Laser Tracker Market Analysis 2026

Market Dynamics of Laser Tracker Market

Key drivers

• The increased use of laser trackers in the automobile, shipbuilding and aircraft industry is driving market expansion.

The automotive industry is experiencing an increase in demand for laser trackers as a low-cost tool for maintaining vehicle quality. Laser trackers do in-place inspection, metrology assessment, alignment and assembly, reverse engineering, and part mating for big auto components and assemblies. The laser tracker may also be used to set up and align weld lines, assembly lines, examine tools and fixtures, and other applications. Furthermore, robotic automation enabled by laser tracking allows for on-machine inspection of massive parts.
For instance, HEXAGON Manufacturing Intelligent Division announced the industry's first direct scanning laser trackers, the Leica Absolute Tracker ATS600, in March 2019. It is designed to properly locate a spot in three dimensions. It may be used to do large-scale measurements in the automobile sector. (Source: https://hexagon.com/)

Another major factor driving market CAGR is an increase in the number of enterprises making significant investments in R&D initiatives and developing new product lines with improved accuracy and measurement capabilities. Distance-measuring technology based on ultrasound and radar is becoming increasingly popular in a variety of end-use sectors, including shipbuilding, manufacturing, aviation, and construction. To boost performance and accuracy, laser trackers have been enhanced with three-dimensional (3D) technology. One such invention is 3D scanning, which allows laser trackers to instantly capture and digitally modify the surface geometry of an object or building. Another 3D technique used in laser trackers is photogrammetry, which entails photographing an item or building from numerous angles and then creating a 3D model with software.
However, for large-scale metrology, the laser tracker is recognised as the most precise portable equipment. Portability, precision, ease of use, continuous measurement, and other benefits all contribute to the market's growth. 
For instance, FARO has announced the launch of their next-generation Vantage Laser Tracker 6 Degrees of Freedom (6DoF) Probe. The new 6Probe has excellent mobility and is compatible with FARO VantageS6 and VantageE6 Laser Trackers, allowing customers to manufacture, inspect, and measure goods faster and more precisely. The 6Probe is a low-cost 6DoF device designed to fulfill the dynamic measurement, speed, and accuracy needs of the most demanding industrial applications. (Source: https://www.faro.com/en/Resource-Library/Article/newtracker6dofprobeisthehighaccuracyportabledynamicinspectiontoolthatisfasterandeasiertousethanever)
Hence, the increased use of laser trackers in the automobile, shipbuilding and aircraft industry is driving market expansion.

• The market is growing due to the widespread adoption of cloud computing and the boom of Industry 4.0. 

Industry 4.0 technologies provide crucial opportunities for future innovation and corporate expansion. Industry 4.0 is being implemented using technologies such as Artificial Intelligence (AI), the Internet of Things (IoT), Big Data, Machine Learning (ML), and other sophisticated emerging technologies. Laser scanning has already improved productivity and quality in both the field and the office. When paired with the well-known benefits of the cloud like speed, flexibility, and processing power laser scanners' efficiency, applicability, and effectiveness are multiplied. It is difficult to conceive laser scanning technology in the future which is not based on cloud computing.
Furthermore, Cloud computing has been available for over 20 years, however adoption has been fewer across sectors. It may also consider itself a mature technology. Cloud processing (particularly when employing multi-stage, vector-based software) can cut processing time to minutes. Thousands of multi-threaded processes (and processors) can be deployed simultaneously using distributed cloud computing. These cloud-based solutions also save money as a result of the benefits of agility. Moreover, laser scanning captures a high degree of information, allowing for the creation of a permanent as-built record for both owners and facility administrators. Finally, this information can be used by the adoption of cloud computiong for building operations, renovations, future building extensions, and even demolitions.
For instance, Hexagon's Manufacturing Intelligence business today announced the release of its newest solution for automated inspection integration projects, which is based on 6DoF laser tracking technology. The WRTL solves common configuration issues encountered by customers setting up large, automated inspection systems by eliminating the need for a cable connecting the laser tracker and the scanner controller, allowing the tracker and/or scanner to be mobile by mounting on an autonomous mobile robot (AMR) or automated guided vehicle. The device is especially useful for large-scale inspection jobs, which are becoming increasingly common in the aerospace and wind energy industries. Compatibility with the Absolute Scanner AS1, a breakthrough 3D laser scanner that debuted in 2021, enables the capture of high-density data with exceptional precision. This indicates that a WRTL-based scanning system may achieve precision to within 50 microns throughout a measuring volume 60 meters in diameter, regardless of robot accuracy.(Source: https://hexagon.com/company/newsroom/press-releases/2022/new-wireless-laser-tracker-automation-system)
Therefore, several technological advancements like Industry 4.0 or the adoption of cloud computing is propelling the market growth. 

Key Restraint

• The high cost of deployment and safety concerns are factors hampering the growth of the laser tracker market. 

The high cost of deployment has a substantial impact on the growth of the laser technology industry. Although laser processing decreases manpower and other expenses in manufacturing businesses, the adoption of laser technology often requires a significant investment since lasers require various software, laser sources, durable parts, and design files. Furthermore, the setup and operation of laser technology solutions are complex and demand significant resources, impeding market growth.
Moreover, the inherent dangers associated with the use of lasers, such as inadvertent exposure to laser beams or insufficient safety procedures during operation, may limit the broad use of laser tracking systems. 
For instance, laser light in the visible to near-infrared range can harm the retina. Furthermore, thermal (burn) injury is the most prevalent type of laser-induced skin damage. Thermal damage is typically linked with lasers that operate at exposure periods higher than 10 microseconds and in wavelengths ranging from near-ultraviolet to far-infrared.
Industries, particularly those with rigorous safety regulations, are still unwilling to completely adopt laser tracking technology owing to worries about the potential threats to personnel and the workplace. As a result, the Laser Tracking Market faces major challenges from potential safety issues associated with laser technology, particularly in industrial settings. Therefore, damages caused which can harm an individual can hamper the growth of the market.

How did COVID-19 impact the Laser Tracker Industry?

The COVID-19 epidemic has had several unfavourable implications for the market. Government-mandated lockdowns in several parts of the world have understandably reduced demand. The reduced demand was mainly due to the halting of manufacturing, supply chain operations, and other factors. Because of the pandemic, supply chain interruptions have caused users to see negative effects on their manufacturing and commercial operations. The Laser Tracker market in the UAE was disrupted by the COVID-19 outbreak, affecting companies that rely on precise measurement and inspection solutions. However, the market has responded by emphasising Laser Trackers for precise and portable metrology applications. During the pandemic, there was a greater emphasis on quality control and reverse engineering, which fueled advances in Laser Tracker technology.
The market responded by developing portable and wireless tracking devices, improved optics for high-accuracy measurements, and integration with 3D modelling software, preparing it for recovery and expansion in the post-pandemic era.
 

Our study will explain complete manufacturing process along with major raw materials required to manufacture end-product. This report helps to make effective decisions determining product position and will assist you to understand opportunities and threats around the globe.

The Global Laser Tracker Market is witnessing significant growth in the near future.

In 2023, the Hardware segment accounted for noticeable share of global Laser Tracker Market and is projected to experience significant growth in the near future.

The Automotive  segment is expected to expand at the significant CAGR retaining position throughout the forecast period.

Some of the key companies Hexagon , API  and others are focusing on its strategy building model to strengthen its product portfolio and expand its business in the global market.

Frequently Asked Questions