MEDICAL BEAUTY & PERSONAL CARE
We provide VCSEL, selected laser diode products, PCB-level light-source layout, multi-wavelength packaging and OEM optical source platform support for medical beauty and personal care device development, with a focus on hair growth devices, photonic facial masks and related care products.
This solution focuses on two product platforms: hair growth caps, helmets, combs and other scalp-care devices; and photonic facial masks, facial care devices, neck care, chest care and eye-bag care products based on PCB form-factor adaptation.
APPLICATION PLATFORMS
This solution focuses on two OEM-oriented platforms: hair growth device optical sources and photonic facial mask PCB platforms.
Hair growth platforms can extend from caps to helmets, combs and scalp-care wearables. Photonic facial mask PCB platforms can extend to facial, neck, chest and eye-bag care devices by changing PCB shape, emitter layout and wavelength combination.
WAVELENGTH & PCB STRATEGY
Medical beauty and personal care light-source projects usually require a system-level match between wavelength combination, PCB shape, source package, drive method, thermal path and product structure.
Hair growth devices are mainly built around red-light wavelengths, with NIR options such as 780nm, 808nm and 1064nm discussed by product design. Caps, helmets and combs mainly differ in PCB shape, emitter layout and structure fit.
Photonic facial masks can be developed around a 4D multi-wavelength PCB platform, with 5D / 6D wavelength configurations discussed by OEM product positioning, PCB layout and light-source package.
Neck, chest and eye-bag care devices can extend from the facial mask PCB platform. The main changes are PCB form factor, emitter layout, product contact area and wavelength combination.
For selected multi-wavelength PCB platforms, VCSEL + VCSEL wavelength integration can be discussed. LED + VCSEL hybrid source structures can also be used to balance wavelength mix, cost, beam distribution and OEM product design.
Low-power VCSELs can support PCB-level personal care source platforms with multi-point layout, multi-wavelength combination, compact package design and lightweight product structures.
Related source directions such as red light blankets, full-body light panels, compact beauty pens and high-power hair removal modules can be discussed by project. This page mainly focuses on hair growth and facial mask platforms.
PRODUCT & OEM CAPABILITY
We support VCSEL and selected laser diode components, PCB-level light-source layout, multi-wavelength packaging, VCSEL + VCSEL integration, LED + VCSEL hybrid sources, COB modules and OEM optical source platform development.
PCB-level light-source layout experience for hair growth cap products, including emitter count, wavelength combination, PCB shape, drive method and thermal path discussion.
A 4D photonic facial mask PCB platform foundation is available, with 5D / 6D wavelength configuration, emitter layout and package combination discussions by OEM product positioning.
Multi-wavelength source platforms can be discussed for up to 6-in-1 wavelength integration for facial masks, scalp-care devices and other personal care optical source platforms.
VCSEL + VCSEL multi-wavelength integration and LED + VCSEL hybrid source structures can be discussed according to wavelength mix, cost, beam distribution and PCB platform needs.
Available COB directions include 808nm 66W and 1064nm 60W modules. Higher-power or dual-wavelength COB source discussions can be arranged with suitable chips and thermal paths.
OEM projects can be discussed around PCB form factor, emitter quantity, wavelength combination, package form, drive method, thermal path and final device assembly needs.
EVALUATION & DOCUMENTATION
Medical beauty and personal care projects often require product samples, PCB-level source discussion, laser safety files, material compliance documents and market-entry documentation planning.
For selected low-power VCSEL and laser diode series, available FDA CDRH-related files can help applicable low-power product customers prepare laser product reporting materials more efficiently.
NEXT STEP
Send us your target wavelength, output power, operation mode, array layout, package preference, collimation or diffuser needs, working distance, spot size and application direction. We will check the suitable wafer-level, package, optical or module path.
