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dus, kui on tarvis hoida palju erinevaid kaupu eri liiki kaubaalustel. Kõige enam kasutatud lahendus kaubaaluste hoidmiseks. Riiulid koosnevad vertikaalsetest külgraamidest ja neid ühendavatest horisontaalsetest talapaaridest, millele ase- tatakse alused. Külgraamide kõrgus on enamasti 5–8 m. Riiulitalad kannavad tavaliselt 850–1200 kg koormust kaubaaluse kohta. Riiulivaheliste koridoride laius on üldjuhul 2,0–3,5 m. 2. Peenkaubariiulid (shelving). Peenkaubariiulite tavakõrgus on 2–2,3 m, sektsiooni laius 1 m, riiulivahede kõrgus 0,3–0,5 m. Riiulivaheliste koridoride laius on tavaliselt 1,4–1,6 m, nii et kaks käsikäru teineteisest mööda mahuvad. Riiulite sügavus on tavaliselt 30–60 cm. 3. Sügavlaadimise riiulid (drive in racks) on paljuski sarnane virnastamisega. Peamiseks erinevuseks on see, et sügavlaadimise puhul toetuvad kaubaalused riiulipostide külge kinnitatud siinidele)
Metal and aluminum profiles were cut by a numerically controlled saw permitting the rapid production of different length work pieces (Figure 10). A special CNC drilling and welding unit created holes and fixed stud poles according to digitally defined distance and angle information. Sheet material was automatically allocated, prepared, cut and marked by a digitally controlled laser. At Seele’s factory in Germany, the cutting laser was combined with a digitally controlled shelving system that automatically selects, prepares and positions the material on the laser bed to increase workflow efficiency. Another machine facilitated the CNC bending and folding of sheet metal materials. Seele’s 3D model of the aluminum mullion system was used to control manufacturing equipment and even to determine the transportation schedule. Using the design model in the fabrication process, not only increases accuracy, but it also saves time in not having to
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