Case History


Viale della Tecnica, 2, 35026 - Conselve - PD

+39 049 5388211
+39 049 5388212

www.schneider-electric.com

Uniflair Spa

Mechanical industry, Electrical & Electronics


Since 1988, Uniflair has specialized in the design, manufacture and marketing of precision air conditioners, refrigeration systems and raised floors that have the specific function of providing advanced and reliable technological solutions for construction, Telecom-Internet systems and industrial refrigeration and comfort.

Starting with the domestic market, Uniflair's expansion has reached Europe and other continents. It is currently present in more than 60 countries around the world with its own facilities and through selected partners.

The Uniflair organization is articulated in the Conselve (Padua) headquarters, production and R&D site, in offices in Milan, Rome and Naples, and with subsidiaries in Spain, Germany, Hungary, South Africa, India and China.

Schneider Electric

The numbers of Schneider Electric

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Schneider Electric, formerly Uniflair, specializes in the design, manufacture, and marketing of precision air conditioners, refrigeration systems, and raised floors that have the specific function of providing advanced and reliable technological solutions for buildings, Telecom-Internet systems, and industrial refrigeration and comfort.

EMPLOYEES

PRODUCTION LINES

PRODUCTION PLANTS IN THE WORLD

AND MORE COUNTRIES

CONSELVE (PD) PLANT

  • 16,000 m2 production area
  • 14 production lines
  • 6500 pallet places
  • 1000 m2 of racking

    PLANTS IN THE WORLD

  • St. Louis R&D Center (USA)
  • Costa Mesa Plant (USA)
  • Bangalore Plant R&D Center (INDIA)
  • Zhuhai (China)
  • Shanghai R&D Center - China

We selected some of the leading companies supplying a WMS solution. In the final choice, an aspect of reliability prevailed, as well as the conviction that we had found a partner who would follow us both at the level of system implementation but also organizational growth.

Luca Masiero

Logistics Manager Schneider Electric | Uniflair Italy

In 2008, Uniflair Spa decided to reorganize the logistics flows related to the production process to improve the search for materials that supply the production lines with the aim of increasing the number of item codes managed, adopting wms software to manage routine operations within the warehouse.

The initial situation, before wms, was MANUAL and had the following limitations:


IN ACCEPTANCE

  • material in free-pass;
  • no quantity control;
  • identification and picking performed by line warehousemen; and
  • acceptance carried out by line warehousemen


STOCKING

  • no packaging specifications;
  • no shelf space optimization;
  • no material traceability.


PICKING

  • no pick lists;
  • specific warehouseman needed who knew all locations;
  • visual material search;
  • no route optimization.

GOALS

The objectives of the restructuring project are:

  • reduction of acceptance, storage and picking times,
  • reduction of errors for the supply of production lines,
  • increase in the number of pallet places available in order to increase the number of item codes handled.

SOLUTIONS

After careful software selection, they chose Replica Sistemi's StockSystem, in the standard version, with RF terminals to optimize goods entry, storage, picking and control operations.

The execution of operations in the warehouse is then entrusted to the RF system, which allows data to be transmitted in real time to the warehouse management system. Logistics operators work efficiently using RF (Radio Frequency) terminals interfaced with remote Access Point repeaters.

A. THE FOLLOWING SPECIFICATIONS OF EACH WERE ANALYZED FOR THE CREATION OF THE DIFFERENT TYPES OF PACKAGING:

  • Piece size
  • Quantity pieces per UDC
  • Type of PACKAGE
  • Total size UDC
  • Width
  • Depth
  • Height

    The packaging mainly used is the paretal due to its many advantages:
  •  in operational terms:
    > ease of picking;
    > ease of storage;
    > handling
  • and environmental (compliance with ISO14001 certification):
    No stretch film
    No cardboard.

B. SHELVING OPTIMIZATION

An analysis of the existing shelving and calculation of the required positions for each CONTAINER TYPE was done:

  • CMM calculation
  • STORAGE Calculation.

The lay-out of a new shelving unit with moving and adding shelves was studied. BAR CODE LABELS were printed and applied to the different locations and computerized. In addition to increased shelf capacity, greater storage flexibility was achieved by defining "Containability." Containability is the definition of the cell size and the Container Types it can contain (each Container Type contains itself and Container Types of smaller size).

C. WAREHOUSE MAPPING AND COMPUTERIZATION

A warehouse mapping of the Acceptance, Storage, and Picking areas was then redefined.

The results of this initial analysis were important. The total storage capacity was increased by 33% (from 203 previously available locations to over 300 with the new layout) while maintaining great flexibility thanks to the automatic management of volumes and the definition of Container Types (one cell can contain multiple codes with different packaging).

In addition, material previously "stored" on the line was moved to shelving, thus creating more space available to line operators.

An additional benefit was achieved through improved picking capacity.

From 72 picking locations with the old lay-out, this has increased to 87 available locations (21 percent increase) with the new lay-out; this allows for a greater quantity of picking codes allowing for faster preparation of requirements by the warehouseman.

Some picking locations are managed at fixed locations while the others are random.


  • Activation of global raw material receipt
  • Storage in lost stock areas for production lines not covered by the Phase I project
  • Planning Replenishment Line activated
  • Production line replenishment with lists and maintenance of line inventories
  • Line loading of components from positions not managed by Stocksystem prior to finished product pouring (Consignment and RIP)
  • Deferred component matriculation
  • Consignment of line consumption automatically from Finished Product Pouring
  • Pouring Finished Product with Matriculation Detection
  • Finished Product storage in stock loss area
  • Withdrawal of any spare parts from inventoried positions with RF free discharge (checking whether the spare part is committed by production)
  • Mapping/Inventory Whole Inventory Finished Products
  • Pouring Finished Product with Serial Number Detection
  • Finished Product storage in mapped locations
  • Shipping Finished Product with pick lists and serial number detection
  • Increase in the number of pallet places available in the areas of:
  • Reduction in the time of:
  • You are no longer bound to the knowledge of the warehouseman
  • There are no more "ghost" materials
  • Increase in the number of item codes handled: from 4,000 in 2009 to about 11,000 in 2012.
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