3D Printing Robots in Construction Market Size (2023–2030)

The Global 3D Printing Robots in Construction Market was valued at USD 13.38 million and is projected to reach a market size of USD 22.63 million by the end of 2030. Over the forecast period of 2024-2030, the market is projected to grow at a CAGR of 7.8%. 

Market Overview:

Construction 3D printing is a technique for producing construction elements or the whole building by arranging concrete, polymer, metal, or other materials on a 3D printer robot. The most common printer contains concrete back and forth mechanism using a robotic arm. Other 3D printing robot techniques has powder binding and additive welding. Design freedom is one of the most attractive aspects of 3D Printing Robots.

COVID-19 Impact on the 3D Printing Robots in the Construction Market:

The COVID-19 outbreak had a significant impact on the global 3D printing robots in construction market owing to the increase in the adoption of digitized and online technology methods worldwide. Moreover, to curb the spread of the coronavirus, several governments imposed strict lockdowns, resulting in lowered usage of cash. Amid this, new methods and technology came into force, further securing the processes and making them effortless and seamless, increasing the demand for 3D printing robots.  

Market Drivers:

The growing adoption of 3D printing robots is fuelling their demand in the global construction market:

3D Printing Robots are used in many industries for prototyping, packaging, product development, and production. Automotive and construction industries incorporate 3D Printing Robots to augment automated digital transformation, procure shorter lead times, higher design freedom, and digital manufacturing. The usage of 3D Printing Robots in the construction industry is rising. Some specific aspects of the construction industry are anticipated to expand faster than others. 3D Printing Robots in construction sector is a comparative newer technology that uses an automated robot machine to assemble structures and replacing some manual labor work. Creating new buildings can be more cost-effective, efficient, convenient, and environmentally friendly. It also helps in minimizing logistical processes, costs and waste. Since it directly uses raw material into the construction industry, it eliminates the need for conventional wooden ones. When incorporated with other waste-minimizing techniques and building methods like fabrication and lean construction, the probability of a waste-zero building becomes more realistic. The rising environmental concerns about construction waste materials, the process of customization and architectural flexibility using this technology, and the swift creation of their prototypes majorly influence this growth. Also, several benefits such as quicker manufacturing, minimized waste, design privilege, and minimized human error augment the demand for 3D Printing Robots in the construction industry. Additionally, various components used in the construction industry can be produced using 3D Printing Robots.

Increasing adoption of Building Information Modelling (BIM) is propelling the market growth:

The elevated use of Building Information Modelling is one of the primary factors fuelling the industry growth. BIM is the sub-structure of digital transformation in the infrastructure, architecture, and engineering industries. A greatly collaborative outlook permits real estate developers, architects, manufacturers, engineers, contractors, and other infrastructure experts to plan, design, and construct a 3D structure. As a result of minimal production costs on material waste, the market is boosting. 3D printer robots use only the amount of material required, which saves money. Furthermore, three-dimensional printing robots can use recycled materials that are environmentally friendly. These factors help to minimizing costs, which fuels the market growth.

Integration of IoT and AI across several sectors is boosting the global market size:

The growth of the 3D printing robots in the construction market can be attributed to the rapid, secure, effortless real-time processing, and other benefits provided by the robots which is highly needed in the construction market. Moreover, the integration of IoT has added to the list of advantages that it provided by making the process mode simpler and more efficient. Therefore, the rise in adoption of this technology by merchants in emerging economies for small value transactions further fuels the market growth.

Continuous innovation and technological advancements to boost the market growth:

Increasing demand from both consumers and merchants to reduce processing and transaction time drives the market growth resulting in the continuous evolution of the technology, focusing on products and services. Ongoing developments in these technologies and advancements in information infrastructure may strengthen the market. Also, growing automation technologies in various applications are the factors responsible for the growth of the market.

Market Restraints:

High cost of technology and lack of skilled experts may hamper the global market size growth:

The high cost of technology along with the scarcity of skilled and proficient experts are together restricting the overall market demand for 3D printing robots in the construction market.

Underdeveloped information and communication technology infrastructure in the less developed and developing nations hinder the growth of global market size:

Developed countries have undoubtedly facilitated the infinite potential of the internet and ICT in every stratum of society. This had resulted in significant cost reduction and increased standard of living for their citizens. However, many underdeveloped and developing nations are yet to gain all the potential of ICT due to reasons such as poor technical infrastructure, legal deficiencies, social barriers, or lack of skilled human resources.

3D PRINTING ROBOTS IN CONSTRUCTION MARKET REPORT COVERAGE:

This research report on the 3D Printing Robots in the Construction Market has been segmented and sub-segmented based on Offerings, Type, Process, Region, and Key Companies.

3D Printing Robots in the Construction Market – By Offering.

• Hardware

• Software

• Services

Based on offerings, the global 3D printing robots in the construction market have been segmented into 3 segments – Hardware, Software, and Services.

3D Printing Robots in the Construction Market – By Type.

• Cartesian 3D Printing Robots

• Polar 3D Printing Robots

• Delta 3D Printing Robots

Based on type, the global 3D printing robots in the construction market have been segmented into 3 segments – Cartesian 3D Printing Robots, Polar 3D Printing Robots, and Delta 3D Printing Robots.

3D Printing Robots in the Construction Market – By Process.

• Material Handling
• Part Handling
• Post-processing
• Multiprocessing

Based on process, the global 3D printing robots in the construction market have been segmented into 4 segments – Material Handling, Part Handling, Post-processing, and Multiprocessing.

3D Printing Robots in the Construction Market – By Region.

Asia-Pacific holds dominance and accounts for the highest share of the global 3D printing robots in the construction market. It is estimated to project a CAGR of 9.9%. Asia-Pacific holds the majority of the global 3D printing robots in the construction industry. The 3D Printing robot technology is predicted to gain significant momentum during the forecast timeline as the region projects and proves itself as a global manufacturing hub. The presence of several manufacturing companies contributes greatly to the region's overall economic development. Owing to the presence of several manufacturers, the region is an integral market for 3D printing robots in the construction industry. The increasing demand for 3D printing robots in the construction sector in the construction and building and infrastructure end-use sectors are going to propel the development of the market in the region.

The European market is anticipated to grow steadily over the forecast period, of 2023-2030. It is estimated to reach a CAGR of 9.5%. Many European markets, such as the United Kingdom, are surging their investment opportunities in 3D Printing robots, fuelling the market growth in the region. For example, Skanska, a construction engineering firm, introduced a joint venture with Loughborough University in May 2020. This collaboration is meant to raise the use of 3D printing robot technology in the nation’s construction sector.

3D Printing Robots in the Construction Market – By Companies.

1. Yingchuang Building Technique

2. COBOD International A/S

3. Apis Cor

4. XtreeE

5. WASP S.r.l

6. CyBe Construction

7. MX3D

8. Contour Crafting Corp

9. ICON Technology, Inc

10. SIKA AG

11. Construction 3D

12. Monolite UK

13. Betabram, Rohaco

14. Imprimerie AG

15. Beijing Huashang Luhai Technology

16. Total Kustom, Spetsavia, and Others.

The 3D printing robots in the construction sector market are highly competitive, owing to the existence of some high-end international players in the market. Key major manufacturers performing in the global market are focusing on developing new technology and products in the international market to help them expand their business on a global scale as well as strengthen their product portfolio.