Types of Industrial Lifting Equipment

Currently, lifting equipment is increasingly widely used in manufacturing plants, warehouses, and machining workshops to support quick, safe, and accurate lifting and lowering of goods. So, what types of lifting equipment are there? Let's find out in detail with Vietmani in this article so you can choose the right solution for your needs.

Assistive Lifting Equipment

In modern production and assembly lines, material handling requires not only strength but also high precision and maximum health protection for workers. The group of assistive lifting equipment (Manipulators) emerged as a perfect ergonomic solution, helping to neutralize the weight of goods, allowing workers to move machine parts, packaging, or complex components gently and effortlessly.

Assistive Lifting Arms

Assistive lifting arms are specialized industrial manipulator systems operating on the principle of pneumatic balancing with a standard operating pressure of 0.6 to 0.8 MPa. The equipment is specially designed for safe handling and enhancing workplace productivity.

• Balancing technology: Integrates exclusive auto balancer (Zero gravity) technology, providing the ability to hold the lifted object in a weightless suspended state both with and without a load.
• Safety system: Equipped with an instant safety lock mechanism in case of pneumatic pressure loss, while featuring an interlock design ensuring absolutely no load release while moving goods.
• Operating capacity: Very wide working load range, catering to levels from 80kg, 150kg, 550kg up to a maximum load of 1200kg.
• Workspace: Flexible 360-degree swivel joint system allows covering a maximum working radius of up to 4000mm. Vertical lifting stroke reaches the standard 1800mm.

Wire Rope Lifting Arms

For fast-paced industrial rhythms requiring rapid handling of light-load goods, wire rope lifting arms are the optimal choice.

• Mechanical structure: Designed using a double lever mechanism combined with double wire ropes, delivering superior flexibility in assembly spaces.
• Intuitive control: Operators can handle smoothly and easily via the built-in handbrake and control button system.
• Technical specifications: Load capacity is fine-tuned for levels of 40kg, 70kg, and a maximum of 140kg. Working radius extends up to 4000mm with a vertical lifting stroke reaching 1900mm.

Vacuum Lifters

Instead of using mechanical clamping mechanisms, vacuum lifters utilize vacuum pressure technology, making them extremely suitable for handling soft packaging and heavy sacks without damaging the surface.

• Vacuum Tube structure: The vacuum tube is made of EPDM walls combined with a PP spiral core, providing high anti-static, anti-wear properties, and effective chemical resistance (acids, alkalis).
• Vacuum Pad design: The material contact part includes a load-bearing POM plastic base, flexible sponge rubber foam to maximize the suction area, and a safety barrier made of 304 stainless steel and high-quality carbon steel.
• Application range: The system excellently handles loads from 30kg to 70kg, operating stably within a 3000mm radius and a vertical lifting stroke from 200mm to 1600mm.
• Durability: The vacuum pad mechanisms can operate safely in extreme environmental temperature ranges from -20°C to +65°C.

Cranes and Overhead Cranes

The crane group consists of stationary lifting equipment, operating in three-dimensional (3D) space and capable of handling loads from a few tons to hundreds of tons. According to technical regulations, cranes operate in repetitive cycles and use lifting hooks or specialized load-carrying mechanisms to lift, hold, and move loads.

Single / Double Girder Overhead Cranes

Overhead cranes are overhead-installed equipment, completely lacking an independent standing pillar system touching the ground. Instead, the equipment moves translationally along a fixed steel rail system welded or bolted directly to the factory's concrete pillar system. This architecture helps completely free up 100% of the floor space below.

• Single Girder Overhead Crane: Uses only a single girder (pre-cast I-beam, H-beam, or box combination); the electric lifting hoist is suspended below the lower flange of the girder. This solution is highly economical, optimal for load needs from 1 ton to 20 tons, narrow to medium spans from 4m to 15m, and lifting heights from 5-20m.
• Double Girder Overhead Crane: A combination of two parallel girders, with the hoist assembly or lifting trolley sitting directly on steel rails welded on top of the upper flanges of the two girders. This design increases rigidity, eliminates sway, and allows reaching very large spans from 13 meters to 34 meters without girder sagging. Double girder overhead cranes specialize in serving super-structures from 20 tons, 50 tons to hundreds of tons (e.g., 300T/75T, 800T/150T).

Gantry Cranes

In contrast to overhead cranes, a gantry crane is an independently operating equipment system with a structure resembling a large A-shape or an inverted U-shape gate.

• Structure and application: The equipment includes a horizontal main girder supported by two giant steel pillars, moving via a driven wheel system running on steel rails on the ground. Not relying on the building's load-bearing capacity, gantry cranes are perfect solutions for operating in open outdoor spaces such as ports, material gathering yards, shipyards, or hydroelectric construction sites.
• Semi-Gantry Crane: This is an asymmetrical variant with wheels running on the ground on one side, while the other side has no pillar and rests its wheels directly on a rail system attached to the adjacent factory wall. This design optimizes the space adjacent to the wall and minimizes steel materials.

Tower Cranes

Tower cranes are indispensable lifting equipment for any large-scale civil construction, high-rise building, or bridge and road construction site.

• Core mission: Transferring materials, machinery, and goods to massive heights, usually ranging from 30 meters to 75 meters or much higher when integrated with the building structure.
• Structure: This machine includes the foundation, mast system (tower body) assembled from spatial steel trusses, slewing ring, jib, counter-jib, and trolley assembly carrying the hook.
• Diverse classification: To adapt to construction spaces, the equipment is divided into many specialized lines such as: slewing tower or top-slewing cranes, horizontal or luffing jibs. For high-rise super projects, climbing crane technology capable of clinging to the elevator core and pulling itself up according to the concrete pouring progress is an irreplaceable solution.

Simple Lifting Equipment

Inside the core of giant machines or in working spaces with limited area, the group of independent electromechanical and hydraulic lifting equipment acts as the true power for loading, unloading, and lifting materials. Despite their compact size, they contain complex technological clusters, perfectly meeting mobility needs and optimizing costs for businesses.

Chain / Wire Rope Hoists

A hoist is a specialized device designed to be suspended from a fixed overhead structure (such as a beam hanger) or attached to a trolley moving horizontally on the lower flange of an I-beam.

• Electric Chain Hoist: The equipment performs mechanical lifting by winding and releasing an endless chain through the pulling power of an electric motor. Thanks to pulleys stamped with precise chain tooth profiles, chain hoists offer high accuracy and absolute vertical stability, ensuring the hook always moves along a straight line. This equipment is most cost-optimized for light goods load ranges of 3 tons or less, or levels from 500kg. For mobile repairs without electricity, manual chain hoists or lever hoists will be powerful supporting tools.
• Electric Wire Rope Hoist: Operates based on a soft steel wire rope wound around a cylindrical rope drum with spiral grooves. The high motor power allows the equipment to operate at a much faster lifting speed than chain hoists, especially suitable for fast-paced industrial rhythms. Electric wire rope hoists completely dominate the heavy load segment from 1 ton, 5 tons up to 80 tons.
• Safety standards: Modern hoist generations always integrate a 360-degree electromagnetic brake unit, limit switches, and an electronic overload warning system to shut off the motor immediately if the load exceeds the permissible threshold.

Electric / Manual Winches

Unlike hoists that are usually suspended, electric winches are mainly mounted firmly on the ground, ship decks, or concrete platforms. This mechanism uses the pulling force of an electric motor via a cable winding drum to pull materials horizontally, on an incline, or combined with guide pulleys for vertical lifting.

• Ground Winches: These are rugged, weather-resistant mechanical devices, cost-optimized for hauling moderate-weight goods over long distances at construction sites or yards. The JK winch series is gear-tuned for fast pulling speeds, while the JM series is designed with a slow speed range to increase torque and high precision.
• Mini suspension electric winch: A compact residential equipment line, capable of integrating into the 220V power grid. This is an excellent tool for lifting light components, shortening house repair time, or moving general goods without consuming human energy.

Hydraulic Jacks / Bottle Jacks

Hydraulic jacks are a classic application of Pascal's law, converting mechanical or electrical energy into fluid pressure (hydraulic oil). The cross-sectional difference between the small reservoir and the main piston chamber creates a thrust amplified thousands of times, allowing the lifting of super-heavy objects with minimal input force.

• Light and mid-range load segment (1 ton - 10 tons): Highly favoured by small repair units due to their compact size. Variants include floor jacks hugging the floor or toe jacks (can lift 20 tons on the head but 10 tons on the toe).
• Heavy load segment (20 tons): Specialized for truck and bus garages with extremely sturdy designs. Notably, there is the low-profile bottle jack line, allowing insertion into low engine undercarriages while still providing a lifting force of up to 20 tons.
• Super heavy-duty segment (50 tons - 100 tons): The number one choice at heavy industrial workshops requiring massive leverage to align machinery. Even if the stroke is only about 50mm short, these devices are manufactured with hard alloy shells to create extraordinary pushing force and return safely under the weight of the load itself.

Forklifts and Motorized Vehicles

If equipment like overhead cranes or hoists are limited by fixed installation spaces, the forklift and motorized vehicle group brings absolute freedom and mobility. This is a core component in the intralogistics system, undertaking the task of continuously transferring goods between production zones, warehouses, and ports.

Forklifts

Forklifts are material handling and lifting equipment playing a vital role in warehousing, logistics, and industrial production operations. With the ability to quickly lift, lower, and move goods, forklifts contribute to optimizing operational processes, enhancing productivity, and reducing reliance on manual labor. Based on the power source used, forklifts are divided into two main groups to meet different operational requirements and environmental conditions:

• Internal Combustion (IC) Forklifts: Use diesel, gasoline, or liquefied petroleum gas (LPG) fuels for operational power. Thanks to high torque, durable heavy-duty capability, and fast refuelling times, this vehicle line is particularly suited for outdoor areas, material yards, seaports, construction sites, and rough terrains. For heavy lifting applications, diesel forklifts with capacities from 10 to 50 tons are often used to handle containers, steel coils, steel structures, and oversized, overweight goods.
• Electric Forklifts: A modern lifting solution meeting the trend of green development and industrial automation. The equipment operates on advanced lead-acid batteries or Lithium-ion technology, offering outstanding advantages such as zero local emissions, low noise, and optimized operating costs. Thanks to the ability to maintain a clean and safe working environment, electric forklifts are prioritized for use in cold storage, logistics centers, food and pharmaceutical processing plants, electronics, and manufacturing industries with strict requirements for hygiene, air quality, and noise control.

Pallet Jacks

For short-distance and moderate-load goods transfer tasks, manual pallet jacks are an investment that yields the fastest return on investment (ROI). Despite their simple mechanical structure, this equipment still ensures impressive loading and unloading performance.

• Hand Pallet Jack: Operates based on a human-powered hydraulic jack system, specialized for pulling and moving goods pallets on flat floors. Standard load capacities usually range from 2 tons to 3 tons.
• Manual Stacker: Equipped with a sturdy mast system, allowing the lifting of pallets to heights from 1.5 meters to 3 meters for loading and unloading goods onto shelves or truck beds. Some modern variants are also integrated with electric power steering and lifting assist systems (semi-electric stackers) to minimize physical exertion for workers.

Manlifts / Aerial Work Platforms

Completely different from the cargo handling function, manlifts are specialized designs to safely elevate experts, engineers, and workers for construction at heights, completely replacing traditional scaffolding systems that pose many risks.

• Scissor Lifts: An X-shaped, cross-beam lifting mechanism helps the working platform go up vertically. The advantage of this line is an extremely spacious working platform and large lifting capacity (can carry multiple people and materials), extremely ideal for installing fire protection systems, roof lighting, or industrial cleaning in factories.
• Boom Lifts: Includes articulated (Z-Boom) and straight telescopic mast (Telescopic) types. The equipment acts as a giant robotic arm, allowing constructors to reach far horizontally, weaving through obstacles or machinery below to access overhead "blind spots" most accurately.

Lifting Platforms and Lift Tables

If forklifts take on the role of flexible transport and loading on the production floor, cargo lifts and hydraulic lift tables are specialized solutions for transferring materials vertically. Designed with sturdy structures and the ability to operate stably for a long time, these devices effectively connect areas with different elevations, optimizing the flow of goods in factories, warehouses, and logistics centers. With their safe, precise, and continuous lifting capabilities, cargo lifts and hydraulic lift tables play an important role in improving productivity, reducing dependence on manual labor, and ensuring interconnectivity throughout the entire internal operational chain.

Freight Elevators / Cargo Lifts

Completely different from residential passenger elevators, industrial freight elevators absolutely prioritize the rigidity of the structure and heavy-duty load-bearing capacity.

• Structure: The system features a cabin frame and walls made of anti-slip checkered steel plates, wide folding iron doors or automatic sliding doors, capable of withstanding crushing impacts during loading. The traction cable and gearbox motor systems are calculated with a very high safety factor.
• Application: A must-have piece of equipment in multi-story manufacturing plants or multi-story logistics distribution warehouses, helping to transfer handcarts, pallets, or even small forklifts to upper floors safely and smoothly.

Hydraulic Lift Tables

Hydraulic lift tables are the optimal solution for changing working elevations, operating based on a scissor-shaped (X-shaped) lifting frame mechanism combined with the thrust of large hydraulic cylinders.

• Diverse functionalities: The equipment is often pit-mounted or surface-mounted, used to lift materials level with production conveyor belts, or adjust working heights to protect workers' spines (ergonomics).
• Specialized variant - Roller top lift table: Instead of a smooth steel surface, the lifting table surface is equipped with an evenly distributed galvanized roller system. This design helps eliminate friction, allowing workers to slide heavy goods weighing tons (such as moulds, steel billets, wooden pallets) into processing machines extremely gently, saving up to 15% of pulling force compared to regular table surfaces.

Dock Levelers

At the loading docks of professional warehouses, Dock Levelers are indispensable equipment to maintain the high-speed pace of goods loading and unloading.

• Operating principle: The equipment acts as a hinged bridge, using a hydraulic pump system to lift the warehouse floor edge and rest it on the floor of the truck/container.
• Outstanding benefits: Dock Levelers completely eliminate height differences and gaps between the warehouse floor and the cargo vehicle. As a result, forklifts or pallet jacks can run directly from the warehouse straight into the container to extract goods. This cuts down 80% of loading and unloading time compared to manual methods, while completely preventing accidents caused by slips and goods damage.

=> See more: What is lifting equipment? An A-Z overview for warehouses & factories

Conclusion

Today, industrial lifting equipment is increasingly diverse with many specialized technologies and solutions for each operational need. Understanding what types of lifting equipment exist is an important foundation to help businesses choose the right solution for manufacturing, warehousing, and logistics operations.

From precision handling aids like vacuum lifting manipulators to heavy-duty lifting systems like overhead cranes, gantry cranes, or industrial forklifts, each piece of equipment is designed to solve a specific material transport problem. Choosing the right equipment not only helps improve labor productivity but also optimizes operating costs, increases safety levels, and sets the premise for the production automation process.

To achieve optimal investment efficiency, businesses need to comprehensively evaluate factors such as goods characteristics, lifting capacity, usage frequency, installation space, and future development orientation. A suitable solution is not merely equipment capable of lifting, but must be a system that meets actual operational needs and brings long-term value.

If your business is looking for a suitable lifting solution for a factory, warehouse, or production line, please contact the engineering team at Vietmani via Hotline: 0931 782 489 for actual site surveys, technical consultations, and optimal proposals tailored to specific application requirements.