RESEARCH FACILITIES
RESEARCH FACILITIES
Application-Driven Research Infrastructure
Laser-Material Interaction Lab
Core facility for evaluating and optimizing the marking performance of additives under various laser parameters.
Laser Marking Performance Testers
Contrast & Color Measurement Systems
High-Speed Imaging for Process Analysis
Surface Topography Analyzers
Controlled Lighting Assessment Booth
Polymer & Additive Characterization Lab
Comprehensive analysis capabilities for understanding material compatibility, dispersion, and thermal stability.
Application Prototyping Center
Practical testing and small-batch production facility for translating formulations into real-world samples.
Our dedicated facilities provide the focused environment and tools needed to develop and validate high-performance laser marking additives.
Fourier Transform Infrared Spectroscopy (FTIR)
Differential Scanning Calorimetry (DSC)
Melt Flow Index Testers
Dispersion Quality Microscopy
Thermal Gravimetric Analysis (TGA)
Pilot-scale Compounding Lines
Small-Batch Injection Molding Machines
Laser Marking Sample Production Stations
Physical Property Testing Equipment
Color Matching & Blending Systems
ONGOING PROJECTS
ONGOING PROJECTS
Current Research Initiatives
Next-Generation White-on-Black Additives
Next-Generation White-on-Black Additives
Developing enhanced formulations for achieving sharper, more durable white markings on dark engineering plastics, targeting improved contrast and production speed.
High-Temperature Resistant Marking Additives
High-Temperature Resistant Marking Additives
Innovating additive systems that maintain excellent marking quality and consistency under demanding high-temperature processing conditions.
Universal Compatibility Additive Platform
Universal Compatibility Additive Platform
Researching a versatile additive architecture designed to deliver reliable laser marking performance across a wider range of polymer bases.
Explore our active development initiatives focused on advancing laser engraving additive technology and expanding application boundaries.
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All Projects
Material Compatibility
High-Contrast Marking
Process Stability
Color Marking
INNOVATION PIPELINE
TECHNOLOGY DEVELOPMENT PATHWAY
TECHNOLOGY DEVELOPMENT PATHWAY
Track our progress in key technology areas from initial concept toward commercial readiness.
Track our progress in key technology areas from initial concept toward commercial readiness.
Technology Development Phase
Ultra-Fast Laser Marking Additives
Ultra-Fast Laser Marking Additives
Developing formulations optimized for next-generation high-speed laser systems, aiming to significantly increase production throughput.
Next Goal: Pilot-Scale Testing
Application Expansion Phase
Multi-Color & Special Effect Marking
Multi-Color & Special Effect Marking
Advancing technology to enable precise and stable multi-color laser marking, as well as unique visual effects on plastic surfaces.
Next Goal: Customer Sample Validation
Advanced Material Adaptation Phase
Additives for High-Performance Engineering Plastics
Additives for High-Performance Engineering Plastics
Tailoring solutions for challenging high-performance materials (e.g., PEEK, high-glass-fiber composites) to enable clear and durable laser marking.
Next Goal: Formulation Prototyping
ACADEMIC COLLABORATION
ACADEMIC COLLABORATION
Strategic Innovation Partnerships
Joint Industry Development
Partnering with leading manufacturers to co-develop and test tailored additive solutions for specific applications.
University Collaborative Programs
Working with university research groups on fundamental studies of laser-material interactions and new additive mechanisms.
Knowledge & Technology Exchange
Regular technical workshops and seminars to share application knowledge, industry trends, and address common challenges.
Technology Development Pathway
Concept & Feasibility
Initial research and lab-scale validation of new additive concepts.
We foster progress through focused collaborations with academic institutions and industry leaders, translating insights into practical solutions.
Collaborating with academic institutions on fundamental research and technology development
University & Institute Partners
Formulation & Optimization
Developing robust formulations and optimizing for performance, stability, and cost.
Application Testing & Validation
Rigorous testing in simulated and real production environments to ensure reliability.
Our development process is structured to systematically advance from concept to commercial solution.
Technical Talent Development
Fostering practical expertise through project-based collaborations and specialist training
Contributing to technical advancements shared through industry forums and knowledge exchange
Joint Research & Publications
Building proprietary technology systems through cooperative innovation
Intellectual Property Development
Questions or Consulting
We are dedicated to delivering excellence in every solution and look forward to partnering with you for success.
Guangdong Dazzling Jewelry New Materials Science and Technology Co.,Ltd
Guangdong Dazzling Jewelry New Materials Science and Technology Co.,Ltd
Contact Person: Alence / Jenny Wang
E-mail: guangfengpang@gmail.com / JennyWang1687@outlook.com
Tel: 86-0769-87778510 / 86-15577119749 / 86-19250561332
Add: Room 904, No.4, Tian'an Digital City,Fenggang Town, Dongguan City, Guangdong Province
Leading the future of materials science through advanced R&D capabilities and precision manufacturing excellence.
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Room 904, No.4, Tian'an Digital City,Fenggang Town, Dongguan City, Guangdong Province
86-0769-87778510
guangfengpang@gmail.com / JennyWang1687@outlook.com
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