Inclined shears represent a fundamental engineering solution in the materials recovery sector. Unlike other types of scrap shears, these systems are distinguished by their inclined work and cutting bed, a design feature that optimises material feed by gravity. This design facilitates the cutting process, making inclined shears for cutting metallic scrap particularly efficient for the volume reduction of mixed, bulky, or difficult-to-manage materials. From an operational standpoint, these scrap processing machines offer significant advantages:

• Efficiency and productivity: the inclined configuration allows for a continuous work cycle. The material is pushed or slides naturally towards the cutting zone, reducing downtime. Inclined shears for cutting metallic scrap are therefore ideal for high production volumes.
• Strength and reliability: most of these machines are hydraulic inclined shears for the recycling industry. The hydraulic system ensures exceptional and constant cutting force, essential for processing tough materials like heavy iron and steel.
• Automation and safety: advanced models, like the automatic inclined shear for iron and steel, integrate PLC (Programmable Logic Controller) systems that manage the entire cutting cycle, from material measurement to the shearing sequence, optimising productivity and minimising operator intervention.

In summary, the adoption of hydraulic inclined shears allows recycling companies to process scrap metal faster, more safely, and more economically, preparing the material to the specifications required by steel mills and foundries.

Our range of inclined shears is designed to meet diverse power, logistic, and automation needs. The offer is structured around several key configurations:

• Power and dimensions: the range spans from high-power hydraulic inclined shears, intended for intensive work cycles and very thick materials, to compact inclined shears for small scrap yards, which optimise space without compromising efficiency.
• Logistics: for sites requiring flexibility and movement, we offer specific versions of mobile shears, which are easily transportable and quickly operational.
• Automation and control: the most technologically advanced models, such as the slide shear with automatic lubrication system and electronic power control, are designed to maximise operational efficiency and reduce maintenance.
• Safety: operator protection is a priority. We design every automatic inclined shear with an advanced safety system to ensure full compliance with current regulations and reduce operational risks.

Inclined shears for metal disposal and recycling are versatile solutions designed to be the primary tool in the materials recovery process. From a materials perspective, they are engineered to process most types of scrap, being effective as both inclined shears for ferrous and non-ferrous scrap. Furthermore, specific configurations and dedicated blades are available for the inclined shear for aluminium and copper scrap. The main application sectors include:

• Recycling centres: the inclined shear for scrap metal collection centres is the machine of choice for this sector.
• Car dismantling: we supply robust models such as the inclined shear for car dismantlers and scrapyards, ideal for the volume reduction of end-of-life vehicles (ELVs).
• Heavy industry and steelmaking: the automatic inclined shear for the steel industry and the automatic inclined shear for metal fabrication are fundamental for preparing “furnace-ready” scrap.
• Demolition and production: inclined shears for industrial demolition plants are used for managing waste materials and as inclined shears for processing industrial production waste (offcuts, swarf, bales).

Choosing the correct inclined shear depends on a precise analysis of operational needs and the materials to be processed. The first factor to evaluate is the type of scrap: for high-strength materials, an inclined shear for processing ferrous materials or, more specifically, inclined shears with high cutting force for steel are necessary, ideal for high-density materials. Secondly, the plant configuration must be considered. Slide shears for scrap (synonymous with inclined shears) use gravity to optimise the feed, a key advantage for these scrap machines. Finally, it is crucial to consider the technical characteristics of the latest generation inclined shears. Key factors to evaluate include:

• Structural robustness: the presence of a reinforced structure is essential for inclined shears, ensuring maximum durability and resistance to the intense mechanical stresses typical of cutting heavy scrap.
• Hydraulic efficiency: the quality of advanced hydraulic systems (pumps, valves) determines the speed of the cutting cycle and is the heart of inclined shears with high cutting force, while also optimising energy consumption.
• Power versatility: the availability of different power options – diesel, electric, or combined (hybrid) – allows the slide shears for scrap to be adapted to the plant layout, energy costs, and environmental regulations.
• Automation and control: management via PLC (Programmable Logic Controller) is fundamental for optimising cutting cycles and managing the diagnostics of a modern inclined shear, integrating it into the plant’s safety systems.
• Customisable configurations: the ability to adapt parameters such as the box length, blade type, and specific options, transforming these scrap machines to perfectly suit the material being processed.

The advantages of high-energy-efficiency inclined shears translate into a significant reduction in operating costs and an increase in the plant’s productivity and sustainability. These scrap machines achieve such results thanks to specific engineering innovations:

• Power optimisation: the inclined shear with adjustable power for different materials, often configured as an inclined shear with PLC for automatic parameter control, ensures that the motor (electric or diesel) delivers only the energy strictly necessary for the cut, avoiding waste.
• Maximised productivity: efficiency is also measured in speed. The inclined shear with high-speed cutting cycle, combined with the design of continuous feed shears, maximises the hourly production of processed material.
• Sustainability and reliability: efficiency includes reducing environmental impact and machine downtime. The automatic inclined shear with emissions reduction (both CO2 and acoustic) and the inclined shear with simplified and rapid maintenance reduce running costs. Furthermore, an inclined shear with an advanced cooling system protects the hydraulic components, ensuring constant performance.

These features make inclined shears for metal materials recovery fundamental tools in modern industry, transforming simple waste materials into an efficient profit centre.

Choosing inclined shears with European CE certification is a fundamental guarantee of safety, regulatory compliance (essential for Health and Safety Managers), and operational reliability. The CE marking certifies that the machine meets strict EU standards. This implies the use of inclined shears with high-quality components and shears with a reinforced structure for heavy loads, designed to withstand intensive work cycles safely. This compliance is an essential standard that only the best brands of inclined shears for scrap guarantee. Often, these certified machines also include advanced features, such as the automatic inclined shear with remote monitoring, for total process control.

One of the key advantages of Ing. Bonfiglioli’s inclined shears is the ability to operate on any type of terrain without the need for civil works, drastically reducing costs and commissioning times. The guidelines on how to correctly install an inclined shear for scrap therefore focus on positioning stability and strict compliance with safety regulations for the use of inclined shears. Once operational, following the maintenance guide for inclined shears is fundamental to prolonging the lifespan of an inclined shear. This includes the lubrication and cleaning of industrial inclined shears and a periodic overhaul for automatic inclined shears. To avoid common errors in the use of an inclined shear, training is essential. Relying on our technical support for industrial inclined shears for installation and maintenance is the best strategy to maximise productivity.