In most cases, the conventional picking shelf system is used without order-picking machinery or lifting platforms; therefore, the height is limited by individual, manual access. However, to eliminate this disadvantage, there is a very efficient solution that multiplies installation capacity and performance.
Increasing the height of the basic structure: one or more accessible levels can be created by installing raised corridors anchored between the bodies of the shelves. The different levels are connected by access ladders and the exposed areas of the work corridors are protected by safety rails.
The entire installation is fitted with elements that offer sizes and features adapted to the intended purpose. The surfaces of the corridors are fitted with materials that adapt to the use and functional service requirements (agglomerate boards, with melamine surface, non-slip or metallic for pallet trucks, electro-welded grids, etc.)
The use of a manual loading system with raised corridors is indicated when it is necessary to increase installation performance if the volume of the premises is sufficient and it is required for warehouse logistics.
It is commonly used in companies that process a large number of references of different shapes and medium and light loads handled using manual and individual access. Owing to the wide variety of parts and accessories and the extensive options for configuration and adaptation to particular uses, the system is suitable for the high-performance picking tasks required by specialist logistics companies and for managing large inventories commonly operated by industrial supply companies, hardware stores, spare parts warehouses and the car industry, etc.
Shelves for manually managed medium loads can have several levels, the main limitation being the height of the premises. The immediate benefit is the full use of the available space and full profitability.
Like the structural parts of the installation, worker access and safety features are designed according to the particular requirements of each use and the degree of adaptation to each service is maximum.
The product has been designed and developed according to regulations for the design and use of this type of work equipment and guarantees safe operation of the installation, minimising hazards for both goods and workers.
To adapt to the company's growth requirements, the flexible and evolutive design of the solution allows for the later addition of extra storage levels as long as the option has been included in the initial calculation. It is a good strategy for making the total investment in various phases.
The constructive options of the system also enable adaptations, reconfigurations or modifications of the structure if warehouse requirements change.
As the elements necessary for increasing the height of the basic installation have a low additional cost, high capacity and efficiency can be obtained with a relatively low financial outlay.
Heading Sample 4
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In most cases, the conventional picking shelf system is used without order-picking machinery or lifting platforms; therefore, the height is limited by individual, manual access. However, to eliminate this disadvantage, there is a very efficient solution that multiplies installation capacity and performance.
Increasing the height of the basic structure: one or more accessible levels can be created by installing raised corridors anchored between the bodies of the shelves. The different levels are connected by access ladders and the exposed areas of the work corridors are protected by safety rails.
The entire installation is fitted with elements that offer sizes and features adapted to the intended purpose. The surfaces of the corridors are fitted with materials that adapt to the use and functional service requirements (agglomerate boards, with melamine surface, non-slip or metallic for pallet trucks, electro-welded grids, etc.)
The use of a manual loading system with raised corridors is indicated when it is necessary to increase installation performance if the volume of the premises is sufficient and it is required for warehouse logistics.
It is commonly used in companies that process a large number of references of different shapes and medium and light loads handled using manual and individual access. Owing to the wide variety of parts and accessories and the extensive options for configuration and adaptation to particular uses, the system is suitable for the high-performance picking tasks required by specialist logistics companies and for managing large inventories commonly operated by industrial supply companies, hardware stores, spare parts warehouses and the car industry, etc.
Shelves for manually managed medium loads can have several levels, the main limitation being the height of the premises. The immediate benefit is the full use of the available space and full profitability.
Like the structural parts of the installation, worker access and safety features are designed according to the particular requirements of each use and the degree of adaptation to each service is maximum.
The product has been designed and developed according to regulations for the design and use of this type of work equipment and guarantees safe operation of the installation, minimising hazards for both goods and workers.
To adapt to the company's growth requirements, the flexible and evolutive design of the solution allows for the later addition of extra storage levels as long as the option has been included in the initial calculation. It is a good strategy for making the total investment in various phases.
The constructive options of the system also enable adaptations, reconfigurations or modifications of the structure if warehouse requirements change.
As the elements necessary for increasing the height of the basic installation have a low additional cost, high capacity and efficiency can be obtained with a relatively low financial outlay.
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