What makes the difference between a good slicer and an ordinary one?

What makes the difference between a good slicer and an ordinary one?

  • Certification kit - the machine must be equipped with User Manual and its Certificate of Compliance declaring that this is a product manufactured according to the European Directives and Standards in force at that time;
  • Transmission noise - a good slicer must be silent even when fully operating;
  • Large working surface to support the product and the slices;
  • Fluency and no sticking points of carriage and last slice. The bump should not be present even with unbalanced loads;
  • Loading height of the product - the lower it is the lower is the effort for the operator during the usage of the slicer;
  • Look - a slicer is a working tool but also part of the furnishing in a shop, so it should look attractive and with an appealing design and a uniform and bright color. It shouldn’t have aesthetic failures;
  • Blade – it is very important to use high quality in terms of material and processing techniques; the blade should not wave and its eccentricity to be reduced to minimum to obtain the best slicing reliability;
  • Blade speed - the slower it is, the higher is quality of the cut with less waste of unsliced product; The product to be sliced must also be supported over the edge of the blade, to obtain a precise thicknesses of each slice and with homogeneity over its entire surface;
  • Rigidity and planeness of the gauge plate – this feature must be strictly respected both for a precise cut and for the best security in covering the blade;
  • Flowing lines on the gauge plate and blade cover - they must be sufficiently deep and well-shaped to reduce friction during the cutting of the product;
  • BV plate - just like the other plates the BV carriage must have a smooth sliding, secure locking, easy handling, appealing ergonomy and low maintenance;
  • Ergonomic handles (pulls, knobs and levers) in their shapes and positions. Slicers should be easily handled and operated;
  • Wide open space for cleaning - each part must be easily and safely cleaned, so there shouldn’t be any zone difficult to reach or even inaccessible;
  • Simplicity in disassembling (without tools) some parts (plate, last slice device, blade cover, sharpener, deflector, slice support) during the cleaning operations;
  • Possibility to wash the machine with a water jet without any risk of rusting;
  • There shouldn’t be any sharpened point (with the exception of the blade) which can injure the operator during the cleaning process.