2. SIPA HISTORY 1980 – SIPA is founded as an engineering company to provide integrated system for flexible automation. 1986 - SIPA makes a strategic move produce PET packaging and acquired the technology license to produce PET bottles based on 1-step process. 1988 – SIPA sells its first PET 1–step machine for 4000b/h for mineral water bottles. 1989 – A new range of small linear blowing machines is designed, the SF line, and added to 1-step range, the ECS. First blowing machine sold for 1400 b/h. 1990 – SIPA sells first PET 1–step machine for 8000 b/h. 1994 – The linear blowing machine increase to 4000 b/h. First machine installed to Coca –Cola. 1995 – PET 1–step machine reaches 12000 b/h. SIPA machine can now produce also aseptic bottles for juices and isotonic. 1996 – SIP receives ISO 9001 certification. PET 1– step machine reaches 18000 b/h. First injection machines to produce PET performs. 1997 - PET 1– step machine reaches 24000 b/h and linear blowers 12000b / h. First 1-step machine sold to produce heat set, pasteurizable bottles and wide mouth jars. 1998 – A new market segment is opened: fresh milk in PET. 1–step system producing up to 5 liter size bottles and high quality containers for house holding thanks to an extremely performing preferential heating. 1999 – High productivity rotary blowing machine. 2000 – New perform injection machine with 48 cavities. 2001 – SIPA range of rotary blowers includes five models from 12000 b/h – 40000 b/ h. 2003 – New perform injection machine with 72 cavities. 2006 – Installation of the first SIPA industrial Coating to enhance PET barrier properties of non–alcoholic beer bottles. SMARTCOAT is an external coating process line with a high productivity capacity. 2007 – New Preform Production Machine for the production of special performs. 2008 – SIPA acquires Berchi Group, a manufacturer of complete bottling and packaging lines. 2009 – SINCRO – TRIBLOC, a revolutionary product was added to SIPA wide range; an innovative system that incorporates the production of labeling and filling / capping of PET containers.

6. ECS - INJECTION MOULDS Featuring layer design: –Manifold plate –Nozzle plate –Cavity plate –Stripper plate –Upper plate Excellent mold accessibility for inspection and maintenance Built using best-quality stainless steel available in the market Effective cooling channels on each mold plate for better mold thermal stability  high preform quality consistency

7. PPS Vertical Platform Main Features Vertical Press High Flexibility Compact & accessible Fast cycle time New “layer concept” mold design Quick mold changeover Easy maintenance Intrinsically clean preforms Global process control via innovative HMI

8. PPS Horizontal Platform Main Features Horizontal toggle Compatible with competitor’s made molds Quick mold changeover Easy maintenance

9. SFR EVO Rotary blowers  Preforms feeding system.  Preforms transport steps (handling).  Oven (SIPA patent).  Crocodile blowing mold opening (SIPA patent).  Output up to 2,200 Bott/h/cavity).  Opto-electronic control for preforms and bottles.  Heat Set bottle production highlights.

10. SFL line linear stretch blowmolders

11. SIPA ROMANIA – Know-How and Expertise: TECHNICAL OFFICE Mechanical design (CAD Computer Aided Engineering (CAE) Computer Aided Machining (CAM) Electric and electronic design Automation Software development Turn on key devices Systems layout Technical Documentation LOCAL MANUFACTURING Production of electrical cabinets AFTER SALES SERVICE Start –up Tuning Maintenance

12. Deliver 2D draft after 3D modeling, to be used in production Conversion of 2D into 3D models (including creation of the draft). Customized mechanical libraries; Libraries of commercial parts (standard according to client request); Blowing press for plastic packaging Extruder screw for plastic injection MECHANICAL DESIGN 3D Modeling using : SOLID EDGE UNIGRAPGHICS AUTOCAD

13. Injection moulds for PET containers using UNIGRAPHICS MOULD DESIGN Blowing molds for PET containers using UNIGRAPHICS

14. Hydraulic and pneumatic systems design on board - using SOLID EDGE DESIGN FOR SYSTEMS

15. SIMULATION – FINITE ELEMENT ANALISYS Structural analysis using ANSYS Static Linear and nonlinear using contacts large deformations, material nonlinearities etc. Fatigue verification Fracture mechanics Structural optimization Injection press for plastic packaging Blowing press for plastic packaging

16. DYNAMIC AND THERMAL SIMULATION Modal, harmonic and transient analysis; Modal analysis of “one step” machine frame for plastic containers Steady state; Transient Thermal-structural

17. FLUID DYNAMICS Simulation of injection process; Optimization of hot runners, injection molds and blowing molds; Simulation of complex fields (fluid flow together with heat exchange);

18. ELECTRONICS AND ELECTRICAL DESIGN Design of electric systems on board; Design of electrical cabinets Electric and electronic design for automatic complex machines; PLC applications Design of equipments with microcontrollers, DSPs for process control, Design of equipments for monitoring and supervising, Automatic testing development

19. TECHNICAL DOCUMENTATION Handbooks, Mechanical Manuals, Maintenance manuals - using Frame Maker, Adobe Distiller, Word, etc Translation of technical documentations in and from different European languages;

20. PRODUCTION AREA Production of electrical cabinets

21. PET manufacturing – Main Customers

23. SIPA GROUP MAIN DATA