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Disponibilidad excepcional: Solo quedan dos grúas RTG de alta gama. Terminales de contenedores, puertos, parques logísticos y revendedores de equipos que buscan una grúa RTG: dos grúas pórtico sobre neumáticos (RTG) de última generación, completamente ensambladas, están disponibles para inspección y envío inmediatos. Por tiempo limitado, cada unidad tiene un precio de tan solo $995,000, un descuento significativo en comparación con una máquina nueva similar fabricada a medida. La mayoría de los compradores que solicitan una grúa RTG nueva se enfrentan a plazos de entrega de 6 a 12 meses o más. Estas dos unidades evitan por completo esa espera. Están ensambladas, probadas y disponibles de inmediato, una gran ventaja para cualquier operador que se enfrente a plazos de entrega ajustados, planes de expansión de flota o necesidades urgentes de reemplazo de equipos. Solo hay 2 unidades disponibles. Una vez vendidas, esta configuración exacta no se repondrá a este precio. Especificaciones de la grúa RTG: RTG 41t-23.47m-18.2m A7 Ver imágenes de detalles del producto-> Esta grúa en stock está construida según la especificación RTG 41t-23.47m-18.2m A7: una grúa pórtico para contenedores de alta resistencia con neumáticos de caucho, diseñada para operaciones de patio de alto rendimiento. Detalles de la especificación Modelo RTG41t-23.47m-18.2m A7 Capacidad de elevación 41 toneladas Alcance…

A hydraulic gantry crane is a heavy-duty lifting system. This equipment is equipped with hydraulic cylinders and hoisting motors to lift, lower, and position loads. Engineers typically opt for this type of equipment when a project exceeds the actual lifting capacity of a bridge crane or mobile crane. Its load capacity typically ranges from 100 tons to over 1,000 tons. Next, VOITTO Crane will provide a detailed overview of the equipment’s operating principles, components, areas of application, and factors that buyers should evaluate before making a purchase. What is a Hydraulic Gantry Lifting Systems? This lifting system is a modular steel structure equipped with hydraulic lifting cylinders that can raise and lower loads along a controlled vertical path. The frame typically consists of four or more legs connected by a horizontal beam, with the load suspended from lifting points beneath the horizontal beam. Unlike wire-rope hoists, which rely on drums and steel cables to lift loads, this system uses hydraulic pistons driven by a central hydraulic power unit to push or pull the load. The primary purpose of this equipment…

Choosing the right electric hoist for an electronics manufacturing plant comes down to matching lifting frequency and load precision to the right hoist type — most PCB assembly, EMS, and component plants in Thailand are well served by an electric chain hoist or wire rope hoist in the 0.5–10 ton range, not specialized cleanroom equipment. If you’re sourcing lifting equipment for a facility in Rayong, Chonburi, or another Eastern Economic Corridor industrial zone, the decision usually isn’t about raw lifting capacity — electronics manufacturing rarely involves the multi-ton loads seen in steel or automotive plants. Instead, the real challenges are precise, low-shock positioning around sensitive components, matching Thailand’s 380V/50Hz power supply, and holding up in a humid, coastal industrial climate without corroding. This guide walks through the electric hoist types that fit electronics manufacturing environments, the selection factors that actually change the outcome (duty class, positioning control, protection rating, voltage), and the certification checks you should run before placing an order. Types of Electric Hoists Suited to Electronics Manufacturing Hoist Type Capacity Lift Height Hoisting Speed Market Reference Price Best…

The electric overhead travelling crane is one of the most widely used material-handling solutions in industrial facilities. Mounted on overhead track beams above the work area, this equipment can move loads in three directions—up and down, left and right, and longitudinally—without occupying floor space. For plant managers, procurement teams, and engineers evaluating lifting equipment, understanding the structure and operating principles of electric overhead cranes is a crucial step in selecting a system that meets production needs, safety requirements, and long-term maintenance budgets. In the following sections, this article will cover the structure, operating principles, manufacturer selection criteria, and typical applications of electric overhead cranes, and compare them with mobile cranes. What Is an Electric Overhead Travelling Crane? An electric overhead traveling crane is also known as a bridge crane. This equipment operates on overhead tracks mounted on a building’s structure or on dedicated support columns. Its name accurately describes how the machine works: “electric” refers to the motor-driven hoisting and traveling mechanisms; “bridge” refers to the fact that it is located above the work area rather than on the ground;…

A gantry crane for sale in Peru typically runs $9,000 to $230,500+ (approximately S/ 30,400 to S/ 779,000+) FOB factory, depending on lifting capacity, span, and whether the unit is destined for a mine maintenance yard or a coastal port terminal. At current exchange rates (1 USD ≈ 3.38 PEN, August 2026), a mid-range 10-ton double girder unit lands around $22,000–$40,000, or roughly S/ 74,400–S/ 135,200. Peru’s mining sector — led by Antamina, Cerro Verde, and Las Bambas — and its three main Pacific ports (Callao, Matarani, and the newer Chancay terminal) drive most of the country’s demand for gantry cranes. Procurement teams sourcing for these environments face a problem generic buying guides don’t address: a crane spec written for a European warehouse doesn’t automatically hold up at 4,000 meters of altitude in the Andes, or under the salt-air corrosion load at a container terminal on the coast. This guide walks through which gantry crane type fits which Peruvian application, how capacity and duty class should be set for mining versus port duty cycles, what certification your supplier needs to…

A bridge crane end carriage is the structural assembly mounted at each end of a bridge crane’s main girder that houses the traveling wheels, wheel shafts, and drive mechanism. It is the component that allows the entire crane bridge to move back and forth along the runway rails installed on either side of the workshop. Without a properly functioning end carriage, a bridge crane cannot travel, no matter how strong the main girder or hoist may be. The main girder carries and lifts the load, the end carriage supports the girder and transfers that load down through the wheels, and the wheels roll along the runway system. Together, these parts form the crane’s traveling mechanism, making the end carriage essential to safe, stable, and efficient overhead crane operation. What Is a Bridge Crane End Carriage? A bridge crane end carriage is a welded steel structure positioned at each end of the crane’s main girder, perpendicular to it, that connects the girder to the traveling wheels. Structurally, it sits between the bridge and the runway rail, acting as both a support…

Crane sheaves typically run $80 to $1,500 or more per unit, with price driven mainly by diameter, material, and load rating rather than brand alone. If you’re sourcing crane sheaves for a new build or a wire-rope replacement, that price spread is also the biggest trap: two sheaves that look identical on a spec sheet can behave very differently once they’re under load for a full shift. Most procurement managers researching crane sheaves are trying to solve one of three problems at once — matching a replacement sheave to an existing wire rope without guessing, deciding whether a worn sheave still has service life left in it, or confirming a supplier’s parts actually meet the standards their insurer or customs broker will ask about. Getting any one of these wrong tends to show up later as accelerated rope wear, an unplanned production stop, or a shipment held up at customs for missing documentation. This guide walks through how crane sheaves differ by material and groove design, how to size and rate one correctly, when a worn sheave needs replacing rather…

Shipyards need more than a generic crane — they need the right lifting solution matched to each production zone. A double girder overhead crane covering a steel-plate fabrication hall operates under completely different load cycles and environmental stresses than a gantry crane straddling an open dry dock. Get the match wrong and you’re looking at chronic production delays, accelerated corrosion failure, or a crane that physically can’t reach what it needs to lift. For most mid-size shipbuilding yards, the core fleet typically spans two to four crane types: overhead cranes for indoor fabrication bays, gantry or rail gantry cranes for block assembly and dry docks, and jib cranes for outfitting stations and quayside repair. Market reference prices from Chinese manufacturers start around $15,000–$35,000 for industrial-grade overhead cranes and rise to $80,000–$300,000+ for heavy gantry systems — depending on capacity, span, and corrosion protection grade. This guide walks through each crane type used in shipbuilding, the key specs that determine fit, what corrosion and duty ratings to demand, and how to verify compliance before signing a purchase order. Quick Reference: Cranes…

A crane hook set is the complete load-bearing assembly connecting a crane’s hoisting mechanism to its cargo — typically comprising the hook body, hook beam, pulley block, safety latch, and swivel bearing. Market reference prices from Chinese manufacturers typically start around $500 for light-duty C hook configurations and reach $35,000 or more for heavy-duty electric rotating assemblies rated at 100+ tons, with European-standard hook blocks generally falling between those two points. Selecting the wrong type — or continuing to use a hook that has exceeded its safe working thresholds — is one of the most preventable causes of lifting incidents in industrial facilities. Most procurement managers and equipment engineers searching for a crane hook set are evaluating three things simultaneously: which type fits their working environment, how to confirm the correct safe working load (SWL), and when a hook must be retired. These three questions look straightforward but are routinely under-answered by suppliers who list specs without explaining the logic behind them. This guide walks through all three. It covers the main crane hook set types available today, the parameters…

A jib crane for automotive assembly is a localized, station-level lifting device — floor-mounted, wall-mounted, or articulating — that handles loads from 0.25 to 10 tons at fixed workstations along a production line. Thailand’s automotive plants in Rayong, Chonburi, and Ayutthaya deploy them at engine assembly cells, body welding stations, trim lines, and maintenance bays, where a shared overhead crane system would create scheduling bottlenecks and slow down takt-time targets. The practical problem most equipment managers face is not whether to use jib cranes, but which type belongs at which station and what capacity to specify. Get the type wrong and you either cap your load range too low for heavy mold handling, or you over-engineer a simple trim-line application and pay twice what you needed to. Get the installation type wrong — wall-mounted where the column can’t carry the bending moment, or floor-mounted where there’s a buried utility trench — and you’re facing a costly rework before production even starts. This guide maps each jib crane type to its correct automotive assembly application, gives you the load capacity ranges…

Crane electrical equipment refers to every component that powers motion, regulates travel, and enforces safety limits across a crane system — including control stations, limit switches, contactors, overload relays, and emergency protection devices. Without a properly integrated electrical system, even a structurally sound crane cannot operate safely or predictably. Procurement managers sourcing overhead cranes or gantry cranes often evaluate structural specifications in detail — span, lifting capacity, duty class — while treating the electrical system as a secondary checklist item. This is a costly mistake. Electrical failures account for a significant share of crane incidents, most of which trace back to undersized protection devices, improperly set limit switches, or control systems mismatched to the application. This guide explains what crane electrical equipment consists of, how each subsystem works, and what questions to ask your supplier before accepting any configuration. What Crane Electrical Equipment Actually Covers Crane electrical equipment is best understood as three functional layers that work together: the control layer (how operators command movement), the power and drive layer (how motors receive and regulate electricity), and the protection layer…

Voitto Crane’s EOT crane for sale start at $3,000 for a 0.5-ton suspended unit and scale to over $1.7 million for a 800-ton heavy-duty double girder — a range wide enough that choosing the wrong series on your first RFQ costs real money and months of delay. This page covers all six Voitto series, their price ranges, technical specifications, and the three selection decisions that determine which configuration fits your facility. Factory procurement managers face two predictable pain points: they receive quotes with no clear rationale for why one configuration costs three times another, and they only discover span or headroom conflicts after a purchase order is signed. The sections below give you the numbers and the reasoning so both problems stay off your desk. By the end of this page you’ll know which Voitto EOT crane series matches your load, span, duty class, and any special environment requirements — and you’ll have a checklist to use when comparing competing supplier proposals. Quick Reference: Voitto EOT Crane Series & Price Ranges Series Type Capacity Span Lifting Height Price Range (Market…