#Best flatbed scanner for mac 2018 mac#
The heavy haul market requires a trailer that will handle the most robust of loads and that is why you will see more fleets and owner operators pulling the MAC 29” M-72 & M-80 beamed trailers. MULTI-AXLE PLATFORMS – If you haul coils, block or heavy materials, you need an extreme trailer that can handle extreme loads – you need a MAC. (Note when choosing a sliding axle the deck heights will increase by 1”). With rear deck height options of 41” with 255/70R22.5 tires, 38” with 265/70R19.5 tires and 35” with 245/70R17.5 tires, the MAC drop deck offers a wide capability of lower deck height choices and opportunities. The step deck is available in overall lengths from 40’ to 53’ with 10’ and 11’ upper deck lengths. MAC’s special process of forming the all aluminum neck prior to the final heat treatment of the metal, intern maintains the strength properties of the alloy and enhances the structural integrity of the design. STEP DECK PLATFORMS – MAC provides a lightweight, high load capacity drop deck trailer to meet today’s unique and special load demands. MAC has earned the proud reputation for holding its arch under the most severe of loads. This premium trailer, whether built with the M-52, M-60, M-72 or M-80 main beams, is engineered to handle evenly distributed material loads such as lumber, skids of shingles, block or bagged sand too extreme concentrated steel coil loads.
TANDEM PLATFORMS – Leading the MAC line-up, the tandem flat is recognized as the benchmark of aluminum platforms in North America. Our 200,000 square foot facility located in Salem, Ohio, with state of the art manufacturing capabilities, has already exceeded expectations and is currently being applauded by the market as a leader in platforms.
From tandem flatbeds, to multi-axles, to B &A-train combinations, to single drop decks, the Road Warrior or to our latest addition the MLP-6 and MLP-8 Flatbed, the MAC aluminum flatbeds have earned their stripes through a reputation for being a trailer of structural strength appealing to a spectrum of transporters.
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