What is the Mortise and Tenon Structure?
The mortise and tenon structure is a woodworking joint where one component (the tenon) is inserted into a corresponding cavity (the mortise) to form a stable connection without nails or glue. Historically used in temples, furniture, and wooden equipment, this technique requires high precision and craftsmanship. With the advancement of digital fabrication and CNC machinery, mortise and tenon structures are now more accessible and adaptable for contemporary product design.
Types of Mortise and Tenon Joints
![]() |
![]() |
These adaptable joint styles give designers the freedom to create functional and aesthetically distinctive products, suitable for a wide range of applications in the cultural and creative industries.
Advantages of Using Mortise and Tenon Structures in Product Design
The mortise and tenon system promotes modularity. Each part functions independently but can be interchanged or replaced easily. This allows for:
![]() |
![]() |
This modular flexibility aligns well with today’s sustainable design goals and the rising demand for personalized consumer products.
Mortise and tenon joints allow for imaginative structural modeling. The variety of joint types supports:
![]() |
![]() |
Even with simplified processing using modern tools, the essence of traditional mortise and tenon craftsmanship remains intact, allowing designers to meet both functional needs and aesthetic preferences.
Traditionally using wood, mortise and tenon structures naturally align with eco-conscious design. Their advantages include:
As sustainable design becomes more critical, mortise and tenon structures offer a tangible way to integrate green principles into modern products.
Cultural and Creative Product Innovation: Real-World Applications
In the globalized cultural and creative industry, product design is no longer just about function—it’s about storytelling, identity, and heritage. The mortise and tenon structure, when integrated with modern creativity, adds cultural depth and engineering strength to product design.
Case Study 1: Dovetail Business Card Case
One product cleverly integrates a sycee-shaped dovetail joint to form a modern business card case. The weight of the tenon replaces traditional clamps, ensuring a secure fit while providing a minimalist, heritage-inspired aesthetic. The ease of assembly and replacement of parts increases product longevity and adaptability for various user needs.
Case Study 2: NUDE Coatrack
Award-winning product NUDE, inspired by the traditional Luban lock, demonstrates how the mortise and tenon concept can be translated into contemporary furniture. The product uses angled interlocks for stability, eliminating the need for external fasteners. Its six-part design shares stress loads evenly, making it durable, easy to disassemble, and environmentally friendly.
Design Considerations for Cultural Products Using Mortise and Tenon
Conclusion: Beyond Aesthetic—Toward Functional Culture
The mortise and tenon structure is not merely a traditional craft—it is a design philosophy rooted in sustainability, modularity, and cultural identity. When applied thoughtfully to cultural and creative products, it brings together the past and present in ways that are both functional and meaningful. For designers aiming to balance modern innovation with historical depth, the mortise and tenon joint is not just a tool—it is a bridge between cultures, timelines, and design ideologies.
As the world grows more interested in sustainable and culturally grounded design, continued exploration of mortise and tenon structures will be essential. This isn’t just about reviving a technique—it’s about reshaping how we think, create, and connect through products.
Source: IOP Conference Series: Materials Science and Engineering
The News 20/09/2025
The construction industry is currently facing immense pressure to reduce carbon emissions, as concrete is not only one of the most widely used materials but also a major source of CO₂ due to its reliance on Portland cement. In response, Shimizu Corporation has conducted extensive research to develop sustainable material solutions aimed at achieving carbon neutrality. One of the most remarkable outcomes is carbon-negative concrete, which partially replaces cement and aggregates with biochar. This biochar is produced from sawdust through a carbonization process and has the unique ability to retain a significant amount of carbon that would otherwise be released into the atmosphere through natural decomposition or combustion. Thanks to this property, carbon-negative concrete not only maintains the necessary mechanical strength for construction but also directly contributes to reducing greenhouse gas emissions. This innovation is considered a promising step that opens new directions for the advancement of green construction in Japan and worldwide.
The News 13/09/2025
In the context of rapid urban development, the risk of fire in high-rise buildings, shopping malls, hospitals, and smart homes remains a serious threat. Traditional fire protection solutions are predominantly passive, focusing only on preventing flames from spreading and lacking sufficient early-warning capabilities. This limitation often results in delayed responses to fire incidents, leading to severe losses in both human life and property. Addressing this challenge, smart walls with integrated fire sensors have emerged as a breakthrough innovation, offering a proactive approach to building safety. Unlike conventional fire-resistant walls, these advanced walls not only provide thermal insulation and fire resistance but also integrate temperature, smoke, and pressure sensors combined with IoT technologies to continuously monitor environmental conditions. At the first signs of fire, the system can instantly detect anomalies, send alerts to a central control unit or mobile devices, and activate additional safety mechanisms such as water mist suppression or smoke extraction fans. By transforming passive barriers into “intelligent fire guardians,” this technology enhances building protection, increases the chances of timely evacuation, and minimizes potential damages. With its ability to turn ordinary walls into active safety components, smart fire-sensing walls represent a proactive solution that contributes significantly to the development of modern, sustainable, and resilient buildings.
The News 27/08/2025
In mass concrete construction, the heat of hydration has always been a “hidden variable” that troubles many engineers and contractors. When cement reacts with water, an enormous amount of heat is generated and trapped inside the massive concrete body. Without proper control, excessive temperatures and the temperature gradient between the core and the surface can cause dangerous thermal cracks, threatening both the durability and safety of the structure. This challenge is not just theoretical—it has been marked in history with a classic lesson: the Hoover Dam (USA), one of the greatest concrete megastructures of the 20th century. Containing millions of cubic meters of concrete, the dam would have taken hundreds of years to cool naturally. Engineers had to devise unprecedented solutions: segmenting the mass, actively cooling it through a network of circulating cold-water pipes, and applying a combination of innovative measures to bring the concrete temperature down to safe levels.
The News 22/08/2025
Have you ever wondered why modern buildings with large glass facades remain cool in the summer yet warm in the winter? The secret lies in Low-E (Low-Emissivity) glass technology. In contemporary construction, glass is no longer just a material for natural lighting but also an essential solution for enhancing a building’s energy efficiency. Low-E glass is coated with an ultra-thin, nearly invisible layer of metal oxide that works “intelligently” to control heat radiation. It allows natural daylight to enter while blocking most infrared and ultraviolet rays that cause heat buildup and potential health risks. Thanks to these properties, this advanced glass not only creates a more comfortable living environment but also significantly reduces heating and cooling costs, while contributing to sustainability and environmental friendliness in modern architecture.
The News 15/08/2025
In the world of natural stone, quartz and quartzite are two names that are often confused—not only because their names sound similar, but also because their appearance shares many similarities. However, they are entirely different materials in terms of origin, structure, and performance characteristics. Quartz is typically an engineered stone, created by combining crushed quartz crystals with resin and additives, while quartzite is a natural stone formed through the metamorphism of quartz-rich sandstone. This difference not only impacts the value of the material but also determines its durability, heat resistance, and suitability for various applications. Understanding how to distinguish between quartz and quartzite will help you choose the right stone for your needs, avoid mistakes, and make the most of your investment.
The News 07/08/2025
In areas with high slip risk—such as bathrooms, swimming pools, public lobbies, or sloped surfaces—selecting tiles with adequate slip resistance is essential. To accurately assess this property, there are currently four widely used testing methods, each aligned with different international standards and suited to specific applications. This article will help you understand each method, how to interpret the results, and how to apply them effectively in real-world scenarios.