 |
|
 |
| |
|
|
|
|
| |
|
|
| MULTISYSTEM MS |
| |
The multisystem from Mantovanibenne is the most versatile tool in the demolition range. A twin cylinder main body that can be fitted with up to 6 different jaw configurations.
The twin cylinder configuration ensures that the equipment is not only amongst the most powerful on the market, but makes it particularly efficient on high reach demolition equipment, giving excellent visibility for the operator.
All models are equipped with speed power valves, giving the optimum cycle times, and ultimately maximum power when required.
All models have full and continuous 360° rotation, ensuring precise positioning of the equipment every time.
Ten years of continuous development have resulted in 6 effective jaw sets for a variety of demolition applications:
• Crusher Jaws for Primary Demolition
• Pulveriser Jaws for Secondary Demolition
• Shear Jaws for Steel Processing
• Combi Jaws for Concrete and Steel Cutting
• Plate Jaws for Tanks and Plate Steels
• Recycling jaw for Concrete slab processing (with rebar)
Crusher Jaw Set CR
The Crusher jaw set is indicated for the primary demolition actions.
Pulveriser Jaw Set CP
The Pulveriser jaw set is indicated for the secondary demolition actions, separating bars from concrete.
Shear Jaw Set SH
The Shear jaw set can be used on all industrial demolition sites for cutting materials such as section bars, pipes, tanks railway carriages, etc..
Combi Cutter Jaw Set CC
The Combi Cutter jaw set is especially designed and engineered for mixed concrete and steel applications, combining the advantages of Shear Jaw set and Concrete jaw set.
Plate Shear Jaw Set PSH
The Plate Shear jaw set is indicated for cutting tanks, containers, etc.. with a precise cut.
Recycling Jaw Set REC Recycling jaw set has a unique and advanced design: it allows concrete cutting in one easy actions.
We are constantly improving our products and therefore we reserve the right to change the design and technical specifications without prior notice. |
| |
|
|
| |
|
|
|
|
| |
|
|
|
|
|
 |
|
 |