Laser Transmitter Market

Laser Transmitter Market Analysis

The Laser Transmitter Market is expected to register a CAGR of 5.1% during the forecast period.

• Laser transmitters continuously measure and provide rapid surface change tracking. Additionally, advanced signal processing delivers reliable measurements in the presence of mixers and dusty, foggy, and narrow environments.
• Laser transmitters have been used in the most demanding applications in the oil and gas, chemicals and petrochemicals, water and wastewater industry, such as stilling wells, pumping and lift stations, sump tanks, and digesters. Measuring dirty water levels in a stilling well is a complex application.
• The low intensity associated with the laser produced by a laser transmitter could hamper the adoption of the laser transmitter across the industry verticals. Similarly, the high cost associated with the implementation and acquisition of the product is also expected to be the major restraining factor in the growth of the global laser transmitter market.
• The use of lasers for level measurement leads to significant maintenance cost reductions. Sewage generates poisonous gases, creating a hazardous location. In contrast to other sensors, laser transmitters are positioned above the lift station providing increased safety and easy access to the device. Another benefit is that due to the very narrow laser beam, lasers can measure to the bottom of the well even in the presence of internal structures within the well, thus driving the demand for laser transmitters' market growth.
• Due to the COVID-19 pandemic, the global supply chain industry disintegrated profoundly, owing to which the laser transmitter market was oppressively impacted. Due to the worldwide production shutdown in countries, the laser transmitter industries observed a transmitters supply deficit during the pandemic.

Laser Transmitter Market Trends

Oil and Gas Industry to Hold Significant Market Share

• The laser-level transmitters are specifically made for harsh environments and industrial applications. The laser transmitters provide continuous, non-contact level measurements for inventory management and process automation. The oil and gas industry is benefitting significantly from the distinct capabilities of laser-level size when these capabilities are tailored for industrial applications.
• According to the MoPNG (Ministry of Petroleum and Natural Gas) in October 2022, India is the second largest oil consumer. The oil consumption or demand is expected to rise to 450 MMT by 2040 from about 220MT in 2022.
• India is the world's fourth-largest oil importer, and the demand is expected to rise, driven by an increase in India's per capita energy consumption which currently stands at one-third of the global average according to MoPNG in October 2022. India, the second largest in Asia with 23 refineries, plans to increase from 251.2 MMTPA refining capacity to 400 MMTPA by 2030. These factors drive the demand for laser transmitters in the Oil and Gas Industry.
• According to the MoPNG (Ministry of Petroleum and Natural Gas), in India, the crude oil refinery capacity was approximately 250 Million metric tons annually in FY 2021. The economic growth in India is closely related to energy demand and increasing industrialization and automation. The demand for laser transmitters in oil and gas is rising due to the accurate measurement and high precision of laser transmitters suitable for high-demand oil and gas projects.

Asia-Pacific to Witness a Significant Growth

• The chemical and petrochemical industry is a significant sector in the modern world. The operation of modern chemical and petrochemical plants would be challenging, if not impossible, without automation and computer control. Safe, efficient plant operation requires that thousands of process variables be controlled within specified limits.
• Maintaining optimized solutions in the chemical and petrochemical sector is imperative for companies working in the industry. Excessive or less of a chemical or petrochemical can have dire effects on the process that it is involved in. Therefore, companies in this industry ensure ease of operation with laser transmitters.
• The Indian chemical industry has become a worldwide player and earns foreign exchange with the Make in India, Make for World approach for the nation. In May 2022, according to the Indian Government, India's Petrochemical Industries is considered one of the fastest-growing industries in the Indian economy, with extremely high demand growth. India is projected to contribute more than 10% of the incremental global growth in Petrochemicals in the Asia-Pacific region in the following years.
• With the Make for World, Make in India approach, the Indian chemical industry has become a worldwide player and earns foreign exchange for the nation. Indian chemicals exports have registered growth of 106% in 2021-22, according to the Indian Government in May 2022.
• Laser Transmitter designs, shapes, and sizes differentiate from each other immensely. The demand for laser transmitters is significantly increasing because there are a lot of applications, and such systems can cope with a broad range of measurement tools needed to execute the entire process. To effectively transmit the laser over various options, numerous optics & mechanics are created to interact with a strong and reliable sense of reference effectively.

Laser Transmitter Industry Overview

The Global Laser Transmitter Market is very competitive in nature. The market is highly concentrated due to the presence of various small and large players. All the major players account for a large share in the market and are focusing on expanding their consumer base across the world. Some of the significant players in the market are ABB, Robert Bosch GmbH, Hawk Measurement Systems, S3 Technics, Honeywell Process Solutions, Stabila, HiTech Technologies, and many more. The companies are increasing the market share by forming multiple partnerships, investing in introducing new products, to earn a competitive edge during the forecast period.

• November 2021 - Easy-Laser collaborated with EMHA. EMHA is a Dutch company specializing in measuring, maintaining, and optimizing machines and equipment in the marine and industrial sectors. They operate worldwide and offer 24/7 service to make propulsion systems and rotating machines comprising stators and motors run more efficiently and sustainably. EMHA has experience in alignment and has worked with various tools. Generation XT is Easy-Laser's app-based system, comprising all measurement and alignment needs for rotating machinery. The laser transmitter uses hall effect sensors to control the switching current to coils on the stator. The transmitter and an output timer also use the hall effect sensors' outputs to control the rotating machinery's laser beam.

Laser Transmitter Market Leaders

Laser Transmitter Market News

• June 2022 - Focuslight Technologies Inc. has announced LX02 - a KW VCSEL Line Beam Transmitter Module for LiDAR. LX02 is a pioneer in line beam laser transmitting based on VCSEL, pushing the boundaries of LiDAR solutions even further. The laser transmitter uses cutting-edge 5J high-power VCSEL chips and Focuslight's patented beam shaping optics to produce 1kW peak power with 0.15° horizontal divergence and a typical vertical FOV of 23° with high uniformity of 90%. It also includes an inbuilt laser driver driven by a GaN FET fast switch that generates ultra-short (width 5ns) pulses.
• February 2022 - EASY-LASER introduced the XT20 & XT22 laser transmitters. And have facilitated handling with the new XT20 and XT22, making for faster measurements and fewer fault sources. More reliable machine installation, put simply. Both transmitters can be used to measure flatness and straightness. Furthermore, the XT22 can direct the laser beam at 90 degrees to the laser plane, allowing it to solve almost all geometric measuring duties. As a result, the application does not measure the flatness of bases. Because of fiber laser technology, the XT22 offers a higher technical specification for straightness and can take measurements at distances of up to 40 m. The XT20 can collect measures up to 20 m away and is also IP55-rated.