Description：

The Customized Coil Tilter and Customized Upenders Tilters are designed to provide precise and secure handling solutions for heavy industrial loads, specifically tailored to meet the unique requirements of each client. These systems are ideal for industries that manage heavy coils and need to reposition them safely and efficiently. The customized design allows integration into various production lines, accommodating specific load sizes, weights, and operational environments. Enhanced with robust safety features, these machines ensure operator safety while improving workflow efficiency. The Customized Coil Tilter and Customized Upenders Tilters are essential tools for optimizing material handling processes, reducing labor costs, and increasing overall productivity in manufacturing and processing facilities.

Specifications：

• Purpose: Facilitate the safe and efficient handling and positioning of heavy industrial loads, such as coils and other bulky items
• Load Capacity: Customizable, typically ranging from 1 ton to over 50 tons based on client specifications
• Operation Mode: Available in manual, semi-automatic, or fully automatic based on operational needs
• Tilting/Flipping Range: Customizable angles, usually from 0° to 180° for optimal positioning flexibility
• Drive System: Options include hydraulic, pneumatic, or electric systems tailored to specific load and operational requirements

Applicable industry:

• The bogie rotator upender is engineered for the specific task of rotating and positioning bogies—the wheel and axle assemblies—in rail cars. It can accommodate bogies up to 4500 mm in length and 120 mm in thickness, proving indispensable for handling these essential components. This upender ensures that bogies are safely and efficiently rotated into the correct orientation for assembly and maintenance, enhancing these processes significantly. By automating the cumbersome task of bogie manipulation, the upender not only boosts production efficiency but also significantly enhances workplace safety, mitigating the risks associated with manual handling of heavy and cumbersome components, thus contributing to more reliable and quicker assembly lines.

• Metro tracks for urban environments are fabricated from high-strength, wear-resistant steel alloys, made to withstand the rigorous operational conditions of city transit systems. The gauge is standardized at 1435mm, while the external dimensions and profiles are tailored to enhance compatibility with urban tunnel designs and ground interfaces. Strategic adjustments in material thickness and width are made to support the high volume of passengers and frequent train intervals typical of metropolitan subways. One crucial advantage of these tracks is their exceptional stability and minimal track deformation, ensuring safer and smoother journeys for commuters. This design significantly boosts the reliability of the transportation system and minimizes disruptions, optimizing both operational efficiency and commuter satisfaction in densely populated areas.

• For the management of large steel girders, the importance of an upender cannot be overstated. It handles girders weighing from 15 to 70 tons and up to 40 meters long. These girders, with a width ranging from 1 to 3 meters and a thickness of 20 to 60 cm, are crucial for the structural framework of bridges. By rotating these sizable girders from a horizontal to a vertical orientation, the upender significantly boosts on-site safety by limiting direct manual handling and reducing the risk of accidents. This mechanized rotation also aids in faster and more accurate girder placement, streamlining the assembly process and enhancing both safety and efficiency, thereby shortening the construction schedule and reducing project costs.

Main Features：

• Control Interface: Customizable control options including push-button controls, remote wireless controls, and advanced PLC systems for precision and ease of operation
• Safety Features: Equipped with emergency stops, safety locks, overload protection, and other safety mechanisms to ensure operator and workplace safety
• Material Construction: High-quality steel or other alloys chosen for durability and compliance with industry standards
• Surface Treatment: Options for corrosion-resistant finishes, including powder coating or galvanized treatments, suitable for various industrial environments
• Power Requirements: Customized to client's local power supply conditions, options include 110V, 220V, 380V, or other as required