Search

Better reliability, lower amount of vibrations on distributors.

Less maintenance : The fixed chains which rotate the spindles (in the oven) fitted on SBO Series2 machines from the year 2001 no longer require greasing.

Higher locking strenght leading to a better clamping of the base mould.

Decrease the wear of cam path and the wear of arm followers.

- Contribute to treat heating problems, especially under neck, by creating of one hot point on the preform. Currently used in the first zone.

- Recommended to secure rPET bottle production for:

       a. neck protection

       b. process robustness

       c.  ensure optimal material distribution

Bring back to the preform tank or to the rollers, the excess of preform removed by the unscrambler.

Preform feeding become smoother.

-Savings in 40b air of at least 15% and up to 40% depending on process parameters

-Savings in 7b air of 100% on 95% of the applications. Only 20 Nm3/h are necessary on start-up to prime system

-Constant bottle quality with no variation in process parameters

-Operating reliability. No maintenance necessary

-Reduced investment as compressors are sized to perfect fit

Yearly avoided Green House Gas emissions - Up to 166t CO2 (*)

(*) Result for an SBO10 producing 1l bottle

     a. 35 bar blowing pressure

     b. 15000 bottle/h speed rate

     c. 6000h production time / year

-During preform transfer, the oriented arms with controlled grippers ensure the none-rotation of the preforms in the grips at the time of the unloading and a perfect loading of the mould.

-At bottle transfer: the orientation of the bottle allows the perfect introduction into the wheel of output, the controlled opening avoids the rebounds at unloading.

Operating principle

•Decontamination of the preforms external side and of the necks by UV (6-12 lamps with UV filter glass). The preforms are exposed to shortwave radiation when they pass through the infeed rail.

Main benefits

•Decontamination of the preform necks.

•Germicidal action on bacteria.

Give again to the machine the standard configuration and so reach the nominal ouput rate.

Increased reliability.

No need of 7b compressor.

This option makes it possible to limit the pollution of the preforms in the hopper.

This option installed in the oven, allows a filtration of the air being used for distribution of the preforms as well as cooling of the lamps, avoiding particules deposit.

To generate a cold zone on the preform.

Remove any nested preform, avoid preform jam at preform infeed rail.

-New preform flow loop control management.

-Limits preforms chocks and marks.

-New nested preform ejection.

-Easy maintenance (maintenance-free components) and accessibility (new housing). His average efficiency is about 98%.

Getting the latest application V2.02 to benefit from many advantages and new functionalities

-Secure revered air quality

-With the air recovery option, more than half of the used air is collected and converted into preblow, service air and used to generate air for the factory

-Another criteria to consider, is the Excellent integration into machine: The settings linked to the recovery option are recorded into the process recipes

-Reduced investments, thanks to smaller air compressors

-Recover up to 60% of the air consumed for the production of heat-set bottles

Yearly avoided Green House Gas emissions - Up to 166t CO2 (*)

(*) Result for an SBO10 producing 1l bottle

     a. 35 bar blowing pressure

     b. 15000 bottle/h speed rate

     c. 6000h production time / year