destination: NGK Insulators, Ltd. ■ End User: Nagoya City Fire Department *For more details, please refer to the PDF document or feel free to contact us.
We create models that enhance the charm of the real thing, breathing life into every shape.
If it is not possible to verify with the actual object from the beginning, effective experimental results can be obtained by using models. By making adjustments based on the results, we eventually proceed to experiments with the actual object. Additionally, there are ways to utilize models, such as verifying how snow accumulates on the model in snow accumulation experiments and designing vehicles based on those results.