Светодиодный чип высокой мощности

3W Dual Color Temperature 2-in-1 High Power LED Bead Product Introduction Product Overview This 4-pin dual-color high power LED is integrated with cool white and warm white chips inside a single package, total power reaches 3W with 1.5W for each color. Designed with Lumileds imitation packaging, the component adopts dome high-transmittance silicone lens and aluminum heat sink bracket, delivering even beam spot, superior heat dissipation and low luminous decay. It serves as

2835 Dual Chip Red & Infrared SMD LED for Hair Growth & Hair Removal Equipment Product Overview This 2835 SMD LED adopts dual independent chips inside single package, configurable with 660nm red light matched with optional infrared wavelengths: 810nm, 940nm or 1064nm. Built with high-reflection white inner cavity and standard 2835 plastic frame, the component features low thermal resistance and stable luminous performance. It is a specialized light source customized for hair

5050 Ceramic RGB LED Bead, 4-Chip High Power Medical LED, Multi-Color Phototherapy LED, Skincare Treatment LED Source Product Overview This is a 5050 package high-power LED bead built on high thermal conductivity ceramic substrate, integrated with four independent chips covering red, green and blue wavelengths. Equipped with hemispherical high-transmittance silicone dome lens, it features excellent heat dissipation, stable wavelength consistency and low luminous decay. Custom

Product Introduction: 5050 Ceramic Dual Wavelength LED (660nm Red + 850nm Infrared) Product Overview This dual-chip 5050 LED is assembled with 660nm visible red chip and 850nm infrared chip on high-heat-conductivity ceramic substrate. Equipped with dome high-transmittance silicone lens, it features outstanding thermal performance, stable fixed wavelength and low luminous depreciation, which is customized as dedicated light source for medical phototherapy, skincare beauty

3030 Dual Chip Independent Control SMD LED Red 660nm IR 850nm Flat Lens High Brightness LED for Photon Facial Mask, Skin Rejuvenation & Red Light Physiotherapy Equipment Brief Description This 3030 dual-wavelength SMD LED integrates independent visible red chip and near-infrared chip inside single 3.2×2.95mm plastic package, with fully separated dual-circuit design for independent drive of red light and IR light. Standard flat wide-angle silicone lens delivers even, uniform

2835 Dome 940nm IR LED 30° For Beauty & Physiotherapy Product Overview This dome-shaped 2835 infrared SMD LED measures 3.5×2.8×2.45mm with a convex silicone lens for focused 30° narrow beam. Centered at 940nm invisible IR wavelength without red leakage, rated at 20mA operating current. Optimized for beauty facial devices and infrared physiotherapy lamps, it features high thermal resistance frame for stable long-hour operation, fully RoHS & REACH compliant for automated SMT

2835 dual cavity red IR LED, 660nm 940nm physiotherapy LED, infrared heating therapy SMD LED, wearable hair treatment LED bead Product Overview This split dual-cavity 2835 SMD LED features two isolated independent reflective cups, with red visible chip and infrared emitter chip encapsulated separately in each cavity. Equipped with two separate positive-negative circuits, red light and infrared can be driven and controlled individually. Constructed with high-reflection white

3030 Dual Chip Red+IR LED 660nm+850nm for Red Light Therapy Belt & Facial Beauty Mask Brief Description This 3030 dual-wavelength SMD LED features independent Red and IR bare chips inside one single package, dimension:3.2×3.0×0.67mm, four separate pins with fully isolated two circuits. Red (660nm) and IR (850nm) channels can be powered individually or synchronously. Adopting large-diameter flat silicone lens and high heat dissipation PCB substrate, the LED delivers even wide

3528 Dual Chip Red+IR SMD LED 620~625nm +850~860nm for Beauty & Phototherapy Equipment Brief Description This 3528 dual-spectrum SMD LED features dimension 3.5×2.8×1.54mm with six independent pins and two fully isolated internal circuits for red light and infrared separately. Equipped with 620~625nm visible red chip and 850~860nm near-infrared chip, each channel rated 0.1W at 20mA standard driving current, users can activate single red, single infrared or dual wavelengths