3D Scanning Market Study
English Public
Market Snapshot.
The global 3D scanning market size and share is estimated to reach approximately USD 17 billion by 2035 from a market value of approximately USD 4.5 billion in 2023, growing at a CAGR of 16% during the forecast period 2023-2035.
Market overview.
3D scanning is the process of digitally capturing the shape of an object using laser light. It is a completely non-contact, non-destructive technological process. This is done using 3D scanners, which are popular due to their high functionality and compact size. Increasing vehicle production and demand are the main factors leading to the growth of the 3D scanning market: 3D scanners help to create 3D drawings of various automotive components, from engine parts and chassis to forged parts In 2021, around 80 million vehicles will be produced worldwide. This represents an increase of approximately 1% compared to 2020.
Get a full PDF sample copy of the report: https://www.sdki.jp/sample-request-590641212
Key market trends.
1. in October 2022, Faro Technologies Inc. announced the launch of the FARO Focus Core Laser Scanner. the Focus Core is uniquely suited to the company's key markets of construction, building management and public safety, making it a good starting point for the customer 3D capture experience 1. in July 2022, the Focus Core Laser Scanner will be launched.
2. in July 2022, Trimble Inc. announced the release of the Trimble X12 scanning system. This combines Trimble's accurate data capture and site registration software with Zoller+Fröhlich's state-of-the-art 3D laser scanning and imaging hardware technology.
Growth factors.
Increased demand for housing and increased construction activity; increased demand for prosthetic limbs and other medical implants; growing interest from gaming industry players and interest in better gaming characters; increased demand for laptop computers, mobile phones and consumer electronics. Increasing demand for electronic products is driving market growth; 3D scanning is used by automotive companies for new product development, production parts, reverse engineering, manufacturing equipment and quality control. Increasing demand for housing may lead to more building projects. Builders create 3D representations of existing conditions by performing high-speed 3D laser scanning of construction projects.
According to UN-Habitat, 96 000 new affordable housing units need to be built every day to accommodate the estimated 3 billion people who need access to adequate housing by 2030. Efforts to build more affordable housing are underway in countries such as the USA, India, Scotland and Africa. Furthermore, 3D scanners are a popular tool among health professionals. They are used to quantify the cell surfaces of a patient's residual limbs and various body parts. Around 100 million people worldwide are in need of prosthetics to replace amputated arms and legs, or braces to support damaged limbs.
Challenges.
The high initial cost of 3D scanners makes them very expensive for SMEs to install. Industrial 3D laser scanners are typically priced between USD 50 000 and 150 000. This does not include installation accessories or operator training. These companies usually outsource the machines, making the purchase of the machines very uneconomic. However, in order to operate a 3D scanner, companies need to hire and train skilled labour, which is expensive even to outsource. The high cost of scanners may therefore hinder market growth. The availability of other alternatives such as manual measurement, mobile mapping, electronic distance measurement and 360-degree systems, as well as the various complexities associated with 3D scanning software solutions, are also factors limiting market growth.
Competitive environment
Key players and manufacturers in the global 3D scanning market include Nikon Metrology Inc, Hexagon AB, FARO Technologies, Inc, David Systems GmbH, Fuel 3D Technologies Limited, Artec Europe, Sarl, GOM Metrology GmbH, Creaform Inc. and Trimble, Inc. among others. The study includes detailed competitive analysis, company profiles, recent trends and key market strategies for these key players in the global 3D scanning market.
For more information on the market research report, please visit: https://www.sdki.jp/reports/global-3d-scanning-market/590641212
The global 3D scanning market size and share is estimated to reach approximately USD 17 billion by 2035 from a market value of approximately USD 4.5 billion in 2023, growing at a CAGR of 16% during the forecast period 2023-2035.
Market overview.
3D scanning is the process of digitally capturing the shape of an object using laser light. It is a completely non-contact, non-destructive technological process. This is done using 3D scanners, which are popular due to their high functionality and compact size. Increasing vehicle production and demand are the main factors leading to the growth of the 3D scanning market: 3D scanners help to create 3D drawings of various automotive components, from engine parts and chassis to forged parts In 2021, around 80 million vehicles will be produced worldwide. This represents an increase of approximately 1% compared to 2020.
Get a full PDF sample copy of the report: https://www.sdki.jp/sample-request-590641212
Key market trends.
1. in October 2022, Faro Technologies Inc. announced the launch of the FARO Focus Core Laser Scanner. the Focus Core is uniquely suited to the company's key markets of construction, building management and public safety, making it a good starting point for the customer 3D capture experience 1. in July 2022, the Focus Core Laser Scanner will be launched.
2. in July 2022, Trimble Inc. announced the release of the Trimble X12 scanning system. This combines Trimble's accurate data capture and site registration software with Zoller+Fröhlich's state-of-the-art 3D laser scanning and imaging hardware technology.
Growth factors.
Increased demand for housing and increased construction activity; increased demand for prosthetic limbs and other medical implants; growing interest from gaming industry players and interest in better gaming characters; increased demand for laptop computers, mobile phones and consumer electronics. Increasing demand for electronic products is driving market growth; 3D scanning is used by automotive companies for new product development, production parts, reverse engineering, manufacturing equipment and quality control. Increasing demand for housing may lead to more building projects. Builders create 3D representations of existing conditions by performing high-speed 3D laser scanning of construction projects.
According to UN-Habitat, 96 000 new affordable housing units need to be built every day to accommodate the estimated 3 billion people who need access to adequate housing by 2030. Efforts to build more affordable housing are underway in countries such as the USA, India, Scotland and Africa. Furthermore, 3D scanners are a popular tool among health professionals. They are used to quantify the cell surfaces of a patient's residual limbs and various body parts. Around 100 million people worldwide are in need of prosthetics to replace amputated arms and legs, or braces to support damaged limbs.
Challenges.
The high initial cost of 3D scanners makes them very expensive for SMEs to install. Industrial 3D laser scanners are typically priced between USD 50 000 and 150 000. This does not include installation accessories or operator training. These companies usually outsource the machines, making the purchase of the machines very uneconomic. However, in order to operate a 3D scanner, companies need to hire and train skilled labour, which is expensive even to outsource. The high cost of scanners may therefore hinder market growth. The availability of other alternatives such as manual measurement, mobile mapping, electronic distance measurement and 360-degree systems, as well as the various complexities associated with 3D scanning software solutions, are also factors limiting market growth.
Competitive environment
Key players and manufacturers in the global 3D scanning market include Nikon Metrology Inc, Hexagon AB, FARO Technologies, Inc, David Systems GmbH, Fuel 3D Technologies Limited, Artec Europe, Sarl, GOM Metrology GmbH, Creaform Inc. and Trimble, Inc. among others. The study includes detailed competitive analysis, company profiles, recent trends and key market strategies for these key players in the global 3D scanning market.
For more information on the market research report, please visit: https://www.sdki.jp/reports/global-3d-scanning-market/590641212
by akiariku
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