90-Degree 3-Ton Mechanical Upender

This 90-degree mechanical upender is designed for flipping heavy-duty components such as the casting shells of screw pumps. With a robust load capacity of 3 tons, it features dual platform dimensions of 1.5m × 1.5m. The upender utilizes an electric gear motor to drive a single sprocket chain mechanism, ensuring smooth and efficient flipping operations.This upender provides reliable performance, making it an ideal solution for handling and reorienting heavy and irregularly shaped components in industrial applications.

Specification

Model	FZPT-3000	Range
Loading Capacity	3000kg	as required
Platform Size	15001500mm+15001500mm	as required
Tilting Angle	90°	as required
Speed	60s per cycle	as required
Actuation	Mechanical	as required
Application	Manufacturing/Steel Industry

Features

Chain-Driven Flipping Mechanism: Equipped with an electric gear motor driving a robust single or double chain system, the upender delivers smooth, precise, and reliable flipping. The chain configuration is adjustable based on the load’s capacity and center of gravity, ensuring stability and efficiency.
Optimized Platform Design: Features dual platforms measuring 1.5m × 1.5m each, accommodating a wide range of load sizes and shapes, making it versatile for various industrial needs.
Reinforced Steel Construction: Constructed with robust welded steel for superior durability and structural integrity. The full steel bottom plate adds stability, ensuring safe operation even under maximum load conditions.
Fast and Efficient Operation: Capable of completing a full 90-degree flip in just 60 seconds, this upender is designed to streamline workflows and increase productivity in high-demand environments.
Customizable Chain Configuration: Depending on the load’s weight distribution and center of gravity, the upender can be configured with single or double drive chains, providing flexibility to meet specific operational requirements.
Enhanced Safety and Stability: The chain-driven mechanism and reinforced design ensure secure handling of uneven or irregularly shaped loads, minimizing the risk of accidents or damage.