The widespread usage of photoelectric sensors in various sectors boosted the use of retroreflective photoelectric sensors in a variety of applications, and the widespread use of industrial robots across numerous regions are among the factors propelling the photoelectric sensor market forward.
The Impact of COVID-19 on the Global Photoelectric Sensor Market
From 2020 to 2025, the photoelectric sensor market is expected to grow at a CAGR of 7.8%, from USD 1.5 billion in 2020 to USD 2.1 billion in 2025.
In 2019, the emergence and spread of COVID-19 had an influence on the photoelectric sensor market, resulting in a decrease in photoelectric sensor shipments and revenues. As a result, the market’s growth trajectory slowed significantly in the first half of 2020. However, due to a stabilisation in demand for photoelectric sensors from industrial manufacturing, consumer electronics, automotive and transportation, food and beverage, and packaging applications, the latter half of the year is expected to see inventory levels normalise and increased demand for these sensors. The COVID-19 has had an impact on photoelectric sensor production, since manufacturing sites around the world have been temporarily shut down to stop the virus from spreading. The COVID-19’s widespread use has had a considerable impact on the photoelectric sensor value chain’s stakeholders. The manufacturing of photoelectric sensors, as well as the GDP of countries and the per capita income of individuals around the world, have all been influenced by global lockdowns. As a result of the lower purchasing power of the general public, the overall market’s y-o-y growth has slowed.
Photoelectric sensors are widely used in a variety of industries, which is a driving force.
Different industries are currently expanding their demand for sensors that provide exact output. These sensors should be capable of detecting things of various sizes as well as sensing a variety of materials. They must have a wide sensing range, be cost-effective, and last for a long time. The demand for these photoelectric sensors is steadily rising as businesses strive to improve their production efficiency without sacrificing product quality. A flaw in the manufacturing process could result in significant losses. As a result, firms are incorporating photoelectric sensors into their manufacturing or assembly lines. In the food and beverage business, photoelectric sensors are used to determine product size, detect flaws, count small things, and check misaligned caps on bottles, for example. Photoelectric sensors can identify colours in the printing and packaging industries by scanning red, green, and blue lights separately. With light grids, they are utilised to monitor broad areas. Photoelectric sensors are used in the transportation industry to evaluate the location and distance of objects. Photoelectric sensors are used by robotic pickers and trucks in the logistics and materials handling industry to ensure efficient and safe operations. These sensors are also used by automatic doors and elevators to detect or count the presence of people. The use of photoelectric sensors is developing in the industrial sector, owing to manufacturers’ increased focus on raising productivity and minimising manual labour in order to stay competitive in the global market.
Restraint: The Trade War Between the United States and China
The involvement of the United States and China in a trade war may result in global trade being regionalized. By extending tariffs to business restrictions on specific companies and charges of currency manipulation, this trade war has already harmed trade flows between the two countries. Global industrial uncertainty has grown as a result of the ongoing trade war. It has also harmed global economic progress, as evidenced by the drop in international trade. In important markets, the Manufacturing Purchasing Managers’ Index has fallen, and export order levels have fallen. Furthermore, the spread of the COVID-19 has had political and economic repercussions in addition to the loss of countless lives. Global lockdowns have resulted in slowed manufacturing and international trade as a result of the pandemic. As a result, the world economy has been damaged.
As a result, the slowing of international trade and the weakening of the world economy function as major hurdles for photoelectric sensor makers, limiting the market’s growth.
Food and beverage companies are increasing their demand for photoelectric sensors for packaging applications.
The food and beverage sector concentrates on a number of factors, including product quality control, tracking and tracing, and assuring product safety throughout packaging. As a result, the demand for sensors to monitor crates on conveyor belts, perform accurate position sensing of filled carts, and maintain hygienic surroundings has increased. The food and beverage industry’s increased demand for packaging solutions has resulted in an increase in productivity, which has contributed to an increase in demand for smart sensors in manufacturing facilities. In the food and beverage business, sensors are used to detect shipping crates on conveyor belts, sense the exact location of loading carts, check level in storage containers, and assure precise measuring of cut blocks of food. The photoelectric sensor ecosystem’s major players are concentrating on expanding their customer base in the food and beverage industry. For example, photoelectric sensors from SICK AG (Germany) and Omron Corporation (Japan) are available for the food and beverage industry, allowing machine process control and higher productivity.
Unavailability of raw materials is a problem.
The COVID-19 outbreak has brought the whole manufacturing industry to a halt, causing major supply chain disruptions. Given a result, the problem of photoelectric sensor manufacturing raw material shortages is projected to worsen further, as the primary raw material suppliers are headquartered in China and Taiwan. Furthermore, the pandemic has had a significant impact on the global manufacturing sector due to supply chain disruptions. The trade war between the United States and China has had a negative impact on raw material imports and exports, as well as end users of photoelectric sensors from various industries. The fall in global output has resulted in a decrease in demand for photoelectric sensors, resulting in a reduction in photoelectric sensor production volume. As a result of the scarcity of raw materials, their prices have risen, resulting in high photoelectric sensor manufacturing costs.
As a result, photoelectric sensor makers face issues such as a scarcity of raw materials, a drop in demand for end-use goods, and supply chain interruptions.
In 2019, the retroreflective sector had the highest market share by type.
The retroreflective segment dominated the photoelectric sensor market in 2019, and this trend is expected to continue throughout the forecast period. The growing use of retroreflective photoelectric sensors in industrial manufacturing, pharmaceuticals, and medical applications can be ascribed to the expansion of the retroreflective category. These sensors include simple wiring and optical axis adjustment controls, allowing them to operate without being impacted by the colour or angle of the objects they are tracking. To eliminate empty pill packing, retroreflective photoelectric sensors are utilised in pharmaceuticals and medical applications.
From 2020 to 2025, the CAGR for the 100 to 1,000 mm range is expected to be the greatest.
From 2020 to 2025, the photoelectric sensor market is expected to be led by the 100 to 1,000 mm range segment. The rising demand for 100 to 1,000 mm photoelectric sensors from various end-use sectors might be attributable to the rise of this segment. These sensors can detect objects at long and short ranges, regardless of their materials, which include glass, metal, plastic, wood, and liquid. The photoelectric sensors in the 100 to 1,000 mm range are small and inexpensive.
In 2019, the photoelectric sensor market was dominated by the built-in amplifier segment.
In 2019, the built-in amplifier category dominated the photoelectric sensor market, and this trend is projected to continue throughout the forecast period. From 2020 to 2025, the built-in amplifier market is expected to develop at a CAGR of 6.1 percent. The widespread usage of built-in amplifier photoelectric sensors in ICs and wafer detecting applications in the semiconductor production process accounts for the segment’s rise. Furthermore, these sensors are used for the accurate detection of long-range objects with little curve and gloss effects on their detecting capabilities. Photoelectric sensors with built-in amplifiers are utilised in industrial manufacturing and automotive applications. During the forecast period, the fibre type segment of the market is expected to grow at the fastest rate of 9.4%. The ability of fibre type photoelectric sensors to detect slight changes in object height accounts for the segment’s rise. Fiber photoelectric sensors are only suitable for applications that require a small amount of space.
From 2020 to 2025, the laser beam source is expected to have a higher CAGR.
From 2020 to 2025, the laser beam source segment of the market is expected to increase at a CAGR of 10.8%. Photoelectric sensors with a laser beam source are a recent trend on the market. For the detection of small objects, these sensors provide highly precise little laser dots. Furthermore, because they do not require reflectors, laser beam source photoelectric sensors are easy to mount and have lower maintenance costs. As a result, laser beam photoelectric sensors are becoming more widely employed in plant management, security, and surveillance.
In 2019, the photoelectric sensor market was dominated by the digital output segment.
In 2019, the digital output segment of the photoelectric sensor market retained a greater proportion than the analogue output segment. From 2020 through 2025, this tendency is projected to continue. Object detection is one of the most common uses for photoelectric sensors, which has led to its widespread acceptance. Furthermore, compared to analogue output photoelectric sensors, these sensors provide both design and operating advantages. They provide higher technical performance, increased safety margins, and lower maintenance expenses. As a result, the photoelectric sensor market’s digital output sector is expected to increase at a faster rate than the analogue output segment over the forecast period.
During the forecast period, the market for food and beverages is expected to rise at the fastest CAGR.
During the forecast period, the market for food and beverages is expected to rise at the fastest CAGR. The need for photoelectric sensors is being fueled by the food and beverage industry’s rising focus on technology and mechanical manipulation of raw foods to create high-value-added food products. Furthermore, automation brings uniformity to all packaged foods and beverages. It reduces human intervention, reducing the risk of food contamination and guaranteeing that all health regulations are met.