LINDEMANN NxtCut Scrap Metal Shears
LINDEMANN NxtCut Scrap Metal Shear
LINDEMANN
NxtCut Scrap Metal Shear
Side compression Shear
The efficiency class for medium scrap capacities, developed specially for processing medium volumes of different materials.
Highest energy efficiency and best maintainability were essential in the final development. The compact and sturdy design underlines its place in this segment.
Next generation of side compression midsize shears
The three-dimensional charge box of the NxtCut with side ram, lid, and pusher easily processes light to medium-heavy scrap with its overstroke function. The design features of the shear frame, such as the generously dimensioned and easy-to-adjust guide rails and a robust blade table, provide optimum load absorption during cutting. This provides maximum protection for the structure of the NxtCut shear frame and reduces maintenance costs accordingly.
The working Principle
Effective loading
Loading
The scrap is transported to the charge box by means of a grapple or crane. The material is compacted vertically by the lid in interaction with the lateral compaction by the side press. The generously designed overstroke of the lid and side press ensures maximum density and minimum wear in the box area. The laser-controlled pusher can additionally compact the scrap longitudinally if required. It then conveys it under the shear blade. The cutting and ejection process depends on the preselected cutting mode.
The scrap is transported to the charge box by means of a grapple or crane. The material is compacted vertically by the lid in interaction with the lateral compaction by the side press. The generously designed overstroke of the lid and side press ensures maximum density and minimum wear in the box area. The laser-controlled pusher can additionally compact the scrap longitudinally if required. It then conveys it under the shear blade. The cutting and ejection process depends on the preselected cutting mode.
Powerful cutting
Cutting
Mixed scrap that expands greatly after pre-compaction can be cut in „full stroke“ mode, while scrap that remains compact after pre-compaction can be cut in the time-saving „partial stroke“ mode. Any type of feed material with a constant fill level, such as bars and pipes, can be cut in „relative stroke“ mode to achieve the highest throughput rates for this material. The production of loose bales without any cut is realized with the „Logging“ mode.
Mixed scrap that expands greatly after pre-compaction can be cut in „full stroke“ mode, while scrap that remains compact after pre-compaction can be cut in the time-saving „partial stroke“ mode. Any type of feed material with a constant fill level, such as bars and pipes, can be cut in „relative stroke“ mode to achieve the highest throughput rates for this material. The production of loose bales without any cut is realized with the „Logging“ mode.
New design of the hydraulic drive unit
Advanced Hydraulic system
- Efficient 400-bar hydraulic unit reduces the power losses in the system by more than 30%. This corresponds to a saving of 72,000 kWh (equivalent to 52 t CO2) compared with the predecessor model at the same annual output.
- The tank volume is reduced by 60% to 2,500 Liters.
- The reduction in the number of parts and components reduces maintenance costs and simplifies maintenance work.
Data Sheet NxtCut
In our data sheet you will find an overview of all features and technical data of the product line. Please fill out the form below and you will receive the corresponding download link by email.
