Scientific papers
On a roll compactor (RC), the space between the rolls is segmented into a slip, a compaction, and a release zone. The angle formed between the start and the end of the compaction zone is referred to as the nip angle, representing a crucial parameter for understanding the process. Determining the nip angle using existing methods can be labor-intensive and challenging. This study aimed to employ a uniaxial compaction simulator (Styl‘One Evolution, Medelpharm) to estimate the nip angle and assess how the specific compaction force, gap width, and roll speed influence the nip angle for various excipients.
![image Estimation of nip angle by roll compaction simulation](https://media.tabletingtechnology.com/images/Estimation_of_nip_angle_by_roll_compaction_si.height-400.png)
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