The global linear motion system market size was estimated to be US$ 9.25 billion in 2021 and is expected grow at a CAGR of 7.2% between 2023 to 2032.
A specialised machine called a linear motion system is utilised in mechanical systems to transform rotating motion into a linear motion. It transports objects in a linear pattern for a wide range of applications, including packing, transportation, material handling, and manufacturing.
A linear motion system is divided into two types, single-axis linear motion systems and multi-axis linear motion systems, based on the number of axes in order to satisfy the specific requirements of each of these applications. Moreover, Producers of linear motion systems also offer systems that are pre-installed and systems that are especially made for distinct purposes.
These systems can also include automation so that they can work with other automated systems in a plant.
Furthermore, these machines are state-of-the-art. For their goods to remain competitive in the linear motion system market, major players in the sector use cutting-edge technology to boost their products' productivity and efficiency.
The global market for linear motion systems is growing rapidly due to the acceleration of industrialisation and the increased impulse for digital transformation. Over the projection period, it is anticipated that the ability of companies to operate linear motion systems under challenging environmental circumstances would accelerate market expansion. The global market for linear motion systems is expected to increase as a result of the rising demand for these systems in the healthcare industry. For instance, automated RT-PCR tests for the identification of Covid-19 often used linear motion systems.
Heightened reliance on automated linear motion apparatus could make it more arduous for the industry to meet its needs because even a little machine fault could lead to a system breakdown.
By employing skilled people, these failures can be minimised. This would result in a greater need for qualified technicians. To adequately support and maintain equipment, managers must, however, contend with a shortage of skilled engineers and maintenance personnel in the majority of businesses. Due to the widespread use of linear motion components, highly experienced employees are needed to mount parts and harness cables. Additionally, managers need to figure out how to pass on to the new generation of engineers the knowledge of an older, more seasoned group of engineers.
Market Growth Drivers
Manufacturing businesses, particularly those in the pharmaceutical, food and beverage, automotive, electronic, and semiconductor sectors, place a high priority on product quality. The branch responsible for quality control is crucial in every production facility. As a result, automated linear motion devices are widely used by manufacturers worldwide in their production and packaging processes.
Today, a number of manufacturers direct their attention toward effective automated procedures to decrease throughput time and boost efficiency. Across industries, there is a growing desire for tighter regulation of the goods produced or the services provided, which drives the demand for automation and quality control.
Growth Restraints
Despite the strong appetite for linear motion in the manufacturing and packaging industries, there are still obstacles to adopting linear motion products for low-volume production, specifically in enterprises that produce low-volume goods on a single production line.
Since linear motion products are created to meet the needs of an application, it is unavoidable that systems will need to be modified or reconfigured whenever the application is altered. For low-volume manufacturers, modifying and reinstalling these goods can be expensive.
Market Segmentation
Single-Axis and Multi-Axis Linear Motion Systems make up the majority of the global market share for linear motion systems.
Most of the market share for linear motion is made up of linear guides, tracks, and actuators. For linear movement in industrial applications, linear guides are made. These guides are integrated with rails, carriages, and movers, as per the customer application. The smaller monorail and guide systems created and intended for use in small spaces are known as miniature linear guides.
The most demanding applications in terms of effectiveness, precision, durability, and cost-effectiveness are satisfied by ball screws, motors, and drives, among other things. The market for linear motion is driven by the expanding demand for automation in numerous industrial applications, including product packaging and assembly.
Metals can be subjected to a variety of operations, including cutting, drilling, grinding, shearing, and other types of deformation, using machine tools and material handling systems. Industrial robots and linear motion tracks are the best options because to how dangerous these operations are.
Additionally, these procedures are automated using linear motion components to provide high reliability and minimal maintenance solutions for these applications. These elements concentrate on the machinery's optimal performance when carrying out repetitive activities. As a result, it is anticipated that throughout the forecast period, this sector will account for the greatest portion of the global market for linear motion systems.
Geographical Performance
The demand for linear motion systems in the Asia-Pacific region is anticipated to grow significantly because of increased industrial activity, technological breakthroughs, government investments in industrial automation systems, and well-established companies that provide these systems. The region is home to a large number of businesses, including those that produce food, beverages, pharmaceuticals, automobiles, and machines. Furthermore, the area is home to a significant semiconductor industry.
China presently dominates the region as a result of the growing use of Linear motion systems generated by the extensive distribution of the electronic and automotive manufacturing industries. The market studied has remarkable expansion potential as other economies including India are also witnessing prompt market growth.
The largest makers of automobiles worldwide are found in the European Union. The industry stands for the largest private investment in research and development. The European Commission strengthen international technology harmonization, promotes competition in the automotive sector and funds research and development activities to support technological leadership.
Moreover, different technologies are integrated by the German automotive industry, which leads to technological evolution in the worldwide automotive industry.
In terms of area, North America comes in third. Equipment manufacturing has evolved as a result of the electronics industry's increasing miniaturisation. Manufacturers of linear motion systems place an increasing amount of emphasis on creating compact, low-maintenance goods that do not require re-lubrication. One of the major market trends from now on is anticipated to be this.
Key Players
Some of the prominent market players are Bosch Rexroth AG (Robert Bosch GmbH), Schneeberger Group, Ewellix AB, Hiwin Corporation, Thomson Industries Inc., Nippon Bearing Co. Ltd, NSK Ltd, HepcoMotion Inc., THK Co. Ltd, Timken Company, Rockwell Automation Inc., Parker, Hannifin Corporation and Lintech Corporation.
Market Segmentation:
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The global market for linear motion systems is primarily being driven by the rising need for automation in manufacturing applications and the growing awareness of the eco-friendly features of linear motion system devices in lowering carbon emissions.
The primary obstacle to the market's expansion is high costs and the cost of designing.
Rapid industrialization and a rising push toward automation are two major market trends that are driving the industry's expansion.
The linear motion system market size was estimated to be US$ 9.25 billion in 2021.
The linear motion system market is anticipated to expand at a CAGR of 7.2% from 2023 to 2032.
The demand for linear motion systems in the Asia-Pacific region is anticipated to grow significantly because of increased industrial activity, technological breakthroughs and well-established companies that provide these systems.
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