Quantify each particle's shape. Achieve quality stability, yield improvement, and lifespan extension through data.
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From drug dissolution to battery output and ceramic strength — final product performance heavily depends on particle shape. Managing shape with data elevates quality to the next level.
Stabilize dissolution and formability with data
Particle shape directly affects drug release rates and tablet manufacturability. Even sensory attributes like 'mouthfeel' and 'texture' can now be objectively evaluated through shape data.
Performance impacts:
Key shape parameters:
Maximize yield through optimal packing and uniform sintering
Particle packing density and sintering shrinkage are heavily influenced by shape. Angular or irregular particles cause unexpected voids and cracks. Uniform shapes enhance final product strength and reliability.
Performance impacts:
Key shape parameters:
Achieve high output and longevity through particle shape
Cathode and anode particle shapes determine ion mobility (power characteristics) and electrode stability (lifespan). Optimizing and managing shape maximizes battery performance.
Performance impacts:
Key shape parameters:
Design texture and functionality at the microscale
Foundation spreadability, paint gloss, and coating durability all depend on powder particle shape. Spherical particles provide smooth application, while plate-like particles offer superior coverage.
Performance impacts:
Key shape parameters:
Stabilize dissolution and formability with data
Particle shape directly affects drug release rates and tablet manufacturability. Even sensory attributes like 'mouthfeel' and 'texture' can now be objectively evaluated through shape data.
Performance impacts:
Key shape parameters:
Maximize yield through optimal packing and uniform sintering
Particle packing density and sintering shrinkage are heavily influenced by shape. Angular or irregular particles cause unexpected voids and cracks. Uniform shapes enhance final product strength and reliability.
Performance impacts:
Key shape parameters:
Achieve high output and longevity through particle shape
Cathode and anode particle shapes determine ion mobility (power characteristics) and electrode stability (lifespan). Optimizing and managing shape maximizes battery performance.
Performance impacts:
Key shape parameters:
Design texture and functionality at the microscale
Foundation spreadability, paint gloss, and coating durability all depend on powder particle shape. Spherical particles provide smooth application, while plate-like particles offer superior coverage.
Performance impacts:
Key shape parameters:
Morfolia is software that revolutionizes particle and powder shape analysis with AI technology. Simply upload microscopic images with no complex settings required. Anyone can easily achieve expert-level precise analysis and create visually excellent reports. Make your analysis work smarter and more efficient.
Our proprietary AI completes everything from contour extraction to shape parameter calculation with one click. Eliminate human variation.
No need to purchase or set up dedicated workstations as it is online software.
Data is encrypted with AES-256 during storage and TLS during transfer.
Download CSV data of analysis results for use in your own analysis.
Please feel free to send us questions or consultations about our services.
