Good Laboratory Practice (GLP) in Pharma-LikeWays.pptx
3d.ppt
1. CRESCENT SCHOOL OF PHARMACY
3D PRINTING IN DRUG DEVELOPMENT
By:
Basith rehman. s
1st year M. Pharm ( pharmaceuticus )
Department of pharmaceutics
Dr. U. Ubaidulla
Associate Professor Crescent School Of Pharmacy
Dr. Venkatalakshmi Ranganathan
Associate Professor Crescent School Of Pharmacy
2. DEVELOPMENT OF PILL
According to history ,the oldest pills can be traced
back to 140BC , first compressed tablets were
prepared in 1878.
3. OVER 1000 YEARS OF AUTOMATION :
The force of compression is delivered by
high pressure compression rolls which
fuse the granulated material together into
a hard tablet.
4. The 1st 3D printed object is small cup for eye wash invented in 1984
3D printed human skull implanted 22 yrs old women in 2014
3D printed created lower jaw that has been fitted to an 83 yrs old women face
6. Spritam tablets for oral use
which is FDA first approved
3D printed drug product
7. What is 3D printing ?
It was first developed in 1984.
3D printing or additive manufacturing is process of marking three dimensional
solid object from a digital file.
The creation of 3D printed object is achieved using additive process.
In 3D printing an object is created by layer by layer addition of material to make a
shape.
8. How it works?
A online design of the object is created.
CAD (computer aided design) uses a 3D model program or 3D scanner for online design.
The software cut the final model into hundreds or thousands of layer.
The printing creates the object layer by layer resulting in one three dimensional object.
9. Traditional vs 3D
PROCESS TRADITIONAL 3D
COST Higher cost of manufacturing Up to 70% save cost on 3D
SPEED More time for final product Less time for final product
WASTAGE More wastage Less wastage
10. Methods
FDM : uses a plastic material and metal wire as input material from a coil and supplies
material to product and it is liquid based
EBM : It is 3d manufacturing process in which a powdered metal is melted by high
energy beam of electron
11. Advantages :
High rate product due to fast opening system.
3d save time and cost.
Disadvantages:
Difficult to install manually.
Limited raw material.
12. 3D Application:
Bio printing of tissues and organs.
Unique dosage forms.
Anatomical model.
Best 3D printing software:
AUTOCAD
AUTOCAD 360
TIN AUTOCAD
courses and certificate
Skill.com
Source.com
Upgrade.com
13. Conclusion
3D printing technology is valuable tool for pharma sector .
It offer more advantages in drug development.
3d printing is notable method in pharma and health care.
14. Reference:
Beg, S., Almalki, W. H., Malik, A., Farhan, M., Aatif, M., Rahman, Z., ... & Rahman, M.
(2020). 3D printing for drug delivery and biomedical applications. Drug Discovery
Today, 25(9), 1668-1681.