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Hydraulic Pusher

Revolutionizing Furnace Operations with Efficiency and Safety

LeisterTech Hydraulic Pusher for Enhanced Furnace Efficiency

LeisterTech’s Hydraulic Pusher is a cutting-edge solution designed to enhance the efficiency, safety, and productivity of induction furnace operations. This innovative system is engineered to minimize manual labor, optimize scrap density within the furnace, and maximize the melting process, making it an indispensable tool for iinduction furnaces.

What is a Hydraulic Pusher?

A Hydraulic Pusher is a specialized device used in induction furnaces to push and manipulate scrap metal. By automating the process of feeding scrap into the furnace, the Hydraulic Pusher eliminates the need for manual intervention, reducing the risks associated with high-temperature environments and improving the overall efficiency of the melting process.

hydrolic pushers
Key Features of LeisterTech Hydraulic Pusher

LeisterTech Hydraulic Pusher enhances furnace operations with efficient scrap density optimization, reduced manual labor, and improved melting processes.

Innovative and Rugged Design

The Hydraulic Pusher features a robust design to withstand harsh melt deck conditions, ensuring long-term durability and minimal maintenance requirements.

Increased Scrap Density

The Hydraulic Pusher increases scrap density, allowing more material to be melted per cycle and enhancing yield and furnace efficiency significantly.

Full Space Occupation

The Hydraulic Pusher ensures that the entire furnace space is fully occupied by scrap, optimizing the melting process and reducing the number of cycles needed per batch.

Electro-Hydraulic Operation

Utilizing electro-hydraulic technology, the pusher operates with precision and power, reducing the need for manual labor and improving the consistency of the melting process.

Safety and Operator Comfort

The system keeps operators safe from extreme heat and molten metal, while the articulating arm and suspended head reduce physical strain and provide easy, precise, and efficient scrap manipulation.

High Melting Rate

The Hydraulic Pusher increases the rate of melting metal per cycle by ensuring that more scrap is melted in each batch, resulting in higher production output and maximized furnace efficiency and effectiveness.

Labor and Production Efficiency

By automating the scrap feeding process, the Hydraulic Pusher reduces the need for manual labor, allowing operators to focus on other critical tasks. This not only improves production efficiency but also reduces labor costs.
Hydraulic-Pusher
Why Choose LeisterTech’s Hydraulic Pusher?

Enhanced Furnace Utilization

The Hydraulic Pusher maximizes furnace utilization by ensuring efficient use of every inch, increasing scrap melted per cycle.

Improved Safety for Operators

The Hydraulic Pusher improves safety by distancing operators from the furnace and minimizing heat and fumes exposure.

Higher Production Output

The Hydraulic Pusher boosts production by melting more scrap per cycle, making it cost-effective induction furnace.

Reduced Manual Labor

The automated Hydraulic Pusher reduces manual intervention, minimizing human error and lowering labor costs.
Applications of Hydraulic Pusher
The Hydraulic Pusher is used across various metalworking industries for the efficient handling and melting of different types of scrap. Key applications include:

Steel Plants

Pushing and manipulating scrap metal in induction furnaces for melting steel, iron, copper, aluminum, and other materials.
Frequently Asked Questions (FAQs)
Find quick answers to common questions about Hydraulic Pusher.

The Hydraulic Pusher is designed to handle a wide range of scrap materials, including steel, iron, copper, aluminum, and other metal scraps commonly used in induction furnaces.

The Hydraulic Pusher keeps operators at a safe distance from the furnace, reducing their exposure to extreme heat, fumes, and molten metal splatters. This significantly enhances workplace safety.

Yes, LeisterTech offers customization options for the Hydraulic Pusher to ensure it fits the specific requirements of your furnace and operations, providing optimal performance.

The Hydraulic Pusher is designed for minimal maintenance, with durable components that ensure long-lasting performance. Regular inspections and routine maintenance will keep the system operating efficiently.

By reducing the need for manual labor in the scrap feeding process, the Hydraulic Pusher allows operators to focus on other critical tasks, decreasing labor costs and improving overall efficiency.

By automating the scrap feeding process and increasing the density of scrap in the furnace, the Hydraulic Pusher reduces the number of cycles needed per batch, leading to higher production output.