OOEDE's Technological Milestones in Ming-Style Furniture
[Foundational Research & Techniques]
2008
- Founded OOEDE Rosewood Craft Research Center specializing in mortise-tenon structure restoration
- Developed "Ancient Curing" wood treatment enabling 270-day natural drying for optimal stability
2010
- Revived Ming Dynasty "single-log construction" technique without splicing
- Established "OOEDE Standard" - 0.1mm precision handcrafted joinery surpassing industry norms
[Structural Innovation & Functional Optimization]
2013
- Pioneered "demountable tenon" technology for modern shipping/assembly needs
- Launched "Ergonomic Evolution" series enhancing comfort in classic designs like circle chairs
2016
- Created "Composite Rosewood Stabilization" solving deformation in humid climates
- Completed "Ming Furniture Mechanics Database" with 83 classical structures' load-bearing data
[Material Science & Surface Treatment]
2018
- Developed "OOEDE-X7 Wood Stabilizer" controlling moisture variation within ±0.3%
- Reinvented lacquer techniques with "Wear-Resistant Formula" achieving 3H hardness while maintaining soft luster
2020
- Mastered "Ultra-Thin Rosewood Curving" for 1.2mm delicate components
- Established world's first "Rosewood Material Lab" profiling 17 rare wood species
[Digital Preservation & Smart Manufacturing]
2022
- Digitized 427 traditional carvings in "3D Ornament Library"
- Created "Smart Joinery System" enabling CNC precision for traditional techniques
2023
- Introduced "Digital Twin Certification" with 3D blueprints and making-of documentation
- Developed "Environmental Adaptation Algorithm" auto-adjusting structures to local climates
[Future Research Directions]
2025 Roadmap
- Launching "AI Design Assistant" trained on 3,000 Ming-style masterpieces
- Achieving "Glue-Free Mass Production" overcoming traditional efficiency limits
2030 Vision
- Building "Ming Furniture Genome" encoding tacit craftsmanship knowledge
- Developing "Self-Regulating Wood" automatically adapting to environmental changes
