180-Degree L-Shaped Tilter-Upender for Flipping Steel Plates

The 180-Degree L-Shaped Tilter-Upender is an advanced solution designed to simplify and automate the flipping of heavy steel plates in industrial processing and welding operations. With dual L-shaped flipping stations and a powerful hydraulic drive system, it efficiently handles various plate specifications, ensuring smooth and precise 180-degree flips, even for ultra-heavy materials. The integrated one-button intelligent control system streamlines the entire process, from loading to unloading. This innovative equipment significantly improves production efficiency and safety in heavy material handling.

Specification

Model	FZPT-2000A	FZPT-1500	FZPT-2000B	Range
Loading Capacity	2000kg	1500kg	2000kg	as required
Platform Size	1350*1500mm	1200*2000mm	1500*4000mm	as required
Tilting Angle	180°			as required
Speed	30s/time			as required
Actuation	Hydraulic			as required
Application	Iron & Steel Industries

Features

Dual L-Shaped Flipping Stations: The system comprises two L-shaped automatic flipping stations, designed to accommodate a wide range of heavy steel plate specifications, ensuring versatility in production.
Hydraulic Drive System: Equipped with high-performance hydraulic cylinders, the upender delivers smooth and powerful flipping actions. This system is capable of effortlessly flipping ultra-heavy steel plates by 180 degrees, guaranteeing precise movements with low energy consumption.
One-Button Intelligent Control: The integrated intelligent control system allows operators to execute the entire process—from loading and flipping to aligning and unloading—by simply pressing a button on the control panel. This feature significantly reduces operational complexity and increases efficiency.
Safety Mechanisms: The upender is designed with multiple safety features, including overload protection and an emergency stop function. In case of any anomalies, the system promptly initiates an emergency shutdown. Mechanical interlocks during various flipping stages further enhance safety, preventing accidental incidents.