FOR COMPONENT BUYERS
Semiconductors & optical modules
Build your bill of materials around wavelength, optical power, package, thermal design and application constraints.
Browse the product platform
PHOTONIC SEMICONDUCTORS · LIGHT ENGINES · OEM/ODM
From chip to
application-ready light.
Custom emitters, optical modules and engineering support for sensing, medical beauty and intelligent devices.
Visible LEDInfrared LEDVCSELCustom modules
Integration pathDie → Package → Module → Device
Component-to-systemOne engineering conversation
Application-firstSpecs shaped around the use case
Model-specificDocuments matched to the selected part
Global B2BSamples, projects and distribution
B2B PATHWAYS
Choose your development path
Two buyer journeys, one photonics platform. Component teams can source emitters and modules; device brands can move into a managed OEM/ODM program.
FOR DEVICE BRANDS
Medical beauty OEM / ODM
Develop light-based beauty and personal-care devices with optical, thermal, industrialization and manufacturing support.
Plan an OEM/ODM projectPRODUCT PLATFORM
Specify the light source, then scale the integration.
The catalog is organized by buyer decision—not internal technology labels—so engineering teams can move from emitter selection to a qualified module request.
Open the full product centerSemiconductors
01
AlGaInP visible emitters
Red and yellow wavelength families for indicators, displays, sensing and light-based applications.
- Die / packaged options
- Wavelength selection
- Binning discussion
02
InGaN visible emitters
Blue and green wavelength families for indicators, specialty lighting and optical systems.
- Application-matched package
- Thermal review
- Sample evaluation
03
Infrared LED
Infrared emitters for sensing, illumination, machine vision and device integration.
- Wavelength by project
- Radiant output review
- Package & optics
04
VCSEL platform
Vertical-cavity laser sources for proximity, time-of-flight, structured illumination and custom modules.
- Emitter / array path
- Driver coordination
- Optical integration
Modules & light engines
01
LED arrays & COB engines
Multi-emitter layouts engineered around coverage, thermal path and assembly requirements.
- Emitter mix
- Board architecture
- Thermal interface
02
VCSEL modules
Integrated source, optics and drive coordination for compact sensing or illumination assemblies.
- Beam requirement
- Safety review input
- Evaluation sample
03
Beauty light engines
Custom light-source assemblies for wearable, handheld and professional beauty-device concepts.
- Uniformity target
- Heat & comfort
- Form-factor fit
04
Custom optical modules
Application-specific assemblies combining emitters, optics, electronics and mechanical interfaces.
- DFM review
- Prototype build
- Production transfer
APPLICATIONS
One photonics core, multiple market paths.
The site keeps chips and medical beauty together because the value chain is continuous. Each application has its own technical entry point, evidence requirements and commercial workflow.
Sensing & machine vision
Emitter selection, illumination geometry and compact module integration.
Medical beauty
Light engines and device programs for photobiomodulation and beauty concepts.
Consumer electronics
Compact visible and infrared sources for intelligent device features.
Specialty illumination
Wavelength-specific platforms for industrial and application-defined lighting.
CAPABILITY ENVIRONMENTS
A complete story from wafer to global delivery.
These original campaign visualizations communicate the operating environments relevant to a photonics supplier. They are not documentary photographs of a specific CECL site, team or exhibition and will be replaced as verified photography becomes available.
01
Technology campus
A brand visualization for the scale and operating environment expected by global B2B programs.
Original brand visualization
02
Cleanroom production
Wafer handling, die inspection and precision manufacturing workflow visualization.
Original brand visualization
03
Optical laboratory
A measurement environment covering optical power, beam, thermal and microscopic inspection.
Original brand visualization
04
Quality & delivery
Inspection, anti-static handling, moisture protection, packing and dispatch workflow.
Original brand visualization
05
Engineering collaboration
Application, optics, electronics, industrialization and export requirements reviewed together.
Original brand visualization
06
Global buyer engagement
A campaign visualization of component, module and beauty-device sourcing conversations.
Original brand visualizationMEDICAL BEAUTY & PERSONAL CARE
Turn a wavelength brief into a manufacturable device program.
A separate device pathway lets brand owners discuss form factor, optical uniformity, heat, controls, production targets and market documentation without navigating a component catalog.
Emitter Optics Thermal Controls Device
Example program directions
LED facial wearables
Uniform light delivery, comfort, controls and manufacturability.
Scalp & hair-care devices
Wearable optical architecture, thermal comfort and usage design.
Targeted handheld devices
Portable form factor, interchangeable optics, charging and accessory planning.
Professional treatment panels
Coverage, serviceability, control zones and production planning.
DEVICE PLATFORM CONCEPTS
Four product directions, one configurable optical core.
These original concept visuals show how CECL emitter and light-engine capabilities may translate into branded device programs. Final appearance, optical parameters, claims and compliance route are defined project by project.
Flexible facial wearables
Multi-wavelength layouts shaped around facial coverage, eye protection, fit and thermal comfort.
Configurable by projectScalp-care systems
Dense optical arrays, wearable geometry, session control and heat-management planning.
Configurable by projectHandheld treatment devices
Compact emitters and optics for targeted coverage, charging, controls and accessory ecosystems.
Configurable by projectProfessional light panels
Zoned illumination, serviceable modules and scalable mechanical architecture for professional environments.
Configurable by projectOEM / ODM WORKFLOW
A reviewable path from brief to production.
Each gate produces a concrete decision: requirements, optical architecture, prototype, validation package and manufacturing release.
Brief
Application, market, volume stage and commercial target.
Architecture
Emitter, optics, electronics, thermal and mechanical concept.
Prototype
Evaluation unit or device sample for agreed test objectives.
Validation
Performance, reliability and market-document review plan.
Pilot
Process confirmation, inspection criteria and limited build.
Production
Approved specification, change control and supply planning.
PHOTONICS KNOWLEDGE
Technical answers for better sourcing decisions.
Original industry articles connect component selection, device engineering and market documentation. They are written for brand owners, distributors and engineering teams—not for keyword stuffing.
01
Wavelength selection for a light-based beauty device
A practical framework for turning a desired use case into emitter, optical and validation requirements.
Read article02
From LED or VCSEL chip to a manufacturable light engine
Why package, optics, drive, heat and mechanical integration should be reviewed as one system.
Read article03
What documents should a phototherapy-device buyer request?
Separate component test reports, device verification and destination-market evidence before placing an order.
Read article04
940 nm VCSEL selection guide for sensing projects
Compare optical power, pulse conditions, beam, efficiency and thermal limits before requesting samples.
Read article05
How to compare LED chips beyond wavelength and price
A procurement checklist for bins, output, voltage, test conditions and change control.
Read article06
LED face mask OEM/ODM engineering checklist
Settle optics, thermal comfort, controls, validation and manufacturing inputs before tooling.
Read articleTRUST & DOCUMENTATION
Credibility should be attached to a model—not a slogan.
This site avoids unverified performance and certification claims. Buyers can review supplied business records, SGS reports and product catalogs, then request the documentation set for the exact part and target market.
Open document centerTechnical file
Datasheet, drawing, operating limits and handling information for the selected model.
Quality evidence
Inspection approach, reliability items and traceability scope available by product program.
Market documentation
Applicable declarations, reports or planning inputs reviewed against device and destination market.
VERIFICATION LIBRARY
Source documents buyers can open and review.
Original files supplied for this website are grouped by purpose. Test results apply to the submitted LED chip sample and the scope stated in each report; they are not blanket certification for every product or finished device.
Company registration
CECL (Sichuan) Technology Group Co., Ltd.
Copy supplied by the company · verify against the official registryView originalSGS test reports · LED chip
Nov 21, 2025
EU RoHS
SGS · CANEC25028451601 / 1602
Conclusion: Pass
Nov 25, 2025
REACH SVHC screening
SGS · CANEC25028451603
251 Candidate List SVHC and 4 potential SVHC: ≤ 0.1% (w/w)
Nov 21, 2025
Halogen
SGS · CANEC25028451605 / 1606
F, Cl, Br and I reported ND at the stated method detection limits
Nov 21, 2025
US EPA TSCA Section 6(h) · PBT
SGS · CANEC25028451607 / 1608
Conclusion: Pass
2025 Q2 product catalogs
VCSEL laser chip catalog
Proximity, medical beauty, obstacle avoidance, liquid level and industrial sensing applications.
AlGaInP red & yellow LED chip catalog
Visible red, orange, yellow and yellow-green families, plus selected infrared series.
InGaN blue & green LED chip catalog
Lighting, display, backlight, automotive and visible blue/green product families.
BUYER FAQ
Questions procurement and engineering teams ask first.
01Can we buy components without starting an OEM project?
Yes. Component and module inquiries follow their own sample, specification and quotation path.
02Can one project start at the chip level and move into a module?
Yes. That continuity is the main reason the two businesses share one B2B website.
03Are medical or market certifications already included?
Certification applicability depends on the final device, claims and destination market. Evidence should be reviewed for the exact configuration.
04What information is needed for a first review?
Application, preferred wavelength or effect, physical constraints, estimated volume stage, target market and timeline are enough to begin.
START A PROJECT
Send a technical brief. We’ll route it to the right product path.
Share what is already known—application, wavelength, package or device concept, volume stage and destination market. Missing details can be resolved during engineering review.
No certification or performance assumption is made before model review.