New product release | Smed 3030 Molding red light product accurately empowers medical beauty phototherapy

According to QYResearch research data, the global aesthetic medicine phototherapy lamp and equipment market size will be approximately US$1.008 billion in 2025, and is expected to grow to US$1.511 billion by 2032, with a compound annual growth rate (CAGR) of 6.0% from 2026 to 2032.

At the same time, industry supervision is accelerating towards professionalization. In 2025, the State Food and Drug Administration will clearly incorporate LED red light phototherapy equipment into the management of Class II medical devices, promote multi-wavelength composite light sources to become the core of research and development, and accelerate the transformation of home phototherapy equipment from "small household appliances" to "medical grade" products. As a result, the LED phototherapy market is moving from the pure pursuit of scale expansion to a new competition stage with "compliance and access, safety and reliability, and efficacy verification" as the core.

At this critical juncture, a stable and efficient red LED light source that has passed authoritative life tests has become the core competitiveness of the brand to seize the new blue ocean of medical beauty phototherapy. Smede, a subsidiary of Hongli Zhihui Group, has launched the 3030 Molding red light product. With its four core advantages of high adaptability, high power density, high stability and high reliability, it helps medical and aesthetic phototherapy equipment move to a new level of more efficiency, durability and safety.

1. Core highlights

1. High adaptability: compatible with mainstream medical and aesthetic PCB designs

Standard 3.0×3.2mm package, perfectly compatible with existing medical and aesthetic phototherapy modules and flexible PCB boards. There is no need to modify the circuit or structure, significantly reducing the development and replacement costs of professional and home beauty devices. Supports multi-lamp bead matrix arrangement to facilitate planar uniform light therapy.

2. High radiation power: Still efficient under high current, ensuring sufficient energy dose

660nm characteristic wavelength, radiated power up to 450mW at 300mA drive current, meeting higher power density requirements. It still maintains excellent photoelectric conversion capabilities under high current conditions, meeting the high energy dose required by professional phototherapy devices and power masks. Under the same energy consumption, more effective red light irradiance is obtained and the time of a single treatment is shortened.

3. High stability: PPL technology protects harsh medical-grade environments

Equipped with PPL (high protective layer) technology, it has excellent resistance to vulcanization and ultraviolet rays. It is especially suitable for repeated use, high temperature, high humidity and disinfectant-containing environments. It has long-term light color stability and is not prone to light decay. Ensure that the luminous wavelength of the beauty instrument always accurately falls within the 660nm±5nm golden window during long-term use.

4. High reliability: ultra-long LM-80 life, reducing after-sales and maintenance costs

Passing the LM-80 authoritative life test, the light decay is minimal after long-term use. Significantly reduce the frequency of lamp replacement and after-sales service for professional medical beauty institutions and home beauty device brands. Provide reliable optical life data support for medical device-level certification (such as CE, FDA registration).

2. Core Technology

1. Vertical chip technology

High power density and small light-emitting surface facilitate the precise arrangement of multiple lamp beads in beauty devices; low thermal resistance and stable light intensity avoid the risk of burns from "hot spots".

2. Silicone lens design

Integrated dispensing process, 120° uniform light shape, it can maintain the consistency of light distribution and reduce dark areas when it fits the curved surface of the face or body.

3. Reliable packaging technology

Excellent anti-sulfurization and anti-corrosion performance, low thermal resistance design, suitable for medical alcohol and ultraviolet disinfection processes, and low light attenuation after long-term use.

4. High-power packaging technology

Under high current, the junction temperature is lower and the heat loss is small, ensuring that the professional-grade high-power phototherapy device does not overheat during continuous operation for a long time, improving patient comfort.

3. Application scenarios

1. Household LED beauty mask/phototherapy mask

Uniform 120° light emission, low thermal resistance design, safe contact with skin, no degumming or color shift after long-term use.

2. Professional medical aesthetic phototherapy device (red light/red-yellow light)

High current drive + high radiation power, quickly reaching effective treatment energy density, used for acne removal, anti-aging, and postoperative repair.

3. Hair growth cap / scalp phototherapy device

660nm promotes blood circulation of hair follicles, and its high reliability meets long-term wearing needs.

4. Handheld beauty instrument

The standard package is compatible with small-volume design, and the PPL process resists skin care product residue and sweat erosion.

In the future, Smede will continue to deepen its efforts in the field of medical and aesthetic phototherapy, accelerating technology iterations around key directions such as precise control of medical-grade spectra, integration of multi-wavelength composite light sources, intelligent temperature control and reliable packaging, promoting the evolution of red light products in a more precise, safer and smarter direction, and helping downstream medical and aesthetic equipment manufacturers to obtain medical device-level certification faster. At the same time, Smart will rely on its strong large-scale intelligent manufacturing capabilities to create value with more industry chain partners to jointly promote the global LED lighting industry towards a future of higher quality and wider applications.