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HomeIndustry InsightsProJet efficiently begins up Tail Cutter & Deckle Cutter at Strathcona Paper,...

ProJet efficiently begins up Tail Cutter & Deckle Cutter at Strathcona Paper, Napanee, ON, Canada

ProJet have efficiently began up 1 Tail & Deckle Cutter at Starthcon Paper in Canada. Regardless of of all COVID rules and journey restrictions, ProJet totally supported the client and a joint profitable commissioning of the programs was achieved. Strathcona is producing board on a 126 in. vast machine with very frequent deckle adjustments. Strathcona chosen ProJet as most popular provider as a result of ProJet’s Tail & Deckle Cutter excels in high quality, reliability and user-friendliness.

After cautious set up of the Tail Cutter, detailed process planning for all groups concerned, quite a few checks on all security facets, ProJet’s experience helped to finish the commissioning in simply a few hours. The engineers carried out quite a lot of installations, {hardware} and I/O checks, after which start-up was simply “plug and play”, due to the user-friendly ProJet system, in keeping with all groups concerned.

ProJet’s Tail & Deckle Cutter has the next options:
• Automated trim removing earlier than the sofa and measurement press.
• Eliminates altering deckle widths of suction and press rolls.
• Substantial financial savings in drying power attainable if trim is eliminated on the wet-end as an alternative of after the reel.

This results in the next advantages: Adjusting the paper width to cross directional shrink => Minimal paper loss at pope curler; Parameter suggestions: “Finish of manufacturing run” or “All parameters able to go for brand spanking new manufacturing run” => Unproductive time between manufacturing runs is minimized; Setting the Tail width => Quickest attainable changes; Selecting the place of the Tail => Greatest place of the press rolls or press felts; Alternative for twin velocity => Optimum velocity for “Go to full width” and thus minimizing the chance for sheet breaks; => Highest attainable velocity at “Reduce off” and thus decreasing scrap to a minimal; Distant management => Working personnel doesn’t want to attend on the forming part throughout tail switch => discount of labor.

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