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Series SWB SNAP-UP® Wide Span Folding Scaffolds

>Series Callout
The SWB SNAP-UP series scaffolds simplify scaffold base construction. Braces are attached to endframes, making assembly of this base unit quick and easy. Available in either 6 ft or 8 ft length, these wide span (4-1/2 ft) aluminum scaffolds have load capacity of 25 lbs. per square foot or 500 lbs. maximum per deck and 1000 lbs. maximum per scaffold.


    Performance Overview

    Table DescriptionTower StyleSection StylePlatform Length
    Snap-Up 6 ft 6 in to 7 ft 6 in ScaffoldWide SpanSnap-Up6 ft -- 8 ft



    Model No.Platform LengthApprox. Shipping Weight Lbs.Approx. Cu. Ft. Per UnitBuy Online
    SWB-6U6 ft163172.39
    SWB-8U8 ft181226.01

    Different types of ladders are designed to keep you safe and productive when climbing or standing. Using the wrong style of ladder or simply ignoring the limitations of climbing equipment can result in a fall or serious injury.
    Height is referring to the actual ladder height. Extension ladders should be 7 to 10 feet longer than the highest support or contact point, which may be the wall or roof line. The highest standing level is four rungs down from the top. The highest permitted standing level on a stepladder is two steps down from the top.

    Reach height is the maximum reach assuming a 5’6” person with a vertical 12” reach.
    Ladders are designed to safely hold up to a specific amount of weight. The Werner Performance System defines five different capacities using a color and star rating system. The Duty Rating is defined as the maximum safe load capacity of the ladder. A person’s fully clothed weight plus the weight of any tools and materials that are carried onto the ladder must be less than the load capacity.

    Werner offers ladder made from fiberglass and aluminum. Each material has characteristics which make it best for certain applications, or one material may simply fit the personal preferences of the user. For example, if working around electricity users should select fiberglass products due to their non-conductive side rails.