MODEL 660 SERIES, MODEL SS660 SERIES, AND MODEL AL660
SERIES LOW PROFILE SCALES
MODEL 660 SERIES
LOW PROFILE SCALES
Constructed of structural tubular steel and heavy gauge anti-skid diamond plate decking. These scales are designed to handle the toughest applications. Incorporating all of the accuracy, reliability and strength you have come to expect from Cambridge Scale Works and backed by our one year warranty.
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MODEL 660 "PLUS" SERIES
LOW PROFILE SCALES
The Cambridge Scale Works, Inc. Model 660 “Plus” Series bases feature Heavy Structural Tubular Steel Construction, Heavy Diamond Tread Deck Plate, Top Access Leveling Feet, Top Access NEMA 4x Junction Box and a Unique Load Cell alignment for increased accuracy with decreased cell damage from side loading.
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MODEL AL660 "CLASSIC" SERIES
ALUMINUM LOW PROFILE SCALES
The Cambridge Scale Works, Inc. Model AL660 "Classic" Series bases feature tubular aluminum construction for maximum strenght in a light weight material. This scale also features top access NEMA 4x junction box and stainless steel captive ball leveling. Perfect for rental applications or outdoor use without the expense of stainless steel.
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MODEL AL660-LA SERIES
ALUMINUM LOW PROFILE
LARGE ANIMAL SCALES
Our 660 line of low profile floor scales now includes our AL660-LA version designed for horse and large animal applications. This scale combines our low profile design, aluminum construction, and a durable hard rubber top pad to create a scale ideally suited for any farm or stable environment. Aluminum construction and stainless steel captive ball leveling feet work together to make this an easy to move and easy to level weighing platform which is impervious to weather and corrosion.
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MODEL 660 "CLASSIC" SERIES
HEAVY DUTY
LOW PROFILE SCALES
The Cambridge Scale Works, Inc. Model 660 “Classic” Series bases feature Heavy Structural Tubular Steel Construction, Heavy Diamond Tread Deck Plate, Captive Ball Leveling Feet, Top Access NEMA 4x Junction Box and a Unique Load Cell alignment for increased accuracy with decreased cell damage from side loading.
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