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If you are looking for an overhead crane for sale from a Chinese manufacturer, factory-direct pricing runs from $2,800 to $100,000+, depending on configuration, capacity, and span. A 3-ton single girder unit starts at around $3,500; a 10-ton single girder typically falls in the $5,000–$12,000 range; a 10–20 ton double girder runs $12,000–$25,000 FOB factory. These are real transaction prices — not catalog figures. Before you contact a supplier, confirm four variables: lifting capacity (tonnes), span (metres), lift height, and duty class (FEM/ISO). Having these ready cuts the quoting process from days to hours — and prevents the most common source of pricing surprises after you have already shortlisted a vendor. This page gives you a specification speed-reference, a pre-purchase checklist, and a clear picture of what to verify before placing your overhead crane for sale order — from first RFQ to factory shipment. Quick Price & Spec Reference Type Capacity Span China FOB Factory Price Best For Single Girder EOT 1 – 5 t 7.5 – 19.5 m $2,800 – $8,000 Light workshops, assembly lines Single Girder EOT 5…

Introduction A small overhead crane is a compact lifting system designed to handle light to medium loads within limited workspace environments such as workshops, warehouses, and small manufacturing plants. Installed on ceiling-mounted or freestanding runway beams, it enables efficient material handling, improves workflow, and reduces manual labor. Compared with larger industrial cranes, small overhead cranes are more cost-effective, easier to install, and highly adaptable to various operational needs. In this guide, we’ll explore what defines a small overhead crane, its key components, common types, and how to choose the right solution for your facility, helping you maximize efficiency while keeping investment under control. Main Components The structure of a small overhead crane is similar to that of a standard overhead bridge crane, but it is more lightweight and modular. Its main components include: Main Types of Small Overhead Crane With the diversification of application demands, different industries have higher requirements for the structure, capacity, and installation methods of small overhead bridge cranes, resulting in various types to suit different working conditions. Taking the Chinese crane manufacturer VOITTO as an example,…

Introduction In workshops, warehouses, and small manufacturing facilities, selecting the right light-duty overhead crane is essential for ensuring safe, efficient, and cost-effective material handling. With a wide range of options available, including lifting capacity, span, mounting methods, and control systems, choosing the most suitable crane requires a thorough understanding of your specific operational needs and work environment. In this guide, we will walk you through the key factors to consider when selecting a light-duty overhead crane, including load requirements, workspace constraints, customization options, and safety features, to help you make an informed decision that maximizes productivity while minimizing long-term costs. What Is a Light Duty Overhead Crane? A light duty overhead crane, also called a small overhead crane, which is a compact bridge crane system designed for lifting and moving relatively light loads, typically within a range of 0.5 to 10 tons—in confined or low-intensity working environments. It runs on overhead beams or tracks and is usually equipped with an electric hoist for smooth, controlled operation. Known for its simple structure, flexibility, and cost efficiency, this type of crane is…

If you run a small workshop, a 2 ton overhead crane is often the most practical lifting investment you can make. It covers the loads you actually handle — machinery parts, molds, steel stock — without the cost or structural demands of heavier equipment. But buying the wrong configuration creates real problems. Too low a lifting height. A trolley that doesn’t fit your beam. A hoist that trips the circuit breaker every other day. These mistakes are common, and most are avoidable with the right information upfront. This guide walks you through everything you need to decide: which type fits your space, which specs matter, and what questions to ask before you place an order. What Makes a 2 Ton Overhead Crane Right for Small Workshops The Load Range That Actually Fits A 2,000 kg rated capacity sits in a practical sweet spot for light manufacturing, fabrication shops, and maintenance facilities. It handles common workshop tasks — moving dies, positioning machine tools, loading material onto benches — without oversizing the equipment or overloading the building structure. Most small workshops rarely…

What Is a Magnetic Crane? Magnetic crane, also often referred to as a magnetic lifting crane or electromagnetic crane, is widely used in industries such as steel manufacturing, scrap recycling, and port logistics. It not only improves operational efficiency but also reduces the risks associated with manual handling, becoming an indispensable piece of equipment in the field of metal material handling. This article will provide a detailed explanation of its structure, working principle, types, maintenance, and safe use, hoping to assist you in selecting the right magnetic crane. Magnetic Crane Parts A magnetic crane typically consists of several parts that work together to complete material handling tasks. Crane Body: The main structure of the equipment, responsible for lifting, moving, and positioning loads. Many magnetic overhead cranes utilize a bridge structure to achieve efficient material transport. Magnetic Lifting Device: This is the core component of a lifting magnet crane, used to generate magnetic force to adhere to metal objects. Common types include electromagnets and permanent magnetic lifting devices. Control System: Used to operate and manage the crane’s operation. It controls the…

Choosing a 10 ton overhead crane is not a small decision. It affects daily operations, worker safety, and your facility’s long-term productivity. Yet many buyers rush the process — and end up with a crane that doesn’t fit their layout, duty cycle, or budget. This guide cuts through the confusion. Whether you’re comparing a 10 ton bridge crane for a new workshop or replacing aging equipment, you’ll find the practical information you need. We cover the key specs, the main crane types, what drives 10 ton overhead crane cost, and the questions you must ask before signing any purchase order. No jargon overload. No vague recommendations. Just the facts that help you decide. Understanding the 10 Ton Overhead Crane: What You’re Actually Buying What “10 Ton” Really Means The rated capacity of 10 tons (approximately 10,000 kg) tells you the maximum load of 10 ton bridge crane is designed to lift safely. But capacity alone does not tell the whole story. A crane’s safe working load (SWL) must account for the weight of the hook block, lifting attachments, and any…

Why Load Testing Is a Safety Officer’s First Line of Defense If you’re responsible for crane safety at your facility, overhead crane load testing is not optional — and it’s not just paperwork. It’s the single most reliable way to confirm that your overhead crane will perform safely before a real load hangs in the air. Many safety officers understand overhead crane load testing in theory. The real challenge is knowing exactly when it’s required, what the standards demand, and what happens when a test is missed or skipped. The financial and human costs of getting this wrong are significant. This article cuts through the regulatory complexity. You’ll leave knowing what OSHA requires for U.S. facilities, how EU Machinery Directive and EN 15011 govern load testing across Europe, what Russia’s EAC TR CU 010/2011 demands, and how a structured testing schedule protects your facility regardless of jurisdiction. What Overhead Crane Load Testing Actually Measures A load test is not simply “picking up a heavy object.” It is a controlled, documented process designed to verify that every structural and mechanical component…

For warehouse operators, choosing the right warehouse crane system is crucial, as it directly impacts operational efficiency, safety, and profitability. Furthermore, selecting the right crane equipment requires striking a balance between lifting capacity, building constraints, budget considerations, and long-term operating costs. This buyer’s guide provides warehouse managers, facility engineers, and procurement professionals with the technical knowledge and decision-making framework needed to specify, evaluate, and purchase warehouse crane systems. You’ll understand different types of warehouse cranes, specifications, supplier evaluation criteria, and total cost of ownership calculations that ensure your investment delivers maximum value. Understanding Warehouse Crane Applications and Advantages Users utilize warehouse cranes to move products, raw materials, and finished goods within storage and distribution facilities. Warehouse cranes have become the preferred solution for material handling operations. Key Applications and Advantages Operators use overhead crane systems for receiving, high-bay storage and retrieval, loading and unloading, and cross-transfer operations. Overhead cranes can handle heavy or large materials that forklifts cannot operate, such as machinery equipment, steel coils, and modular pallets. The operational advantages primarily include freeing up ground space, increasing warehouse space…

The 5-ton bridge crane can lift loads up to 5 tons, suitable for factories, workshops, warehouses, and steel mills. Featuring a robust structure, smooth lifting operation, and reliable safety devices, it is ideal for heavy-duty applications. This article will cover the main components, working principles, technical specifications, application scenarios, and pricing factors of the 5-ton bridge crane, while comparing it with other lifting equipment. Please continue reading. What Is a 5 Ton Overhead Crane? The 5-ton bridge crane operates on fixed rails, enabling smooth lifting and lateral movement. It is suitable for medium-load environments such as workshops, warehouses, or steel mills. Types of 5 Ton Overhead Cranes 5 Ton LD Single Girder Overhead Crane LD Type Single Beam Overhead Crane is the most common 5-ton single-girder bridge crane, featuring a wire rope electric hoist. Its simple structure and lower cost make it suitable for routine material handling in general workshops and warehouses. 5 Ton LX Suspension Overhead Crane LX Type Suspension crane features a suspended structure with the running track mounted on the factory ceiling, eliminating the need for support…

Monorail cranes are suspended lifting devices that operate along a single fixed rail. Using electric hoists, they can transport materials along straight or curved paths to designated points. They are used in indoor industrial environments such as workshops, production lines, and warehouses, and are suitable for material handling scenarios where there are defined logistics routes between workstations. This article systematically introduces the structural characteristics, common types, primary components, and operating principles of these systems. It analyzes their differences from bridge cranes and jib cranes through typical industrial applications. Additionally, it outlines selection criteria for monorail cranes based on key factors such as lifting capacity, track layout, and operating conditions. What Is a Monorail Crane? the cranes are overhead lifting devices installed within factory buildings, transporting materials from one workstation to another along a fixed rail. These systems operate along predetermined routes and are primarily used in production and assembly scenarios where workpieces require movement according to fixed processes. They feature a simple structure and offer flexible operation. Types of monorail crane​ Monorail cranes can be classified based on their track…

Users employ a magnetic crane to move metal materials in scrap yards, steel mills, and ports. This special lifting system uses electromagnetic force to move ferromagnetic materials, rather than hooks or slings. Understanding how magnetic cranes work reveals their ingenious engineering design, perfectly combining electrical principles with the handling of metal materials. This article will explain the basic working principles of magnetic cranes, covering everything from electromagnetic physics to practical safety systems. Whether you are considering equipping your factory with magnetic lifting equipment, training operators, or are simply interested in industrial technology, you will gain a clear understanding of how this equipment works. Operating principle of the magnetic crane When the operator activates the electromagnetic chuck, the internal coil generates a magnetic field, causing the chuck to attract magnetic materials below. This electromagnetic chuck system converts electrical energy into magnetic force, enabling it to lift everything from small metal parts to large steel plates weighing several tons. What is electromagnetic force? The core component of a magnetic crane is an electromagnet—an insulated copper wire wound around an iron core. When…

A free standing bridge crane is a lightweight, modular overhead lifting system that uses high-strength aluminum alloy rails and rigid connection structures. This design offers flexible installation, smooth operation, and adaptable configurations that suit diverse production environments. If you operate processing lines requiring frequent lifting over short distances, free standing bridge cranes provide efficient material handling without heavy infrastructure investment. These systems excel in applications where loads under 5 tons need precise positioning and flexible coverage patterns. This guide explains how free standing bridge cranes function, their key advantages, and essential selection considerations. Understanding Free Standing Bridge Crane Design Lightweight Modular Architecture Free standing bridge cranes employ modular construction with high-strength aluminum alloy rails as primary structural elements. These rails provide exceptional strength-to-weight ratios while maintaining smooth running surfaces. The rigid connection structure ensures stable load transfer throughout the system. The modular nature allows system expansion or reconfiguration as production needs evolve. Components connect through standardized interfaces, enabling quick assembly and future modifications. Facilities can adjust span lengths, add branches, or create complex coverage patterns without complete system redesign. Flexible…