Description：

The die flipper for mould and die is a cutting-edge device engineered to enhance the operational efficiency in industrial environments where precision and safety are paramount. This robust tool simplifies the process of manipulating heavy and cumbersome moulds and dies, providing a secure mechanism for flipping and positioning. By integrating this innovative solution, facilities can expect a noticeable reduction in labor costs, minimized risk of workplace injuries, and an overall boost in production throughput. Ideal for automotive, plastics, and metalworking industries, the die flipper ensures that your operations remain smooth, efficient, and uninterrupted.

Specifications：

• Purpose: Specifically designed for the efficient and safe flipping of heavy moulds and dies within industrial settings.
• Applicable Industries: Primarily used in mold manufacturing, die casting, automotive part production, and maintenance workshops.
• Maximum Load Capacity: Capable of handling up to 50T, ensuring it can accommodate large and heavy dies.
• Flip Speed: Engineered to complete a flip cycle within 2 minutes, optimizing workflow and reducing downtime.
• Control System: Equipped with a state-of-the-art PLC-based automated control system that provides precision and ease of operation.

Applicable industry:

• In preparing wind turbine blades for transportation, the upender is crucial for safely orienting and securing blades for transit. It accommodates blades from 40 to 65 meters in length and up to 28 tons, allowing precise and controlled movement from horizontal to vertical positions. Made from robust materials capable of handling heavy loads, the upender features high-strength steel components and durable mechanics, designed to operate in varied environmental conditions. Its dimensions are specifically designed to fit large turbine blades, with an internal diameter adaptable to different curvatures and a width range from 4 to 7 meters to fit various profiles. Using an upender in this application reduces handling damage risks and enhances loading efficiency, crucial for minimizing transportation costs and logistical challenges associated with moving large components.

• In the specialized realm of aircraft skin panel production, the upender is a critical tool designed to handle and accurately position large metal sheets with precision. This machine effectively manages sheets that are 2 to 10 meters in length and supports a weight capacity of up to 15 tons, accommodating a broad range of material specifications used in aircraft construction. Constructed from durable, high-strength alloy steel, the upender is engineered to withstand extensive industrial usage while maintaining resistance to wear and deformation. The device offers adjustable settings for the internal diameter and width, which can be tailored from 0.5 to 3 meters, allowing for a precise fit for various panel shapes and sizes. This adaptability is critical in preventing damage like warping or bending during the handling process.

• In the specialized sector of engine component production, the crankshaft rotation upender is crucial for the detailed handling and positioning of heavy crankshafts. It supports crankshafts weighing between 200 to 1500 kilograms and can manage lengths up to 3 meters and diameters up to 0.5 meters. Constructed from high-grade alloy steel, the crankshaft rotation upender withstands the harsh demands of constant industrial operations. Featuring precision adjustment mechanisms, this upender aids in rotating crankshafts between vertical and horizontal positions, which is essential for their machining, inspection, and assembly. Its sturdy build and precise control enhance safety, improve efficiency, and increase accuracy on the production floor, reducing the likelihood of component damage during handling.

Main Features：

• Warranty: Comes with a standard 2-year warranty with options for extended warranty services, providing additional security and support.
• Additional Features: Features adjustable clamping force for secure handling of different die sizes, customizable flip angles to meet specific operational needs, and optional accessories like remote control operation for enhanced user convenience.
• Installation Requirements: Includes detailed guidelines for installation and requires minimal assembly, ensuring it can be quickly set up and integrated into existing workflows.
• Maintenance: Low maintenance requirements with easy access to serviceable parts and customer support for troubleshooting and repairs.
• Material Construction: Constructed from high-grade steel for enhanced durability and long-term resilience against wear and tear.