Pulsar Srl - Via Serenari,29 - 40013 Castel Maggiore BO Italy - C.F. 03812660375 - P.Iva 00664561206 - Cod. IVA CEE IT 00664561206 - Codice Mecc.: BO052010 - Capit. Sociale € 90.000,00 i.v. – R.E.A. BO n. 317904
 
   
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ENGINEERING
Tissue converting Engineering
PLS - Pulsar layout Simulator
SOFTWARE
CONVEYOR SYSTEMS
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WRAPPING MACHINES
MBF 12
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REDS DIVIDERS intermediate rolls
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PRODUCT HANDLING UNITS
RCS - Rolls control system
Gravity roll lowering
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Pack upender unit
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Elevator / Lowerator
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Core trasfer unit
Trim outfeed conveyor unit
Stairs
 
 TISSUE - Core transfer unit
 


Core Transfer Unit

The Core Transfer Unit loads the cardboard cores in an aligned fashion at the tube forming machine outfeed, and unloads them aligned on the core accumulator or on a Pulsar chain elevator that conveys the products upwards.

The system prevents the cores from overlapping or crossing in the internal part of the curve they form, granting the correct transfer from the tube forming machine to the core accumulator, even at high production speeds.

Thanks to a minimum and maximum loading control system present on input and output, and a management software that communicates directly with the upstream and downstream machines, it is able to adapt to tube forming machine production offering proper distribution and transportation of produced cores, avoiding harmful process machine starting and stopping.

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The system has been designed to convey cardboard cores from the tube forming machine to the core accumulator.

The core is transported crosswise to the feed direction, pulled by two standard C075 type chain conveyors made up of simple links and cleated links. The unit has the characteristic of loading the cores in an aligned fashion at the tube forming machine outfeed, and unloading them aligned on the core accumulator or on a Pulsar chain elevator that conveys the products upwards.

This characteristic prevents products from overlapping, even at high speed, inside the bend that they form, giving the upstream tube forming machine greater production speed. Thanks to a minimum and maximum loading control system on our transfer unit input and output, and a management software that communicates directly with the upstream and downstream machines, it is able to adapt to tube forming machine production offering proper distribution and transportation of produced cores, avoiding harmful process machine starting and stopping.

It is possible (after having verified the operation principles and available overall dimensions) to create other types of angles and slopes.

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