Make
OSA
Model
DEMOLITION/SCRAP STEEL SHEARS SH Series By BOSS ATTACHMENTS "IN-STOCK"
Category
Machinery Attachments: Demolition Shear
Year
2016
Location
Australia: Australia
113 Wisemans Ferry Road, Somersby, NSW, 2250, Australia
Condition
New
Price
Price on Request

Description

  • BOSS ATTACHMENTS, Australia's leading supplier of EXTREME EARTHMOVING ATTACHMENTS by BOSS, O.S.A Controlled Demolition Systems-Italy, MB The Crushing Evolution-Italy, and DYMAX Forestry Work Tools-U.S.A.
  • The O.S.A SH Series deliver an unmatched power and performance factor guaranteed to increase productivity and profit. A recognized world leading shear with unparalleled advancements, forward-thinking design with high metallic components to deliver a superior level of cutting force.
  • The SH Series have been engineered to achieve an optimal power to weight ratio in primary and secondary controlled demolition applications. This world leading shear is perfectly suited to apply itself to a wide variety of process applications. Processing of concrete encased structural steels, demolishing steel structures, scrap yards processing or even processing of steel-reinforced concrete are performed with ease.
  • Key Features
  • Entirely built with HARDOX® & WELDOX®, each unit proudly carries the HARDOX seal of approval.
  • An innovative system PRV (Pressure Relief Valve) protects the shear from high pressure spikes;
  • Regenerative speed valve improves cycle times by up to 33% compared to standard hydraulic systems. Delivering faster cycle times yielding more cuts per hour than traditional shears.
  • 360° hydraulic rotation with anti-shock valve for precise material access and alignment.
  • A reversed technology large-bore, long-stroke cylinder protects the rod and delivers unmatched power increases to the throat and piercing tip.
  • 4 way Indexable, interchangeable blades for precision cutting.
  • Replaceable piercing tip for optimum productivity.
  • A dual guide blade register system accommodates tip heat expansion for blade precision alignments in extreme conditions