Buy Phototherapy Units | New, Refurbished & Lease Options – BuyOnMedix

Phototherapy units are medical devices that deliver specific wavelengths of light to treat various clinical conditions — most commonly neonatal jaundice (hyperbilirubinemia) and dermatological disorders like psoriasis, vitiligo, and eczema. In neonatal care, phototherapy is the first-line treatment for jaundice, using blue-spectrum light to break down excess bilirubin in a newborn's skin. In dermatology, ultraviolet phototherapy provides targeted UV exposure to treat chronic skin conditions.

Whether you're outfitting a newborn nursery or NICU, adding dermatological phototherapy to your practice, or upgrading to LED-based systems, BuyOnMedix connects healthcare facilities with trusted suppliers offering new, certified refurbished, and lease-to-own phototherapy systems at competitive prices.

Why Buy a Phototherapy Unit?

Phototherapy is a proven, essential treatment modality in both neonatal and dermatological care:

• Neonatal Jaundice Treatment: Approximately 60–80% of all newborns develop jaundice. Phototherapy is the safe, effective, first-line treatment that prevents severe hyperbilirubinemia and its potential neurological complications (kernicterus).
• Mandatory Neonatal Equipment: Every facility that delivers babies or cares for newborns must have phototherapy equipment immediately available. It's as essential as warmers and resuscitation equipment in newborn care.
• Dermatological Efficacy: UV phototherapy is one of the most effective treatments for moderate-to-severe psoriasis, vitiligo, eczema, and cutaneous T-cell lymphoma, often achieving results comparable to systemic medications without systemic side effects.
• Cost-Effective Treatment: Phototherapy is significantly less expensive than biologic medications and other systemic treatments for chronic skin conditions, making it an accessible option for many patients.
• Revenue Opportunity: In-office dermatological phototherapy generates recurring revenue from patients requiring multiple treatment sessions over weeks to months.

Types of Phototherapy Units

Phototherapy systems are designed for specific clinical applications with optimized light sources and delivery methods.

Overhead Neonatal Phototherapy Units

Devices positioned above the infant's bassinet or warmer that deliver blue-spectrum light (420–490 nm) to the baby's skin. Modern LED-based overhead units provide high-intensity, focused light with minimal heat generation. Popular models include the GE Lullaby, Natus neoBLUE, and Draeger BiliLux.

Fiber-Optic Neonatal Phototherapy

Pads or blankets containing fiber-optic light sources that wrap around or lay beneath the infant, delivering phototherapy through direct skin contact. They allow parents to hold and feed the baby during treatment, improving bonding and compliance. The Natus Biliblanket is the best-known fiber-optic system.

Combination Neonatal Systems

Units that combine overhead and underneath (fiber-optic) phototherapy for intensive treatment of severe jaundice, maximizing the skin surface area exposed to therapeutic light.

Narrowband UVB Phototherapy Units

Dermatological systems emitting narrowband UVB light (311–312 nm), the most effective and widely used form of UV phototherapy for psoriasis, vitiligo, eczema, and other skin conditions. Available as full-body panels, targeted handheld devices, and enclosed treatment booths.

PUVA / UVA Phototherapy Units

Systems delivering UVA light (320–400 nm) used in combination with psoralen medication (PUVA therapy) for severe psoriasis and cutaneous T-cell lymphoma. Less commonly used than narrowband UVB but still important for specific indications.

How to Choose the Right Phototherapy Unit

Selecting a phototherapy system depends on your clinical application, patient population, and treatment volume:

• Clinical Application: Neonatal jaundice requires blue-light systems (LED or fluorescent). Dermatological conditions require UV phototherapy (narrowband UVB or PUVA). These are entirely different systems with different light sources.
• Light Source Technology: For neonatal units, LED-based systems offer longer lamp life, lower heat output, and more consistent irradiance compared to fluorescent tubes. LEDs are the preferred technology for new installations.
• Irradiance Output: Higher irradiance (measured in µW/cm²/nm for neonatal units) provides faster treatment. Intensive phototherapy (>30 µW/cm²/nm) is needed for severe jaundice. Verify the unit's irradiance at the treatment distance you'll use.
• Treatment Area: For dermatology, consider whether you need full-body treatment panels, targeted handheld devices for localized conditions, or enclosed booths for comprehensive coverage.
• Portability: Neonatal units should be easily movable between nursery beds and rooms. Some facilities need compact units that fit alongside warmers and isolettes in limited NICU space.
• Safety Features: Look for built-in irradiance monitoring, timer controls, eye protection reminders, and automatic shut-off features.
• Lamp Life and Operating Costs: LED lamps last 20,000–50,000+ hours. Fluorescent bulbs need replacement every 1,000–2,000 hours. Factor lamp replacement costs into your total cost analysis.

What Affects Phototherapy Unit Pricing?

Phototherapy pricing varies based on type, technology, and clinical application:

• Clinical Application: Neonatal overhead units range from affordable to moderate. Full-body dermatological treatment booths and panels are significantly more expensive.
• Light Source: LED-based neonatal systems cost more upfront than fluorescent models but have dramatically lower operating costs due to longer lamp life and reduced heat.
• Coverage Area: Larger treatment areas (full-body panels, enclosed booths) cost more than targeted handheld devices or single-panel units.
• Brand: Leading neonatal phototherapy manufacturers include GE Healthcare, Natus (now part of Integra), Draeger, and Phoenix Medical. Dermatological phototherapy leaders include Daavlin, National Biological, and Solarc Systems.
• New vs. Refurbished: Refurbished phototherapy units typically cost 25–45% less than new. They undergo irradiance testing, lamp replacement (if needed), timer verification, and safety checks.
• Consumables: Replacement lamps, eye protection, and radiometers for irradiance monitoring are ongoing operational costs.