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| Key Atributes | Values | Key Atributes | Values |
| Color Temperature | CREE all series color temp. products | Luminous Efficacy | Customized. We can design high luminous efficiency according to request |
| Width/Length | Customized | Warranty | 5 years |
| Brand Name | GUOLI / Customized | Emitting Color | Customized |
| Lens | Available | Water proof | Available option, We have process of applying waterproofing adhesive |
| Radiator | AL | CRI | CREE all series CRI |
| Certification | UL(CUL), IS09001&IS014001, IATF16949, REACH, RoHS | PCB surface process | OSP/HASL |
| Copper thickness | 0.5-3oz | PCB material | FR-4/Aluminum |
| Input | DC/AC | Light Source | LED |
| Support Dimmer | Available | Board Thickness | 0.2-4mm |
| DOB | Available | Service | One-stop turnkey service |
| LED CHIPS | CREE, QTY customized | Colour Accuracy Initially | Min. 3 SDCM |
| Power | Customized | ZHAGA | Available |
Product Features
* Leading Core Performance Indicators
* High Color Rendering.
* Precise and Consistent Color Temperature.
* Excellent thermal management design.
* Strong application adaptability
Cree LED chips and Cree PCB LED modules excel in the high-end lighting field thanks to their core chip technology, packaging processes, and integrated design advantages. Their features and advantages focus on high luminous efficacy, high color rendering index, high reliability, as well as excellent integration, thermal management, and wide compatibility. We have extensive and in-depth cooperation with Cree LED chips, allowing customers to directly purchase competitively priced Cree LED chips from us, or purchase them as a complete set with our PCB modules.
CREE LED Chip Features and Advantages:
Leading Core Performance Indicators
High Luminous Efficacy: Cree LED chips achieve a luminous efficacy of over 160 lm/W, with some high-end models such as the XHP70.3 even exceeding 180 lm/W, far surpassing the industry average. This allows for higher brightness output at the same power, significantly reducing energy consumption.
High Color Rendering: Most models have a Color Rendering Index (CRI) ≥ 80, with high-end models reaching 95+. Excellent R9 (Red Reproduction Index) performance ensures accurate color reproduction, making them suitable for demanding applications such as museums, stage lighting, and commercial lighting.
Precise and Consistent Color Temperature: Color temperature ranges from 2700K (warm white) to 6500K (cool white), employing strict spectral and color separation standards to minimize color tolerance, resulting in no noticeable color difference in mass production applications.
Advantages in Packaging and Structural Design: Diverse Packaging Options: Includes small-size packages (such as the 3.45×3.45mm XPEBRY-L1) and ceramic packages (XY-3535XPE-3W, 3535 specification), adapting to different power and space requirements. Ceramic package models offer a large heat dissipation area, suitable for high-power applications.
High reliability with single-chip packaging: Single-chip packaging reduces the number of gold wire bonding connections, lowering the probability of quality defects by 60%. It avoids the "light loss" and "power competition" problems associated with multi-chip packaging, keeping the light decay rate below 30% and extending the lifespan to over 50,000 hours.
Excellent thermal management design: Some models (such as XLamp XE-G) are equipped with large-size electrically isolated thermal pads that can be directly connected to heat sinks. This short heat conduction path ensures stable performance even under high current.
Strong application adaptability: Offering 18 different LED colors with uniform package size, it facilitates RGBW mixing system design, making it the preferred choice for stage lighting, architectural lighting, and other colored lighting applications.
Stable operating voltage of 3.0-3.6V, good current adaptability, and compatibility with mainstream driver circuits make it suitable for various scenarios such as automotive lighting, security lighting, and UV curing.
Features and Advantages of our Cree PCB LED Modules
Integrated Design, Stable Performance
Core Light Source: Cree Original LED Chips: The modules directly use Cree high-efficiency chips, achieving a luminous efficacy of over 134 lm/W. Some high-power modules can output nearly 1600 lumens while maintaining high color rendering.
High Circuit Integration: LED chips, driver circuitry, and heat dissipation structures are integrated into the PCB. Some models also integrate power decoupling and ground plane designs to reduce electromagnetic interference and meet the integrated control needs of printers, stage lights, and other equipment.
Thermal Management and Optimized Heat Dissipation
High-End Substrate Selection: Utilizing ceramic substrates (aluminum nitride/alumina) or aluminum substrates, with thermal conductivity reaching over 20W/m・K, combined with heat-through holes and copper coin technology, heat can be quickly dissipated, preventing module thermal decay.
Innovative Heat Dissipation Structure: Some modules use double-sided PCBs instead of traditional aluminum substrates, dissipating heat through air convection, eliminating the need for a heat sink, while ensuring the LED junction temperature remains stable below 85℃.
Outstanding Adaptability and Protection Performance
Modular Splicing for Flexible Application: Can be spliced into strip, ring, and other shapes to suit the size and shape requirements of various devices such as flatbed printers, cylindrical printers, and outdoor lighting.
High Protection Rating: Utilizes a plastic coating process, achieving an IP65 protection rating, providing moisture-proof, waterproof, dustproof, and impact-resistant capabilities, suitable for outdoor industrial environments.
Long Lifespan and Low Maintenance Costs
Lifespan exceeds 35,000 hours with an extremely low failure rate; employs a switching constant current drive, ensuring consistent brightness across the entire module series, eliminating the need for frequent adjustments and component replacements.
High-precision PCB circuitry, meticulous via design, and high-reflectivity ink on the surface reduce light loss and further enhance module luminous efficiency.
Application
Outdoor High power lights, Commercial lights, Flashlight, Indoor lights
Our Customers Reference
Our PCB Prodcution Site
Our PCBA Prodcution Site
Packing and Shiping
| Key Atributes | Values | Key Atributes | Values |
| Color Temperature | CREE all series color temp. products | Luminous Efficacy | Customized. We can design high luminous efficiency according to request |
| Width/Length | Customized | Warranty | 5 years |
| Brand Name | GUOLI / Customized | Emitting Color | Customized |
| Lens | Available | Water proof | Available option, We have process of applying waterproofing adhesive |
| Radiator | AL | CRI | CREE all series CRI |
| Certification | UL(CUL), IS09001&IS014001, IATF16949, REACH, RoHS | PCB surface process | OSP/HASL |
| Copper thickness | 0.5-3oz | PCB material | FR-4/Aluminum |
| Input | DC/AC | Light Source | LED |
| Support Dimmer | Available | Board Thickness | 0.2-4mm |
| DOB | Available | Service | One-stop turnkey service |
| LED CHIPS | CREE, QTY customized | Colour Accuracy Initially | Min. 3 SDCM |
| Power | Customized | ZHAGA | Available |
Product Features
* Leading Core Performance Indicators
* High Color Rendering.
* Precise and Consistent Color Temperature.
* Excellent thermal management design.
* Strong application adaptability
Cree LED chips and Cree PCB LED modules excel in the high-end lighting field thanks to their core chip technology, packaging processes, and integrated design advantages. Their features and advantages focus on high luminous efficacy, high color rendering index, high reliability, as well as excellent integration, thermal management, and wide compatibility. We have extensive and in-depth cooperation with Cree LED chips, allowing customers to directly purchase competitively priced Cree LED chips from us, or purchase them as a complete set with our PCB modules.
CREE LED Chip Features and Advantages:
Leading Core Performance Indicators
High Luminous Efficacy: Cree LED chips achieve a luminous efficacy of over 160 lm/W, with some high-end models such as the XHP70.3 even exceeding 180 lm/W, far surpassing the industry average. This allows for higher brightness output at the same power, significantly reducing energy consumption.
High Color Rendering: Most models have a Color Rendering Index (CRI) ≥ 80, with high-end models reaching 95+. Excellent R9 (Red Reproduction Index) performance ensures accurate color reproduction, making them suitable for demanding applications such as museums, stage lighting, and commercial lighting.
Precise and Consistent Color Temperature: Color temperature ranges from 2700K (warm white) to 6500K (cool white), employing strict spectral and color separation standards to minimize color tolerance, resulting in no noticeable color difference in mass production applications.
Advantages in Packaging and Structural Design: Diverse Packaging Options: Includes small-size packages (such as the 3.45×3.45mm XPEBRY-L1) and ceramic packages (XY-3535XPE-3W, 3535 specification), adapting to different power and space requirements. Ceramic package models offer a large heat dissipation area, suitable for high-power applications.
High reliability with single-chip packaging: Single-chip packaging reduces the number of gold wire bonding connections, lowering the probability of quality defects by 60%. It avoids the "light loss" and "power competition" problems associated with multi-chip packaging, keeping the light decay rate below 30% and extending the lifespan to over 50,000 hours.
Excellent thermal management design: Some models (such as XLamp XE-G) are equipped with large-size electrically isolated thermal pads that can be directly connected to heat sinks. This short heat conduction path ensures stable performance even under high current.
Strong application adaptability: Offering 18 different LED colors with uniform package size, it facilitates RGBW mixing system design, making it the preferred choice for stage lighting, architectural lighting, and other colored lighting applications.
Stable operating voltage of 3.0-3.6V, good current adaptability, and compatibility with mainstream driver circuits make it suitable for various scenarios such as automotive lighting, security lighting, and UV curing.
Features and Advantages of our Cree PCB LED Modules
Integrated Design, Stable Performance
Core Light Source: Cree Original LED Chips: The modules directly use Cree high-efficiency chips, achieving a luminous efficacy of over 134 lm/W. Some high-power modules can output nearly 1600 lumens while maintaining high color rendering.
High Circuit Integration: LED chips, driver circuitry, and heat dissipation structures are integrated into the PCB. Some models also integrate power decoupling and ground plane designs to reduce electromagnetic interference and meet the integrated control needs of printers, stage lights, and other equipment.
Thermal Management and Optimized Heat Dissipation
High-End Substrate Selection: Utilizing ceramic substrates (aluminum nitride/alumina) or aluminum substrates, with thermal conductivity reaching over 20W/m・K, combined with heat-through holes and copper coin technology, heat can be quickly dissipated, preventing module thermal decay.
Innovative Heat Dissipation Structure: Some modules use double-sided PCBs instead of traditional aluminum substrates, dissipating heat through air convection, eliminating the need for a heat sink, while ensuring the LED junction temperature remains stable below 85℃.
Outstanding Adaptability and Protection Performance
Modular Splicing for Flexible Application: Can be spliced into strip, ring, and other shapes to suit the size and shape requirements of various devices such as flatbed printers, cylindrical printers, and outdoor lighting.
High Protection Rating: Utilizes a plastic coating process, achieving an IP65 protection rating, providing moisture-proof, waterproof, dustproof, and impact-resistant capabilities, suitable for outdoor industrial environments.
Long Lifespan and Low Maintenance Costs
Lifespan exceeds 35,000 hours with an extremely low failure rate; employs a switching constant current drive, ensuring consistent brightness across the entire module series, eliminating the need for frequent adjustments and component replacements.
High-precision PCB circuitry, meticulous via design, and high-reflectivity ink on the surface reduce light loss and further enhance module luminous efficiency.
Application
Outdoor High power lights, Commercial lights, Flashlight, Indoor lights
Our Customers Reference
Our PCB Prodcution Site
Our PCBA Prodcution Site
Packing and Shiping
