Mould Tilter

The Mould Tilter is an essential machine designed for rotating or tilting heavy modules, coils, or rolls in various industries, including the steel, wire, and aluminum coil sectors. This equipment is primarily used for module up-ending, coil turning, and roll upending, offering a cost-effective solution for handling heavy loads with precision. With advanced technology and expert craftsmanship, the Mould Tilter ensures excellent performance, safety, and efficiency in operations.

Key Features of the Mould Tilter

Four-Roller Device with Polyamide Adhesive

The Mould Tilter features a four-roller device wrapped with polyamide adhesive, ensuring a secure grip on the load while preventing slippage during the tilting process. This design offers stability and enhances the machine’s ability to handle heavy loads without risk of damage.

Special Double Chain Drive System

The tilter is equipped with a special double chain drive, utilizing oblique gears and a worm speed reducer. This combination ensures smooth operation by transmitting power efficiently and providing precise control over the tilting motion. The chain drive system allows for consistent movement and reliable rotation, even under heavy load conditions.

Emergency Stop and Position Locking

For enhanced safety, the Mould Tilter includes an emergency stop and position locking function, which prevent unintended rotation. These features allow operators to stop the machine quickly in case of an emergency and secure the position of the load during the operation, minimizing the risk of accidents or mishandling.

Displacement Restrictors for Safe Operation

To guarantee safety during operation, the Mould Tilter is equipped with two displacement restrictors. These restrictors ensure that the machine does not exceed its designated tilt range, offering protection against over-rotation or mechanical failure, and ensuring that the load remains in a safe and controlled position.

Adjustable Tilt Angle with Precision Stopping

The machine allows the load to be tilted to any desired angle, with the ability to stop at any angle during turning. This precision ensures that the load is positioned accurately and reduces the likelihood of errors during handling, making it ideal for tasks that require exact positioning.

Inverter-Controlled Operation for Speed and Stability

The Mould Tilter features inverter controls, which allow for fast, stable, and safe operation. The inverter system enables the machine to adjust speed and optimize performance based on the specific task, providing flexibility and reducing the risk of accidents due to sudden movements or high-speed rotations.

Customizable Design and Integration

The Mould Tilter can be customized to meet specific client requirements and tailored to handle different types of products and operations. The machine can be designed to integrate with conveyor systems for seamless loading and unloading of materials, further improving the efficiency of production processes. Whether used for turning steel coils, aluminum coils, or other heavy modules, the tilter can be adapted to ensure optimal performance in various industrial settings.

Drive System and Power Transmission

The Mould Tilter is driven by a motor and gearbox, providing the necessary power to tilt heavy loads with precision. The combination of a high-performance motor and a reliable gearbox ensures smooth operation and durability, making the machine suitable for demanding industrial tasks.

Conclusion

The Mould Tilter is an indispensable tool for industries that require the rotation or tilting of heavy coils, modules, or rolls. With its advanced features, such as a four-roller device, double chain drive, emergency stop and position locking functions, and inverter-controlled operation, this machine offers reliable, safe, and efficient coil and module handling. The customizable design allows it to be tailored to specific needs, ensuring that it meets the exact requirements of various applications. Whether for steel, aluminum, or wire coils, the Mould Tilter provides a cost-effective and high-performance solution for precise load handling in industrial environments.