A Detailed Analysis of the Phototherapy Lamps Market Based on a Rising Incidence of Skin Conditions, and Growing Awareness of Non-invasive Treatment Options
Report ID: PMRREP33999
Number of Pages: 228
Format: PPT*, PDF, EXCEL
Industry: Healthcare
Published Date: February-2024
The global phototherapy lamps market is forecast to expand at a CAGR of 6.8% and thereby increase from a value of US$3.3 Bn in 2023, to US$5.3 Bn by the end of 2030.
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Attributes |
Key Insights |
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Phototherapy Lamps Market Size (2023E) |
US$3.3 Bn |
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Projected Market Value (2030F) |
US$5.3 Bn |
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Global Market Growth Rate (CAGR 2023 to 2030) |
6.8% |
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Historical Market Growth Rate (CAGR 2018 to 2022) |
5.6% |
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Phototherapy lights have advanced significantly with light-emitting diode (LED) technology. LED lamps are safer and more effective for various dermatological treatments because they provide exact control over wavelengths, energy efficiency, and reduced heat output. Customization of treatment, data collecting, and remote monitoring are made possible by integrating smart and connected elements into phototherapy lights. Doctors can monitor patients' progress from a distance, modify treatment plans, and increase the effectiveness of their care overall.
Automated phototherapy lights offer precision and consistency by being programmable for individual treatment procedures. Automation features lower human error and improves treatment precision by enhancing the overall dependability of phototherapy sessions. Advanced phototherapy equipment has dose monitoring and control systems that allow medical personnel to regulate the amount of light used during treatment accurately. By doing this, patients are given the recommended therapeutic dose while improving safety.
Due to technological developments, tailored phototherapy solutions that concentrate on specific parts of the body affected by skin problems have been developed. This focused strategy reduces the possibility of adverse effects on unaffected areas and improves treatment outcomes. Technological improvements have led to the creation of portable and wearable phototherapy systems. Patients can receive therapy in the comfort of their own homes thanks to small, easy-to-use devices, which encourage convenience and treatment plan adherence.
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Skin conditions such as acne, vitiligo, eczema, and psoriasis are rising worldwide. Many patients are looking for effective and economical treatment choices because of the rising occurrence rates, and phototherapy is one such proven approach. Skin problems are becoming more common as a result of lifestyle modifications such as elevated stress levels, exposure to environmental contaminants, and sedentary behavior. These lifestyle factors consistently raise the need for phototherapy and other dermatological treatments. Numerous skin problems are more common in the aging worldwide population. The need for therapies like phototherapy rises along with the number of older adults.
For some skin conditions that are common in the senior population, phototherapy is frequently advised. Environmental causes can make Certain skin conditions worse, such as increasing UV radiation and climate change. Using phototherapy, which is regulated exposure to particular light wavelengths, can help control and lessen symptoms brought on by these environmental factors.
In addition, due to concerns about side effects and long-term pharmaceutical use, there is a growing preference for non-invasive and drug-free therapy approaches. This trend is nicely suited for phototherapy, which provides a non-invasive, efficient method of treating a range of skin conditions. The acceptance of phototherapy for skin problems is aided by a greater understanding of its advantages among the public and medical experts.
Disseminating information and running educational programs are essential for raising awareness. Long-term care is necessary for many chronic skin conditions. Due to its established effectiveness and comparatively mild side effects, phototherapy has become the treatment of choice for ongoing conditions, which supports steady market growth.
High Initial Investments
A significant initial expense is frequently associated with phototherapy lamps for healthcare organizations and those looking for at-home alternatives. Adoption may need to be improved by the high upfront cost, especially in areas with tight healthcare budgets. After the original purchase, ongoing charges such as regular servicing and bulb replacements can raise the total cost.
Institutions or people with little financial means may need help to cover these continuing expenses. In certain areas, reimbursement guidelines might need to provide more money to pay for phototherapy treatments. The absence or scarcity of reimbursement options may discourage patients and healthcare professionals from selecting phototherapy, hindering market expansion.
Potential Side Effects, and Safety Concerns
Skin irritation is a possible side effect of phototherapy, especially when using UV-based lamps. Controlling frequent side effects like redness, itching, and dryness is essential to patient comfort and compliance. Individuals with delicate skin or those who disregard treatment recommendations are particularly at risk for burns from prolonged or inappropriate exposure to phototherapy lamps. It is imperative to ensure appropriate usage and oversight to reduce this danger.
Certain patients may develop increased sensitivity to light during or after phototherapy treatments, resulting in photosensitivity reactions. This may restrict how much time people spend in the sun, so raising awareness and educating people about these effects is important.
Rising Adoption of LED Technology
LED technology is known for its energy efficiency compared to older light sources. LED phototherapy lamps use less energy, saving hospitals money and improving their environmental sustainability. The light output can be precisely controlled thanks to LED technology. With the help of this feature, phototherapy treatments can be tailored to address specific skin diseases, enhancing the therapy's overall efficacy.
Patients will find LED light sources more comfortable during treatment because they produce less heat than conventional light sources. The overall effectiveness of phototherapy is aided by the improved patient compliance and tolerance brought about by the decreased heat emission. Because LED bulbs last longer than traditional light sources, bulb replacements happen less frequently. Cost-effectiveness is enhanced by the longer lifespan of LED technology, which lowers maintenance expenses for healthcare facilities.
Moreover, LED-based phototherapy lights frequently have more portable and smaller designs. With its ability to be used in various clinical settings and support home-based treatments, this feature improves flexibility in treatment settings. LEDs do not require warm-up time to provide instantaneous on/off capability. This rapid reaction time increases phototherapy session efficiency and provides more accurate control over treatment durations. LED technology allows for the emission of certain light wavelengths without producing a lot of UV radiation. This aspect is especially important in dermatology, where therapeutic UV exposure must be managed, but excessive UV exposure might have negative effects.
The market for phototherapy lamps has a bright future because more people are becoming aware of the benefits of using light to treat various medical conditions. Global market growth is anticipated at a healthy rate as technological advances enhance the efficacy and safety of phototherapy treatments. The rise in skin diseases, jaundice in newborns, and mood disorders are also driving the market's growth. Continuous R&D is expected to produce new, targeted phototherapy solutions, boosting market competitiveness. Because of their energy economy and versatility, LED-based phototherapy lights are expected to become increasingly popular.
An aging population and the corresponding growth in age-related skin disorders also influence market trends. Due to rising disposable incomes and improved development of healthcare infrastructure, emerging economies are increasingly contributing significantly to market revenue on a geographical basis. Partnerships between manufacturers and healthcare providers should increase the accessibility of phototherapy therapies and promote market penetration.
Incorporating intelligent technologies, including the Internet of Things and mobile applications, into phototherapy apparatuses would provide customized and intuitive solutions, increasing consumer demand. In summary, the market for phototherapy lamps is expected to rise steadily due to technological advancements, increased applications, and a growing comprehension of the therapeutic advantages of light-based interventions.
Supply-side Dynamics
China has a large labor force and strong manufacturing infrastructure; conventional lights may be produced cheaply, making them accessible to a larger market segment and medical professionals. China's extensive industrial base makes producing these lamps in large quantities possible, scaling up manufacturing to satisfy demand worldwide. Well-established supply chains and logistics networks allow China-made lamps to be delivered to foreign markets efficiently.
Certain Chinese manufacturers are spending money on R&D to produce cutting-edge LED bulbs with functions like wavelength adjustment and smartphone connectivity. Several well-known companies in the US, including GE Healthcare, Hill-Rom, and Lumedyne, provide both conventional and cutting-edge phototherapy treatments. Nonetheless, the US output volume is comparatively lower than that of China.
Additionally, the US has a high rate of phototherapy utilization due to its sophisticated healthcare system and large NICU capacity. Research indicates that approximately 8% of infants use phototherapy; however, precise lamp usage statistics take time to come by. Canada has similar trends to be found.
Phototherapy is widely used in Japan because of its emphasis on preventative healthcare and excellent standards for infant care. Figures indicate that about 7% of babies receive care, although information on lamp usage takes time. China may consume a lot because of its vast population, but this needs to be confirmed with accurate data. Renowned for its excellent medical care, Germany uses phototherapy under tight regulations. According to data, about 5% of newborns receive treatment; however, little information is available regarding light consumption.
Which is the Bestselling Product Type Category?
LED Remains the Primary Product Category
The product type segment is segmented into LED, UV light, and halogen lamps. The LED segment is expected to dominate the market. LED technology makes phototherapy lights with tailored arrays possible, enabling medical professionals to target particular body parts with treatment. Concentrating the treatment reduces the chance of adverse effects on unaffected areas and increases therapeutic efficacy.
Nonetheless, the UV Light segment of the phototherapy lamps market is expanding at the quickest rate. UV radiation, especially UVB (ultraviolet B) light, is commonly used for treating psoriasis. UV-emitting phototherapy lamps aid in slowing the skin cell proliferation typical of psoriasis lesions.
What is the Leading Segment by Application?
Red Light Therapy for Acne Treatment to be the Largest Application Category
The application segment is bifurcated into psoriasis, vitiligo, acne, neonatal jaundice, and others. The acne market segment is the largest for application of phototherapy lamps. Red light, which has a wavelength of between 620 and 700 nanometers, is commonly mixed with blue light while treating acne. Red light penetrates the skin more deeply than blue light, which reduces inflammation and speeds up healing.
Microbes are the target of blue light. Nevertheless, the market segment exhibiting the most rapid growth is neonatal jaundice. The choice of wavelength range for neonatal jaundice treatment is made to optimize bilirubin's ability to absorb light. Blue light has the best absorption properties, making it very useful in phototherapy for jaundice.
Which is the Dominant End User Category?
Skincare Clinics Continue to be the Major End User of Phototherapy Devices
The end user segment is sub-segmented into hospitals, skin care clinics, home care settings, and others. Skin care clinics represent the greatest market segment for the phototherapy lamps industry. Phototherapy lamps are used in skin care clinics to treat vitiligo, dermatitis, eczema, and psoriasis, among other skin conditions. Controlled exposure to specific light wavelengths aids in the efficient management of various disorders.
On the contrary, hospitals are the market segment characterized by the most rapid growth. Hospitals with neonatal intensive care units (NICUs) use light treatment lamps for jaundiced newborns. These lamps are strategically placed over incubators to provide controlled and efficient light exposure.
Growth of Aesthetic Dermatology Poised
The demand for non-invasive techniques in aesthetic dermatology is rising. Because phototherapy is a non-invasive treatment option, its use in cosmetic treatments is driven by this trend. Phototherapy is a useful tool for addressing indications of aging and for skin rejuvenation, particularly when combined with LED technology. One factor driving the increasing use of phototherapy lamps in aesthetic dermatology clinics is the demand for anti-aging treatments.
Sunspots, and melasma are two pigmentation disorders that phototherapy is successful in curing. As people seek ways to achieve even skin tone and a more radiant complexion, phototherapy emerges as a useful therapeutic option in aesthetic contexts. Phototherapy is used to treat acne, a common dermatological issue. The use of phototherapy lamps is influenced by the need in aesthetic dermatology clinics for efficient and non-invasive acne treatments.
Asia Pacific Picks Pace on the Back of a Growing Middle-class Population
Spending on healthcare is typically more affordable for the expanding middle class. People who can afford it can receive modern medical treatments for various skin disorders, such as phototherapy. As the middle class grows throughout Asia, they care more about their appearance and health. The need for phototherapy lamps in homes, and clinics is anticipated to increase as people look for treatments for cosmetic upgrades and dermatological issues.
The middle class in Asia Pacific has better access to cutting-edge medical care due to their higher income levels. For people in this group, phototherapy becomes more accessible as a cutting-edge and efficacious treatment. Phototherapy is useful in treating vitiligo, eczema, and psoriasis, among other skin conditions. The market for phototherapy lamps is anticipated to increase as middle-class individuals become more aware of these therapeutic alternatives.
The demand for phototherapy lamps in Asia Pacific is primarily driven by the increasing prevalence of skin disorders, such as psoriasis and vitiligo, coupled with a rising awareness of the therapeutic benefits of phototherapy. Countries like China, Japan, and India have witnessed a substantial growth in the adoption of phototherapy lamps due to the growing healthcare infrastructure and the surge in skin-related conditions.
Moreover, the Asian market has experienced significant advancements in medical technology and an increasing focus on research and development, contributing to the production of innovative and efficient phototherapy devices. Government initiatives promoting healthcare accessibility and affordability have further propelled the market in this region.
Additionally, a large population base in the region provides a vast pool of potential patients, creating a substantial market for phototherapy lamps. The increasing disposable income and changing lifestyle patterns in the region also contribute to the higher demand for dermatological treatments, further boosting the phototherapy lamps industry in the Asia Pacific region. Overall, the Asia Pacific region stands out as the leading hub for the phototherapy lamps market, with sustained growth expected in the foreseeable future.
Prominent organizations, including Natus Medical Incorporated, and Koninklijke Philips N.V., are at the vanguard of this sector; Natus primarily targets specialized markets within phototherapy, such as neonatal jaundice care and treatment of skin disorders, including psoriasis and vitiligo. Doing this avoids direct competition with more established firms in the phototherapy industry. They provide specialized lamps like the BiliBlanket system for neonatal jaundice, which has sophisticated features, including temperature control and light intensity monitoring. They give tailored treatments like the BluU phototherapy device for skin disorders for plaque psoriasis.
Natus has operations in more than 130 nations, reaching out to healthcare practitioners across the globe by utilizing its well-established distribution network and well-known brand. To broaden its product line and market penetration, they form strategic alliances with major players in the phototherapy industry, such as Philips Electronics.
Philips creates sophisticated and dependable phototherapy lamps by utilizing its rich history in healthcare and medical technologies. They make significant R&D investments, with a focus on cutting-edge innovations such as LED lights, wavelengths that can be adjusted, and intelligent features like treatment monitoring app integration. Philips provides phototherapy lamps with conventional fluorescent and LED technology to accommodate a range of budgets and tastes.
In response to the increased need for accessible and convenient treatment choices, they also provide portable and designed devices for home usage. In addition to lamps, Philips broadens its market reach by offering supplementary goods, including treatment pads, light shields, and monitoring gear, assembling a complete phototherapy ecosystem.
New Product Launch
The next-generation excimer laser system, XTRAC Momentum 1.0, will go on sale in February 2022, according to STRATA Skin Sciences, Inc. Psoriasis, vitiligo, and other inflammatory skin disorders that affect both adults and children can be effectively treated with targeted UVB light therapy applied to particular treatment areas of the skin thanks to the XTRAC excimer laser technology.
Market Impact: Comparing XTRAC Momentum 1.0 to conventional phototherapy choices provides a more focused and accurate UVB light therapy. Psoriasis, vitiligo, and atopic dermatitis sufferers may benefit from increased efficacy, a faster response to treatment, and possibly fewer side effects. Treating adults and children with the same method may open up new markets and enable pediatric patients with chronic skin problems to receive early intervention. Being a cutting-edge technology, XTRAC Momentum 1.0 may provide STRATA with a unique offering and foster general market expansion in the dermatology market's phototherapy sector.
Aiming to promote the market launch of a smart, wearable light therapy device for jaundice, a disorder that affects 10% of babies, Bilihome closed a new investment round in January 2022, which Health Innovations and Oost NL headed.
Market Impact: Significant media coverage of Bilihome and its ground-breaking solution resulted from the funding round's success, which increased awareness among medical experts and parents of infants with jaundice. This may result in more people using the device, which would benefit neonatal treatment outcomes. The financial support provided by Health Innovations and Oost NL, both respectable organizations in the healthcare industry, attests to the commercial viability of Bilihome's technology. This might draw in more funding and collaborations, expanding the company's reach into new markets and spurring growth.
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Details |
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Forecast Period |
2023 to 2030 |
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Historical Data Available for |
2018 to 2022 |
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Market Analysis |
US$ Million for Value |
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Key Regions Covered |
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Key Countries Covered |
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Key Market Segments Covered |
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Key Companies Profiled |
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Report Coverage |
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Customization & Pricing |
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The phototherapy lamps market was valued at US$3.3 billion in 2023.
The Asia Pacific region held the largest revenue share of the market in 2023
Some of the prominent players in the market include General Electric Company, Koninklijke Philips N.V., Dragerwerk AG & Co. KGaA, Natus Medical Incorporated, Bistos Co. Ltd., Fanem Ltd., Herbert Waldmann GmbH & Co. KG, The Daavlin Distributing Co, Schulze & Bohm GmbH, TSE spol. S R.O., and LightStim.
The UV light segment is expected to grow at the fastest CAGR during the forecast period.
