Bilcare Optima a4 en 01 2012
2
Determines barrier requirements Effective packaging cost reduction tool Best solution for extending shelf life Reduced development time and cost Measures effects of independent parameters: temperature, relative humidity and light Estimates critical factors that determine failure mode Determines threshold values Determines needed barrier property Designs the final blister cavity using SolidWorks 3D Software Simulates Cavity Thinning & Moisture Permeation through FEA Software Selects the most optimum packaging film With BilcareOptima™, over-protection is avoided. We do this by placing your product through rigorous evaluation examinations, including our Forced Degradation Study which: Research Services BilcareOptima™ Is my packaging material the right choice? Which environmental parameters affect my products stability? How can I define the shelf life of my product? What is the best packaging for my product? How can I avoid “Over-Protection” for my product? BilcareOptima™ gives you answers to the following questions: Packaging Solutions, backed by Science BilcareOptima™ The first scientific packaging development study that identifies the sensitivity profile of the product and recommends optimal packaging in 6 weeks. The highly sophisticated techniques practiced by BilcareOptima™ stand in significant contrast to the current packaging selection methods, which, in most cases, lead to over-protection. Over-protection is generally a consequence of not fully realizing a product‘s true barrier requirement. Services & Solutions BilcareOptima™ is a registered trademark of Bilcare Ltd.
-
Upload
bilcareltd -
Category
Health & Medicine
-
view
133 -
download
0
Transcript of Bilcare Optima a4 en 01 2012
Determines barrier requirements
Effective packaging cost reduction tool
Best solution for extending shelf life
Reduced development time and cost
Measures effects of independent parameters: temperature, relative humidity and light
Estimates critical factors that determine failure mode Determines threshold values Determines needed barrier property Designs the final blister cavity using SolidWorks 3D Software Simulates Cavity Thinning & Moisture Permeation through FEA Software
Selects the most optimum packaging film
With BilcareOptima™, over-protection is avoided. We do this by placing your product through rigorous evaluation examinations, including our Forced Degradation Study which:
Research Services
BilcareOptima™
Is my packaging material the right choice?Which environmental parameters affect my products stability?How can I define the shelf life of my product? What is the best packaging for my product?How can I avoid “Over-Protection” for my product?
BilcareOptima™ gives you answers to the following questions:
Packaging Solutions, backed by Science
BilcareOptima™
The first scientific packaging development study that identifies the sensitivity profile of the product and recommends optimal packaging in 6 weeks. The highly sophisticated techniques practiced by BilcareOptima™ stand in significant contrast to the current packaging selection methods, which, in most cases, lead to over-protection. Over-protection is generally a consequence of not fully realizing a product‘s true barrier requirement.
Services & Solutions
BilcareOptima™ is a registered trademark of Bilcare Ltd.
Degradation pattern of formulation is evaluated using a set of designed experiments
Three fresh batches are studied under various climatic conditions to evaluate
Hygroscopicity Physical degradation Chemical degradation Drug release properties Hardness & friability Photo sensitivity Gas liberation
The blister is designed and thinning profile is modeled to predict real-life WVTR
BilcareOptima™
Bilcare Research Innovative Blister Films
ensuring optimal packaging
+
Water vapour transmission rate ASTM-1249, tropical conditions 38 °C, 90% r.h. , PVC film 250 mic, g/m² ·d.
Aclar ® 4000
Venus™
0,06
0
0,08Aclar ® 3000 0,08
0,11
Aclar ® 2000 0,11
Aclar ® 900 0,24
Aclar ® 20E 0,27
PVC/PVDC 120 g/m2 0,25
PVC/PVDC 90 g/m2 0,30PVC/PE/PVDC 90 g/m2 0,30
Aclar ® 160 0,35
PVC/PVDC 80 g/m2 0,35
PVC/PE/PVDC 60 g/m2 0,45
PVC/PVDC 40 g/m2 0,65
PVC/PE/PVDC 40 g/m2 0,65
PVC 3,30
130
0,06200
160
PVC/PVDC 60 g/m2 0,45
Research Services
BilcareOptima™
The BilcareOptima™ Methodology
AquaBa® is a registered trademark of Bilcare Research GmbHAclar® is a registered trademark of Honeywell (www.aclar.com)
Pharma PackagingInnovations
01/2012 EN
Bilcare Solutions Pharma Packaging Innovations [email protected] bilcareoptima.com
Packaging Solutions, backed by Science
BilcareOptima™
