HP-35A 35 Ton Hydraulic Press - JET

Specifications

The JET HP-35A 331431 is a robust 35 Ton Hydraulic Press designed for demanding industrial and workshop applications. This heavy-duty hydraulic press weighs 838 lbs, indicating a solid and stable construction. Its design supports various pressing tasks requiring significant force.

Key Features

• 35-Ton Pressing Force: Delivers substantial hydraulic power for a wide range of tasks, including pressing, bending, and straightening.
• Durable Construction: Built with a heavy-duty frame to withstand rigorous use in demanding environments.
• Precision Control: Engineered for controlled force application, essential for both heavy-duty and more delicate operations.
• Adjustable Work Bed: Features an adjustable bed height to accommodate diverse workpiece sizes and operational requirements, enhancing versatility for various tasks.

Applications

The JET HP-35A 35 Ton Hydraulic Press is well-suited for multiple industrial and automotive applications. It is commonly used in metal fabrication for forming, bending, and straightening components. This industrial hydraulic press is also effective in automotive repair shops for tasks such as installing or removing bearings, bushings, and gears. Its capacity makes it a valuable asset for general assembly and disassembly operations where significant force is required.

Benefits

• Increased Efficiency: The substantial 35-ton capacity allows for quick and effective completion of high-force pressing tasks, reducing manual effort and operational time.
• Enhanced Versatility: Capable of handling numerous functions from straightening heavy metal to pressing intricate components, making it a multi-purpose tool for various workshops and industries.
• Improved Safety: Designed for stable operation, minimizing risks associated with high-force applications and contributing to a safer work environment.
• Long-Term Reliability: Constructed for durability, ensuring consistent performance and a long operational lifespan under challenging working conditions.