Formosa Pharmaceuticals Technology
Technology Advantages|APNT® nanoparticle formulation platform
APNT® is an innovative and breakthrough technology compared with other particle size reduction platforms:
How does APNT® work ?
APNT® does not employ metal or plastic “beads” and therefore avoids contamination derived from fragmentation from bead collision and grinding. APNT® products have high purity, as it utilizes salts or sugars for milling, which can remain as part of the final formulation.
											APNT® nanoparticle formulation technology
											Beads Milling
											APNT® Technology vs. Other Particle Size Reduction Platforms
| Key features | APNT® Technology | Other Particle Size Reduction Platforms (Beads-Milling, NanoEdge™, Cryomilling) | |
|---|---|---|---|
| Aseptic Filtration is possible | * Narrow particle size distribution and the particle size of APNT nanolized API can be less than 200nm to pass aseptic filter (0.2 micron). | ||
| Tunable particle size & narrow particle size distribution | 
															
																																					* Difficult in tuning particle size
 * NanoEdge™ has broad particle distribution .  | 
														||
| Preservation of crystal structure | * Cryomilling: amorphization of material from crystal cracking at low temperature | ||
| Adequate operational temperature | 
															
																																					* Beads-Milling generates high temperature which may affect API.
 * Cryomilling requires extremely low temperatures.  | 
														||
| Free of solvents and harsh additives | 
															
																																					* Use of organic solvents that may remain in final product and present possible toxicology or allergen risk
 * Beads-Milling use of harsh additives that remain in final product  | 
														||
| Low contamination risk | * Beads-Milling has higher contamination risk from beads. | ||
| All excipients are GRAS level | * APNT®: All excipients are GRAS (Generally Regarded As Safe) | ||
APNT® Can help your asset by
											



