Rent access platforms and construction machinery in Zlin

In Zlin, access platforms and construction machinery meet a building stock that exists nowhere else in this form: the city was erected during the interwar period as a closed ensemble of functionalist frame buildings — reinforced concrete grids infilled with bare brick, applied in the same dimensions across production, residential and administrative areas alike. Today these blocks are listed monuments serving as office, university and commercial space, and they are being refurbished and converted step by step. Alongside them, the plastics and rubber processing industry works with its extrusion and press lines.

The uniform facade is both an advantage and a trap for planning. The advantage: window axes, storey heights and bay widths repeat, so a working rhythm found once can be carried across the entire block. The trap: the brick infill in the bays is non-load-bearing and sensitive — leaning against it, bracing off the facade or introducing point loads via brackets are all ruled out. The platform has to stand free.

For facade work across several storeys, articulated boom lifts with 10.89 to 48.15 m are the first choice: the articulating arm guides the basket close to the facade without the machine having to move in. Where forecourts, green strips or mature trees dictate the set-up point, it is the horizontal outreach that decides, not the working height. For roof edges, parapets and rooftop structures on the tallest blocks, telescopic boom lifts with 14.00 to 56.90 m provide reserve — given firm ground and room for the outriggers.

The blocks stand in a tight grid, and the spaces between them are sized as access routes, not as set-up areas for construction machinery. Transport width, turning circle and outrigger spread decide feasibility here more often than any height figure. This is where spider lifts play to their strength: 13.00 to 39.50 m with the narrowest transport width and the lowest ground pressure in the rental fleet. Measure the tightest point of the access route in clear width and clear height beforehand — the selection follows from that.

Very few of these buildings stand empty during the works: teaching, administration and tenants carry on while ceilings are opened up and services rerouted in the neighbouring wing. Indoors, therefore, the rules of any occupied building apply — emission-free drive, non-marking tyres, controlled ground pressure.

Mast lifts with 10.00 to 12.65 m are the lightest class for interior fit-out and maintenance, repositionable by one person. Where more basket area and payload are required, electric scissor lifts take over with up to 33.00 m and 1,000 kg. Two dimensions should be known in advance: the passage height of the machine when lowered and the permissible floor load of the slab — in older buildings the latter is regularly the knock-out criterion.

The second strand of Zlin's industry works in classic production halls. Extrusion lines, presses and utility systems stand close together; maintenance takes place on overhead units, extraction systems, cable trays and hall lighting — often while the neighbouring line is still producing.

Electrically driven platforms are a given here. For working points above plant sections that cannot be driven under, there are electric articulated boom lifts with up to 28.00 m and 280 kg basket load. In the racking aisles of the finished-goods warehouses, high-rack scissor lifts work with 18.50 to 33.00 m. If heavy equipment has to go up and the hall has been cleared, diesel scissor lifts with up to 1,134 kg come into consideration — only with sufficient ventilation and express approval.

Telehandlers replace the crane where none is available: rigid models with 4.30 to 18.80 m and 1.25 to 25 t lifting capacity, roto models with 15.42 to 38.90 m for confined courtyards, electric telehandlers with 5.85 to 30.00 m for moving material inside the building. Excavators from 1.8 to 30 t cover utility trenching, foundations, external works and interior demolition, complemented by forklifts from 3 to 16 t for warehousing and goods handling.

The law at the place of use applies. In the Czech Republic, government regulation NV 378/2001 Sb. governs the operation and use of machinery and technical equipment, with a separate annex for equipment used to lift loads and persons. Inspections of mobile elevating work platforms follow CSN EN 280; the statutory framework is the Labour Code (Zakonik prace, 262/2006 Sb.) and Act 309/2006 Sb. The division of duties: we supply the machine with a valid inspection certificate, CE documentation and operating instructions; risk assessment, instruction of operators and the check before work starts rest with the operating company on site.

With listed building stock, a second layer is added that has nothing to do with occupational safety: heritage authority requirements regarding set-up areas, fixing points and interventions in the facade. This coordination should come before the choice of equipment, not after it.

Zlin is around 460 km from our site in Passau. Transport is handled by our own low-loaders and partner hauliers. On facade projects following the block grid it pays to plan several construction phases at once: because the axes repeat, the same machine remains the right one for weeks — and from a running time of several months, long-term rental terms apply.

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Which design suits your job? The overview Rent a lifting platform – all platform types at a glance explains scissor lifts, articulating and telescopic boom lifts, mast, spider and truck-mounted lifts and shows what the rental price depends on.