1 Global LED Phototherapy Light System Market Insight Analysis
The global LED Phototherapy Light System market is expected to be valued at USD 199.96 million in 2025, with a CAGR of 6.63% from 2025 to 2033.
Light-emitting diode (LED) phototherapy units are created by integrating light-emitting diodes bulbs, which provide high irradiance at lower cost and less heat production, prolonged life span. LED Phototherapy Light System is used in hospitals, beauty salons and other places.
Figure Global LED Phototherapy Light System Market Size (M USD) and CAGR (2025-2033)
2 LED Phototherapy Light System Market Growth Drivers and Restraints
Medical demand is growing
Neonatal jaundice treatment demand: Neonatal jaundice is a common disease in newborns worldwide, affecting about half of infants. LED phototherapy lamp systems effectively reduce bilirubin levels by emitting high-intensity blue light, becoming the main treatment method. The increase in the number of premature and low-weight babies further drives market demand. For example, Natus Medical’s neoBLUE® system complies with AAP guidelines, supports standard and enhanced treatment modes, and meets clinical needs.
Expansion of skin disease treatment: LED phototherapy is gradually becoming popular in the treatment of skin diseases such as acne and psoriasis. Blue light can kill bacteria and anti-inflammatory, and red light promotes skin repair, which promotes equipment procurement in hospitals, clinics and other scenarios. For example, Kernel Medical’s KN-7000A PDT phototherapy machine supports multi-color light combinations, which is suitable for acne treatment and skin rejuvenation.
Technological advantages drive the replacement of traditional therapies
Energy-saving and safety: Compared with traditional halogen lamps, LED light sources have higher photoelectric conversion efficiency, lower heat generation and longer life (such as the life of Inspiration Healthcare’s maviLED system of more than 50,000 hours), reducing the risk of patient burns and equipment maintenance costs.
Portability and intelligence: Portable design (such as Drager’s BiliLux compact device) and intelligent control systems (such as integrated radiometers, multi-language software) enhance clinical flexibility and support the expansion of home care scenarios. Delta Medical’s LiLLY system has large-area lighting and a user-friendly interface to meet the needs of neonatal transport and home treatment.
Beauty and home market expansion
Application in the beauty field: The effectiveness of LED phototherapy in anti-aging, fading wrinkles and acne scars has driven the growth of beauty salon demand. For example, Kernel Medical’s equipment has entered the beauty parlors market segment, and the annual compound growth rate of the beauty application market size from 2017 to 2022 reached 4.6%.
Popularization of home scenarios: Consumers’ attention to skin care and newborn home care has driven the sales of home LED phototherapy equipment. Anandic Medical’s BiliSoft™ system supports family use and promotes parent-child interaction, which is in line with the trend of home care.
Competitive pressure from alternative therapies
Biopharmaceuticals and small molecule drugs: In the field of skin disease treatment, new biologics and small molecule drugs (such as targeted therapies for psoriasis) may reduce reliance on LED phototherapy, especially in moderate to severe cases.
Traditional therapy inertia: Some medical institutions are difficult to change their habit of using traditional phototherapy (such as halogen lamps), and the initial investment in LED equipment is high, which may delay the process of technology replacement.
Technology R&D and compliance risks
R&D investment and cycle: LED phototherapy systems are technology-intensive fields, and new product R&D requires long-term investment (such as precise wavelength control and equipment miniaturization), and there is a risk of R&D failure or technology route deviation. For example, Hydrosun Medizintechnik needs to continuously optimize spectral output to remain competitive.
Regulatory barriers: Different regions have strict regulatory requirements (such as FDA, EU MDR, China NMPA), and product certification cycles are long. For example, EU MDR requires stricter clinical data and traceability systems, which increases corporate compliance costs.
Raw materials and supply chain fluctuations
Costs of chips and metals: LED chips and metals (such as aluminum and nickel) are the main raw materials. Due to the global energy crisis (such as the rise in natural gas prices caused by the conflict between Russia and Ukraine) and supply chain disruptions, the cost fluctuations are significant. As a major producer of aluminum and nickel, Russia’s export restrictions may push up chip prices and affect the profits of equipment manufacturers.
Market competition and price pressure
Industry concentration is high but price competition is fierce: Although the CR5 reaches 40.18% (dominated by Drager, Natus Medical, etc.), there are a large number of local companies in the mid- and low-end markets (such as Ningbo David and Suzhou Beiyin in China) that compete for market share through low-price strategies, compressing industry profit margins. For example, the price of Ningbo David’s XHZ-90P equipment is lower than that of international brands, but the gross profit margin is only about 40%.
3 Technological Innovations in the LED Phototherapy Light System Market
Spectral precision and multi-modal treatment
Narrowband spectral technology: Mainstream products are upgraded to narrowband blue light (450-470nm) to improve the efficiency of bilirubin decomposition. For example, Inspiration Healthcare’s maviLED system emits blue light with a peak of 450-470nm, shortening treatment time and reducing side effects.
Multicolor light combination application: In addition to blue light, the combination technology of red light (promoting wound healing), yellow light (anti-inflammatory), and infrared light (deep tissue heating) has emerged. Kernel Medical’s KN-7000A supports multi-color light switching such as red, blue, and yellow, which is suitable for skin beauty and comprehensive treatment.
Intelligence and IoT integration
Real-time monitoring and data management: High-end equipment integrates intelligent controllers and remote monitoring functions. For example, Drager’s BiliLux system can electronically record treatment data, support docking with hospital information systems (HIS), and improve diagnosis and treatment efficiency.
AI-assisted treatment solutions: Some companies explore AI algorithms to optimize phototherapy doses and courses. For example, Anandic Medical’s BiliSoft™ system analyzes bilirubin levels through built-in software and automatically adjusts light intensity to reduce operator errors.
Portability and family-friendly design
Lightweight and mobility: Portable devices (such as Delta Medical’s LiLLY system) weigh less than 10kg and are equipped with a removable stand, suitable for neonatal transport and home use.
Low noise and comfort: The new generation of products focuses on reducing operating noise (such as Hydrosun’s 575 FH system, which has a noise level of less than 40dB) and optimizing light uniformity to reduce stimulation to infants.
Energy-saving and sustainable technology
High-efficiency LED chips: Using high-power density chips (such as Cree’s XLamp series) reduces energy consumption while increasing light output intensity. For example, Natus Medical’s neoBLUE® system has a light intensity of 35μW/cm²/nm in high-intensity mode, which reduces energy consumption by 30% compared to traditional devices.
Application of recyclable materials: Some companies use environmentally friendly materials to manufacture shells (such as Olidef’s RWT Plus incubator uses recyclable plastics), which complies with the EU RoHS directive and reduces environmental burden.
Horizontal expansion of leading companies
Technology integration: Large medical equipment companies make up for their technological shortcomings through acquisitions. For example, Natus Medical (focusing on neonatal care) expanded its phototherapy product line through mergers and acquisitions to enhance its competitive position with Drager.
Market penetration: Multinational companies acquire local brands to quickly enter emerging markets. For example, Medtronic (not mentioned in the document, but industry trends speculate) may acquire Chinese or Indian companies to obtain localized channels and cost advantages.
Regional enterprise alliances and cooperation
Development of Chinese enterprise clusters: Domestic companies such as Kernel Medical and Suzhou Beiyin reduce costs through cooperative research and development. For example, Kernel Medical cooperates with universities to develop new phototherapy algorithms to enhance product differentiation competitiveness.
European enterprise alliance: Hydrosun and Anandic Medical (Switzerland) may jointly cope with the EU’s stringent MDR regulations and share certification costs through technical cooperation.
Startup financing and M&A
Innovative SMEs: Startups focusing on the home market (such as Celluma in the United States) expand production through financing, and their FDA-approved OTC devices (such as Celluma RESTORE) attract strategic investors and may become acquisition targets for large companies.
M&A case (speculation): The document mentions that BioPhotas will launch a hair repair phototherapy device in 2021. In the future, it may integrate beauty technology through mergers and acquisitions to expand into the consumer market.
4 Global LED Phototherapy Light System Market Size by Type
Low – intensity LED phototherapy light systems had a market revenue of 127.00 million USD in 2025. This type accounted for 63.51% of the total market share. Low – intensity systems are often preferred in applications where a gentler and prolonged light exposure is required. They are commonly used in skincare treatments, such as mild acne therapy and general skin rejuvenation. In the context of medical applications, they can also be utilized for some less severe cases of skin diseases, where a lower – level light stimulation can help promote cell repair and regeneration without causing excessive stress to the skin.
The popularity of low – intensity systems in the consumer market is also significant. They are more suitable for home use, as they are generally considered safer and easier to operate. Consumers can use these devices for regular skin maintenance, which has contributed to their relatively large market share. Additionally, in some beauty parlors, low – intensity LED phototherapy light systems are favored for providing non – invasive and relaxing beauty treatments.
High – intensity LED phototherapy light systems, on the other hand, had a market revenue of 72.96 million USD in 2025, holding a market share of 36.49%. These systems emit a stronger light output and are typically employed in more demanding medical scenarios. For instance, in the treatment of severe neonatal jaundice, high – intensity systems can more effectively break down bilirubin in a shorter period. They are also used in the treatment of some chronic and severe skin diseases, where a more powerful light – based intervention is necessary to achieve therapeutic effects.
In hospital settings, high – intensity LED phototherapy light systems are often part of the standard medical equipment for treating patients with specific conditions that require concentrated light energy. Although their market share is smaller compared to low – intensity systems, they play a crucial role in addressing more serious medical issues. Moreover, as technology advances, high – intensity systems are also being refined to improve their efficiency and reduce potential side effects, which may further expand their application scope in the future.
Table Global LED Phototherapy Light System Market Size and Share by Type in 2025
Type | Market Size (M USD) 2025 | Market Share 2025 |
|---|---|---|
Low-intensity | 127.00 | 63.51% |
High -intensity | 72.96 | 36.49% |
5 Global LED Phototherapy Light System Market Size by Application
Hospitals are the largest consumers of LED phototherapy light systems. In 2025, the market revenue for hospital – based applications reached 112.29 million USD. This significant figure accounted for 56.15% of the total market share. The high demand in hospitals is mainly due to the extensive use of these systems in treating various medical conditions, such as neonatal jaundice and skin diseases. LED phototherapy light systems provide an efficient and safe treatment option, which is crucial in a hospital setting where large numbers of patients need treatment.
The clinic segment also plays an important role in the market. In 2025, the market revenue for clinics was 21.92 million USD, taking up 10.96% of the total market share. Clinics often use LED phototherapy light systems for more specialized treatments, such as skin rejuvenation and minor skin disorder treatments. The relatively lower revenue compared to hospitals is due to the smaller scale of operations and a more focused patient base in clinics.
Beauty parlors have seen a growing adoption of LED phototherapy light systems. In 2025, the revenue from this application was 22.72 million USD, representing 11.36% of the market share. LED phototherapy in beauty parlors is mainly used for aesthetic purposes, such as anti – aging treatments, reducing wrinkles, and improving skin texture. As consumers become more conscious about their appearance, the demand for such beauty – enhancing treatments in beauty parlors has increased.
The domestic application segment has also shown potential. In 2025, it generated a revenue of 32.81 million USD, accounting for 16.41% of the market share. With the increasing awareness of personal health and beauty, more consumers are purchasing LED phototherapy light systems for home use. These systems are often used for basic skin care, such as acne treatment and maintaining skin health. The convenience of using these devices at home has driven the growth of this segment.
Table Global LED Phototherapy Light System Market Size and Share by Application in 2025
Application | Market Size (M USD) 2025 | Market Share 2025 |
|---|---|---|
Hospital | 112.29 | 56.15% |
Clinic | 21.92 | 10.96% |
Beauty Parlor | 22.72 | 11.36% |
Domestic | 32.81 | 16.41% |
Other | 10.22 | 5.11% |
6 Global LED Phototherapy Light System Market Size by Region
In 2025, North America had a market revenue of 71.11 million USD for LED phototherapy light systems. This region has been at the forefront of the adoption of advanced medical technologies. The well – developed healthcare infrastructure, high disposable income levels, and strong research and development capabilities have contributed to its leading position. Major players in the region invest heavily in innovation, ensuring that the products available are of high quality and incorporate the latest technological advancements. Moreover, the increasing prevalence of skin – related diseases and the growing demand for aesthetic treatments in the region have further fueled the market growth.
Europe’s market revenue for LED phototherapy light systems in 2025 stood at 77.44 million USD. The region has a long – standing tradition of advanced healthcare and a high standard of living. Stringent regulatory frameworks in Europe ensure the safety and efficacy of medical devices, which has led to the development of reliable and high – quality LED phototherapy light systems. European countries also have a significant focus on research and development, resulting in continuous innovation in the field. Additionally, the aging population in many European countries has increased the demand for treatments related to skin conditions and other medical issues that can be addressed with LED phototherapy.
The Asia Pacific region had a market revenue of 30.34 million USD in 2025. Despite having a relatively lower revenue compared to North America and Europe at present, it is a region with immense growth potential. The large population base, including a high number of newborns and individuals with skin problems, provides a vast market. Moreover, rapid economic development in countries like China, India, and South Korea is leading to increased investment in healthcare infrastructure. These countries are also becoming more involved in domestic research and development, reducing their reliance on imported products. As the middle – class population expands and becomes more health – conscious, the demand for LED phototherapy light systems is expected to rise significantly in the coming years.
Latin America’s market revenue for LED phototherapy light systems in 2025 was 12.07 million USD. The region is gradually improving its healthcare facilities, but still faces some challenges such as uneven distribution of medical resources and relatively lower levels of investment in advanced medical technologies compared to developed regions. However, with increasing awareness about healthcare and the growing prevalence of skin diseases, there is a rising demand for LED phototherapy light systems. Some countries in the region are also making efforts to promote local manufacturing and innovation in the medical device sector, which could potentially boost the market growth in the future.
In 2025, the Middle East and Africa region had a market revenue of 9.00 million USD. This region has a diverse economic and healthcare landscape. Some countries in the Middle East have high – income economies and are investing in modernizing their healthcare systems, which has led to an increased adoption of LED phototherapy light systems. In Africa, although there are challenges such as limited healthcare resources in many areas, there is a growing recognition of the importance of treating skin diseases and other conditions that can be managed with LED phototherapy. Initiatives to improve healthcare access and quality across the region are likely to drive the market growth in the coming years.
Figure Global LED Phototherapy Light System Market Size (M USD) by Region in 2025
7 Global LED Phototherapy Light System Market Analysis by Major Players
Drager
Company Profile
Drager is a renowned German company established in 1889, with its headquarters in Lübeck, Germany. Drager has a global presence, serving customers worldwide with a wide range of medical and safety technology solutions. The company is known for its commitment to innovation and excellence in product development, particularly in the field of neonatal care and phototherapy solutions.
Business Overview
Drager specializes in the manufacturing of medical devices and safety technology products. Their product portfolio includes breathing and protection equipment, gas detection and analysis systems, and non-invasive patient monitoring technologies. Drager’s focus on neonatal care has led to the development of advanced phototherapy systems that are widely used in hospitals and clinics globally. Their business strategy emphasizes continuous innovation, high-quality standards, and customer satisfaction.
Product Offered
One of Drager’s flagship products in the LED Phototherapy Light System market is the BiliLux. This compact and lightweight LED phototherapy light system is designed for the treatment of neonatal unconjugated hyperbilirubinemia. The BiliLux provides superior phototherapy performance, individualized therapy with electronic documentation capabilities, and seamless integration into various clinical settings. Its high irradiance and low heat production make it an ideal solution for effective and safe neonatal jaundice treatment.
Natus Medical Incorporated
Company Profile
Natus Medical Incorporated is a leading provider of medical device solutions for the diagnosis, monitoring, and treatment of disorders affecting the brain, nerves, muscles, balance, mobility, and hearing. Established in 1989 and headquartered in Middleton, Wisconsin, USA, Natus has a global footprint and is recognized for its innovative and high-quality medical products.
Business Overview
Natus Medical Incorporated offers a comprehensive range of medical equipment, software, supplies, and services tailored for the diagnosis and treatment of impairments and disorders in newborns and other patients. Their business strategy focuses on delivering advanced medical solutions that improve patient outcomes and enhance clinical efficiency. Natus is committed to continuous research and development, ensuring that their products meet the highest standards of quality and efficacy.
Product Offered
Natus Medical’s neoBLUE® LED Phototherapy System is a high-intensity phototherapy solution designed for the effective treatment of neonatal jaundice. The system emits high-intensity blue LED light, which safely lowers bilirubin levels in newborns. The neoBLUE® system features two intensity settings (standard and intensive) and utilizes blue light-emitting diodes to match the peak absorption wavelength for bilirubin breakdown. Its overhead light treatment covers the entire body surface, ensuring comprehensive and efficient therapy.
Kernel Medical Equipment Co.,Ltd.
Company Profile
Kernel Medical Equipment Co.,Ltd. is a high-tech enterprise based in Xuzhou, China, established in 1997. The company is dedicated to the research, development, production, and sales of medical electronic products. Kernel Medical Equipment has gained a strong reputation for its innovative and effective solutions in the field of phototherapy and other medical treatments.
Business Overview
Kernel Medical Equipment Co.,Ltd. specializes in the production of medical devices for skin diagnosis, skin treatment, skin beauty, gynecology, emergency monitoring, and laser hair analysis. Their business strategy focuses on leveraging advanced technology to develop products that meet the evolving needs of healthcare providers and patients. Kernel Medical Equipment is committed to providing high-quality and reliable medical solutions that enhance patient care and clinical outcomes.
Product Offered
One of Kernel Medical Equipment’s notable products is the PDT Led Light Therapy Machine KN-7000A. This photodynamic therapy (PDT) machine is designed for skin rejuvenation and offers multiple color combinations, including red, yellow, blue, green, and combinations thereof. The KN-7000A uses high-power LEDs to provide effective treatment for acne, pigment removal, skin rejuvenation, and muscle soreness. Its modern appearance and stable performance have earned it an excellent market reputation, making it a popular choice for beauty and dermatological treatments.