3d printing e poster CSPPU005.pdf

e poster

1. 3D PRINTING TECHNOLOGY: CURRENT UPDATE
Basith Rehman.s, Vijaya varaprasad.M, Ismail.Y, Ubaidulla.U,Venkatalakshmi.R
B.S. ABDUR RAHMAN CRESCENT INSTITUTE OF SCIENCE AND TECHNOLOGY
CRESCENT SCHOOL OF PHARMACY
DEPARTMENT OF PHARAMCEUTICS
POSTER CODE : CSPPU005
Asweallknowthattheworldundergoes
developmenteachandeveryday.There
alwaysanewinnovationandintroduction
ofmanytechnologiestotheworld.
Oneofthosetechnologiesis3D
PrintingTechnologyThistechnologyhas
manywiderangeapplicationsandbenefit
inthepharmaceuticalindustries.3D
PrintingTechnologycanhelpinmarking
thecustomizedandpersonaliseddosesa
reality
INTRODUCTION
?
3Dprintingoradditivemanufacturingis
processofmarkingthreedimensionalsolid
objectfromadigitalfile.
In3Dprintinganobjectiscreatedbylayer
bylayeradditionofmaterialtomakea
shape.
Itwasfirstdevelopedin1984.
CAD(computeraideddesign)usesa3D
modelprogramor3Dscannerforonline
design.
Thesoftwarecutthefinalmodelinto
hundredsorthousandsoflayer.
Theprintingcreatestheobjectlayerby
layerresultinginonethreedimensional
object.
WHAT IS 3D PRINTING
3D PRINTING DRUG
Spritam tablets for oral use which is FDA
first approved 3D printed drug product
METHODS
Fuseddepositionmodelling(FDM):Itisliquidbasedfdmworksonan
additivemanufacturingtechnologyprinciplebylayingdownmaterialin
layersusesaplasticmaterialandmetalwireasinputmaterialfromacoil
andsuppliesmaterialtoproduct
Electronbeammanufacturing(EBM):Itis3dmanufacturingprocessin
whichapowderedmetalismeltedbyhighenergybeamofelectron
Advantages & Disadvantages in 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
APPLICATION
•Food ; Toys
•Automobile industry ; Computer parts
•Pharmaceuticals ; Drug delivery
•Medical device
8.Bio printing
3Dprintingtechnologyhasrevolutionizedthewaywhichmanufacturing
isdone.Itimprovethedesignmanufacturingandreduceleadtimeand
toolingcostsofnewproduct.3Dprintingtechnologyisavaluableand
potentialtoolforthepharmaceuticalsectorleadingthewayto
personalisedmedicinefocusedonthepatient’sneed.
CONCLUSION
References
1.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.
2.Lepowsky, E., & Tasoglu, S. (2018). 3D printing for drug manufacturing: A perspective on the future of pharmaceuticals.International journal of bioprinting,4(1).
Key words : 3D Printing, Drug Delivery, Computer Aided Design