Innovation & R&D System
Building Core Technologies and Achievements Across Multiple Fields
MOKI invests 10% of annual revenue in R&D with a 150+ member scientific and engineering team focused on atomization manufacturing, new materials, and other core fields. We have delivered hundreds of new product developments and accumulated 100+ core technology solutions, continuously strengthening our in-house R&D capabilities.
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100+
Core Technology Solutions
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150+
R&D Team Size
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200+
Annual New Product Developments
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10%
R&D Investment Ratio
Atomization Technology Research Platform
Focused on atomization technology, materials science, and intelligent control, we continuously advance core technology R&D and product innovation, building an integrated R&D system spanning fundamental research, product development, and technical validation.
Core Research Directions
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Heating Technology
Heating Technology
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Atomization Technology
Atomization Technology
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Atomization Mechanism
Atomization Mechanism
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Vaporization
Vaporization
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Functional Substances
Functional Substances
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New Polymer Fibers
and Their Nonwoven Materials
New Polymer Fibers
and Their Nonwoven Materials
MiiMU Ceramic Core Atomization Technology Platform
Focused on Next-Generation Ceramic Atomization Technology R&D
Combining the strengths of ceramic and mesh coils for a more stable, efficient atomization experience
Key Data of the MiiMU Ceramic Core Solution
5-10μm
Oil-Locking Layer Pore Size
Oil-conducting layer 10-40μm · Porosity 70%
0.25s
Rapid Mist Onset
Oil wicking rate 0.1443 g/s
≥95%
Flavor Fidelity
2500-puff decay ≤7%
≥95%
E-liquid Compatibility
Full-range VG30-VG80 compatibility
Four Core Technologies of the MiiMU Ceramic Core Solution
Precise Pore Control, Stable Oil Supply
Micro-composite multi-level pore structure
Precise pore size control delivers superior capillary oil-locking force, preventing leaks at the source with stable, low-fluctuation oil supply. This creates a closed-loop experience of "stable liquid supply → stable atomization → even flavor release," achieving perfect harmony where sweetness and aroma complement each other.
Instant Mist, Cyclic Flavor Release
Efficient matching of transient oil wicking and heating
Oil supply and heating are fully synchronized with instantaneous ceramic substrate response; oil absorption exceeds 40% of total mass, creating a virtuous cycle of "oil in place → high-temperature atomization → flavor release" with distinct flavor layers—pure, full-bodied taste from the very first puff.
Fine Atomization, Pure Taste
Premium atomization experience
Aerosol median particle size is precisely controlled at 1.8-2.6μm with uniform distribution, delivering an exceptionally smooth, particle-free taste. Full-domain temperature difference ≤3℃ ensures even heating without hot spots for pure, stable atomization quality in every puff.
High Durability, Long-Lasting Stability
Enduring quality assurance
Carbon buildup after continuous full-tank vaping is ≤5%, 42% lower than conventional ceramics; full-cycle decay over 2500 puffs is ≤7% with consistent taste throughout. Durable and reliable, suitable for mass production.
Core Technical Specifications · Data Overview
≥95% mainstream e-liquid compatibility, VG30-VG80 full range
Stable oil supply for high-VG liquids · Authentic flavor and sweetness
Atomization Performance
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0.1443
Oil wicking rate g/s
0-0.5s transient wicking, oil absorption above 40%
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0.25s
Rapid Mist Onset
0.3s to peak temperature, ≤3℃ full-domain difference
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≥95%
Flavor Fidelity
Sweetness in aroma, aroma in sweetness—perfect harmony
Atomization Quality
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1.8-2.6
Aerosol D50 μm
Uniform particle distribution for exceptionally smooth, particle-free taste
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≤3℃
Full-Domain Temperature Difference
Thermal conductivity ≤0.4W/mk, even heating without hot spots
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≤7%
2500-puff decay
Stable atomization concentration throughout, no taste "drop-off"
Durability & Reliability
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≥32
Flexural strength MPa
Excellent mechanical properties at room temperature, durable and reliable
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<0.3%
Mass-Production Breakage Rate
Stable quality in mass production with high yield
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≤5%
Carbon Buildup Coverage
42% lower than conventional ceramics, excellent in continuous full-tank vaping