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Stawiając czoła przyszłości farmacji - pakowanie,znakowanie,logistyka Innowacje w projektowaniu bezpośrednich materiałow opakowaniowych V Kongres Swiata Przemysłu Framaceutycznego Marek Miszczak Dyrektor ds. Rozwoju __________ Gerresheimer Plastic Packaging

Stawiając czoła przyszłości farmacji pakowanie,znakowanie ...kongresfarmaceutyczny.pl/uploads/article/files/3408735377e182598b... · Stawiając czoła przyszłości farmacji -

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Stawiając czoła przyszłości farmacji -

pakowanie,znakowanie,logistyka

Innowacje w projektowaniu bezpośrednich

materiałow opakowaniowych

V Kongres Swiata Przemysłu Framaceutycznego

Marek Miszczak

Dyrektor ds. Rozwoju

__________ Gerresheimer Plastic Packaging

1 10/14/2013

Gerresheimer –opakowania z tworzyw sztucznych

• formy płynne

2 10/14/2013

Gerresheimer –opakowania z tworzyw sztucznych

• formy suche

3 10/14/2013

Gerresheimer –opakowania z tworzyw sztucznych

• Opakowania PET

4 10/14/2013

Gerresheimer Plastic Packaging

Udział w runku

Asia 4,4%

Germany 10%

Rest of Europe 9,1%

Other 6,9%

France 5%

Poland 4,5%

South America 49,5%

Spain 10,6%

Ophthalmic 15,1%

Solid 25,3%

PET packaging 42,7%

% by region % by product segment

Other 10,6%

Personal care 6,3%

5

Opakowania do leków ocznych i donosowych

Opakowania kompletne: butelki, nakrętki zakraplacze, aplikatory

Certyfikaty ISO 9001 / 14001 / 15378

FDA DMF- Type III

Pełna dokumentacja wyrobów gotowych

Zgodność z wymaganiami EuPh i USP

Usługi dodatkowe

Badania mikrobiologiczne i chemiczne

Charakterystyka produktów:

Nakrętki z pierścieniem gwarancyjnym, child resistant, senior-friendly

Grawerowanie

Szeroki zakres pojemności (3 ml – 250 ml)

Zakraplacze dostosowane do wymagań klienta

Znakowanie kolorami

6

Dropper bottle systems, nebulizers and spray bottles

Plastic Packaging product ranges: ophthalmic and nasal applications

DROPPER BOTTLE

SYSTEM B >>>

DROPPER BOTTLE

SYSTEM Q >>>

<<< DROPPER BOTTLE

SYSTEM CL

OTHER APPLICATIONS

Nebulizer bottle systems

spray bottle systems

7

7

Denmark, Poland and Spain

Centers of excellence in Europe

Gerresheimer

Haarby

Tablet containers

Gerresheimer

Vaerloese

Tablet containers

Gerresheimer

Boleslawiec

Droptainers

Gerresheimer

Zaragoza

PET bottles Gerresheimer

Valencia

Droptainers

8

8

Własne narzędziownie

Centra rozwojowe

CAD, CAM: Proengineer-3D

Autocad, SolidWorks

Rapid prototyping

Laboratoria pomiarowe

CMM (coordinate measuring machine)

Smartscops

Laboratorium mikrobiologiczne i chemiczne

Bio burden test

Particle counting

Słuchamy naszych klientów...

Polityka jakości

9

9

10 zakładów na 3 kontynentach

Lider w Europie i Ameryce

Południowej

Najwyższa jakość

Ponad 400 maszyn, IBM, IM, ISBM,

ML ,EBM, CBM

Systemy wizyjne

Automatyczne procesy pakowania

Know-how w przetwórstwie tworzyw sztucznych

Gerresheimer Plastic Packaging

10

10

Rozwój nowych produktów i zarzadzanie projektami

Gerresheimer Plastic Packaging

Preparation of Input Data

Review of Input Data

Preparation and Approval of Project

Project Plan Distribution

Implementation of Project Activities

Project Verification

Project Validation

Preparation and Distribution of FPS- Project Completion

1. Jasno zdefiniowana

ścieżka projektowania,

zgodnie z PMBOK

11

11

Rozwój nowych produktów i zarzadzanie projektami

Strengths of Gerresheimer Plastic Packaging

2. Statystyczna kontrola

dla wszystkich

procesów

produkcyjnych

12

12

Nowe podejście do projektowania

Strengths of Gerresheimer Plastic Packaging

3. Implementation of Quality by Design

- Design of any information-gathering exercises where variation is

present, whether under the full control of the experimenter or not.

- Important part of QbD, where correlation between critical product and

process parameters must be understood and confirmed.

4. Implementation of Design of Experiments

- Systematic approach to product, process design and

development, where all critical sources of variability

are identified and understood.

- Quality is achieved already at the beginning

of product shelf life .

- Approach does replace the Quality by Inspection.

13

13

Quality by Design in practice/ DoE-design space

Pharma understanding – R&D

Experiment:

3 factors

14

14

4.Design of experiment

Quality by Design in practice/ Critical process parameters-DoE

Pharma understanding – R&D

15

15

Quality by Design in practice/ analyze data

Find corelation between process and products parameters

T 1

T -1

21,00

21,05

21,10

21,15

21,20

-1D

1D

21,15-21,20

21,10-21,15

21,05-21,10

21,00-21,05

C 1

C -1

21,00

21,05

21,10

21,15

21,20

-1D

1D

21,15-21,20

21,10-21,15

21,05-21,10

21,00-21,05

16

16

Zarządzanie ryzykiem i kwalifikacja

Strengths of Gerresheimer Plastic Packaging

4. Risks analysis focused

on product and processes

- People (Communication, training)

- Methods (Incorrect standard work charts)

- Machines (Fixtures)

- Materials (Incorrect parts delivered to line)

- Measurements

5. A strong Qualification

Plan including:

- Design Qualification (DQ)

- Installation Qualification (IQ)

- Operational qualification (OQ)

- Performance qualification (PQ).

with

SAT = site acceptance test

FAT = Factory acceptance test

UAT = User acceptance test

USR = User system requirement

17 10/14/2013

Gerresheimer Plastic Packaging

Innovative packaging solutions

18 10/14/2013

MultiShell®: High-performance multilayer vials

for parenteral and diagnostic applications

Our Innovation: a MULTILAYER vial with strong combined performances

Inner layer – COP

(Cyclic Olefin Polymer)

secures

lowest level of drug-container interaction

Middle layer – PA

(Polyamide)

is responsible for the

improved barrier and

break resistance

Outer layer – COP

(Cyclic Olefin Polymer)

protects inner layers

and have

glass-like transparency

- Improved compatibility

- Reduced adsorption

- Minimized degradation of

the solution

- better drug stability over

shelf-life

- safety for operators,

caregivers and patients

- smooth surface

- ease the inspection and

improve quality impression

Winner of German

Packaging Award 2011

Finalist of the CphI

Innovation awards2011

19 10/14/2013

MULTISHELL® vials:

Standard, Ready to Sterilize (RTS) and Ready to Use (RTU)

Main characteristics:

Unique oxygen barrier

Superior break resistance

Reduced protein adsorption to container surface

Inert over a wide pH range

Excellent drainability

No heavy metal ion release

Available in 2, 5, 10, 15, 50 and 100 ml

For challenging formulations:

Larger molecules (protein-derived compositions)

Unbuffered solutions, low-volume fill

Aggressive complexing agents (citric acid, EDTA)

Solutions that are sensitive towards metal ions (i.e. Na, Al,

B, Fe, Ti)

Contrast media which contain radio isotopes tending to ion exchange

Drug formulation with high pH-value

High potency and toxic drug solutions i.e. cytotoxics, growth hormones / (Safety for caregivers)

20 10/14/2013

MULTISHELL® vials

Available in 2, 5, 10, 15, 50 and 100 ml

21 10/14/2013

MULTISHELL® vials

22 10/14/2013

MultiShell® RTU values

How can we support customers fill/finish operations ?

Glass vial unpacking

Vial washing

Vial sterilization

ASEPTIC FILLING

LINE

Stopper setting

Crimping

Inspection

Stoppers

Stopper washing

Stopper sterilization

Crimping caps

Sterile filtration

Bulk solution

Class A, ISO 5

Class C, ISO 7

LF-area

MULTISHELL®

DELIVERED

ON TRAYS

RTU, Ready-to-Use

reduce the intermediate processing

steps at a minimum.

23 10/14/2013

MultiShell®: Reduced degradation by oxidation

HIGH OXYGEN BARRIER

30 to 40 times less than monolayer vials

Significantly reduced gas permeation

0

0,01

0,02

0,03

0,04

0,05

Monolayervial

Multilayervial

cm

³/via

l*24h*1

bar

Oxygen transmission rate *)

*) Test method according to ASTM D3985:95

with complete vial at 23°C, 85% RH and 100%

O2-partial pressure

High barrier

Low barrier

24 10/14/2013

MultiShell®: Improved safety and reduction of production loss

BREAK RESISTANCE and INTEGRITY

Improved resistance

against impact or dropping

Superior impact resistance

of middle layer keeps integrity although outer layer is cracked

Weight of ball (g)

Drop height (cm)

Energy (Joule)

Result

43,5 38,5 0,164 not cracked

63,8 80,0 0,500 not cracked

129,9 80,0 1,020 not cracked

Test method : Vial is filled, stoppered and crimped.

The integrity test has been performed according to

the

Defect Evaluation List for blow-moulded plastic

containers. Vial on the right side has been

intentionally

damaged for the purpose of the integrity test.

In-house developed test method:

Vial is placed in a rectangular cavity

below a tube.

Metal balls with defined mass are

dropped through the tube on the vial.

Drop height is varied and measured to

achieve different impact energies.

Vial

Tube

Ball m

0 cm

20 cm

40 cm

60 cm

80 cm

25 10/14/2013

MultiShell®: Reduced adsorption and

very low level of extractables

Multilayer Plastic Vial shows less

absorption than glass vials

Test procedure:

First rinsing with Acetone followed by a second rinsing with WFI

Treatment with 20% Bovine Serum Albumin (BSA)

solution for 24 h

Treatment with 0,1% Coomassie Violet R200 dye

solution for 24 h

No metal ion release above the detection limits of 7-30 pbb

Element test solution (ppm) blank solution (ppm)

Aluminium < 0,021* < 0,021*

Barium < 0,007* < 0,007*

Boron 0,089** 0,055**

Cadmium < 0,006* < 0,006*

Calcium 0,12** 0,56**

Chromium < 0,007* < 0,007*

Cobalt < 0,014* < 0,014*

Copper < 0,014* < 0,014*

Iron < 0,014* < 0,014*

Lead < 0,021* < 0,021*

Magnesium < 0,021* < 0,021*

Manganese < 0,003* < 0,003*

Molybdenum < 0,011* < 0,011*

Nickel < 0,014* < 0,014*

Potassium 0,18** 0,17**

Silver < 0,007* < 0,007*

Sodium 0,66** 3,32**

Zinc 0,016** 0,016**

* Concentrations are below detection limits of

7-30 ppb.

** Boron, Calcium, Zinc and Sodium

concentrations are from glassware of analytical

equipment, see results from the blank solution.

Test method: Vials are extracted

with WFI under reflux. Resulting

solution is analyzed by Inductive

Coupled Plasma/Optical emission

spectroscopy

26 10/14/2013

Sterilization process and

Post-sterilization performance

ONGOING ACTIONS FOR THE VALIDATION OF MULTISHELL® RTU REGULATORY

COMPLIANCE

MULTISHELL®

RTU

1.Sterilization validation incl. Dose setting+Mapping

2. Packaging validation

2.1) Package transport simulation (simulation of transport by shake-shock & drop test)

2.2) Package integrity validation (testing of package before and after transportation challenge)

2.3) Package microbiological challenge

3. Product post-sterilisation performance

(Performance tests at various time pulls)

ISO 11137

ISTA 3E

ISO 11607

EMA guideline 3AQ4a

Sterility testing Supportive documentation / Certified per batch Parametric release √

Multilayer plastic vials can be sterilised by traditional methods:

Steam (121°C, 20 min)

ETO (45°C, 6 h, c = 600mg/l ETO)

E-beam (25 kGr)

Gamma radiation (25 kGy) selected for MULTISHELL® RTU

27 10/14/2013

Thank you for your attention !

Krzysztof Dabrowski

Sales Director, Primary Plastic Packaging

Mobile: +48 75 7350 500

[email protected]

Marek Miszczak

R&D Director

European R&D Coordinator

Mobile: +48 75 605 966 686

[email protected]