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VEGA
Rotary Vial Washers
Containers coming in contact with parenteral preparations must be rendered sterile and non-pyrogenic, process resulting particularly successful with the VEGA Series, where the easy configurable washing sequence enhances the efficiency of the cleaning procedure
Containers coming in contact with parenteral preparations must be rendered sterile and non-pyrogenic, process resulting particularly successful with the VEGA Series, where the easy configurable washing sequence enhances the efficiency of the cleaning procedure
Small Volume Injectable’s star
Being the majority of SVIs aseptically processed (i.e. end containers not sterilized), essential becomes to rigorously adhere to cGMP standards as far as sterility assurance is concerned – FDA and EMA guidelines.
VEGA washing flow follows said directions in terms of structural design, connections, and adaptability of the decontamination process.
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Sustainability
The use of a recycled water loop in our Vega series rotary washing machines allows for an important WFI consumption saving for customers, while granting high cleaning performance and, when requested, pyrogen reductions.
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Production Plant
IMA Life
VEGA Highlights
1.
Low maintenance impact
2.
Ultrasonic pre-wash connection with de-packing machines or turntables
3.
Completely drainable washing circuit
4.
Steaming in place of washing circuit
5.
Easy and full access to the machine from both sides, no hidden areas
6.
Washing process completely validatable
7.
Possibility to handle a wide range of containers (ampoules, vials, cartridges)
8.
Compact version for low speed production lines, with upstream integrated rotary table
The decontamination cycle varies with the condition of the containers to be cleaned, therefore, besides the integration of additional media, the VEGA washer is suitable to include siliconizing stations and SIP process.
- Technical Data
- Machine Layout
| TECHNICAL DATA VEGA SERIES | ||||
| Model | VEGA 2 | VEGA 4 | VEGA 6 | VEGA 8 |
| Version with 12/24 gripper units with 4/6 pincers | ||||
| Gripper units |
12 gripper units with 4 pincers (total 48 pincers) |
12 Gripper units with 4 pincers (total 48 pincers) | 12 Gripper units with 6 pincers (total 72 pincers) | 24 Gripper units with 4 pincers (total 96 pincers) |
| Ampoules diameter (mm) |
– |
Min. 10.75 Max. 22.50 |
Min. 10.75 Max. 17.75 |
Min. 10.75 Max. 17.75 |
| Cartridges | – | All sizes | All sizes | All sizes |
| Vials max. external diameter (mm) | 32 | 42.5 | 32 | 32 |
| Vials max. height (mm) | 58 | 75 | 60 | 60 |
| Production max. pcs/hour | 9,000 | 12,000 | 18,000 | 24,000 |
| Version with 12/24 gripper units with 2/3 pincers | ||||
| Gripper units | 12 Gripper units with 2 pincers (total 24 pincers) | 12 Gripper units with 2 pincers (total 24 pincers) | 12 Gripper units with 3 pincers (tatal 36 pincers) | 24 Gripper units with 2 pincers (tatal 48 pincers) |
| Ampoules diameter (mm) |
– |
Min. 10.75
Max. 22.50 |
Min. 10.75
Max. 22.50 |
Min. 10.75
Max. 22.50 |
| Cartridges | – | All sizes | All sizes | All sizes |
| Vials max. external diameter (mm) | 52 | 52 | 52 | 52 |
| Vials max. height (mm) | 105 | 95 | 95 | 95 |
| Output up to (pcs/hour) | 4,500 | 6,000 | 9,000 | 12,000 |
