Drum Equipments

A manual material handling device designed for lifting and tilting drums (usually 55-gallon or 200-liter) to facilitate easier handling, pouring, and transportation of liquids or materials stored in drums.

Manual operation using a lever or hand pump to lift the drum vertically, requiring minimal effort from the operator while offering excellent control over the lifting and tilting process.

Lifting capacity typically ranges from 150 kg to 350 kg, depending on the model, making it suitable for most standard-sized drums.

Tilting mechanism allows the drum to be tilted at an angle (usually up to 90 degrees), enabling safe pouring or dispensing of the contents, reducing spills and waste.

Durable construction, usually made from steel or heavy-duty materials, ensuring long-lasting use even in demanding industrial environments.

Compact and maneuverable design with casters or wheels that allow for easy movement of the drum lifter across floors, ideal for use in confined spaces or tight work areas.

Features an ergonomically designed handle that provides better grip and control, reducing strain on the operator during manual lifting and tilting tasks.

Equipped with safety features such as a locking mechanism to secure the drum in place, preventing accidental tipping or dropping during operation.

Non-slip surface on the lifting platform ensures secure placement of the drum, preventing it from slipping or shifting during transport.

Versatile – used in industries such as chemicals, oil and gas, food processing, and pharmaceuticals, where drums need to be safely moved, tilted, and dispensed.

Ideal for drum handling tasks like pouring liquids, emptying contents, dispensing chemicals, or moving drums to storage areas.

Low maintenance requirements due to the simple, manual design, making it a cost-effective solution for businesses that need to handle drums regularly.

Improves safety by reducing the need for manual lifting and handling of heavy drums, decreasing the risk of injury from lifting and spilling.

Helps increase productivity by enabling faster and more efficient handling of drums in various industrial processes.

A portable, wheeled unit designed to transport and store drums (usually 55-gallon or 200-liter) with ease and safety.

Typically constructed from durable materials such as steel or heavy-duty plastic, providing strength and stability while handling heavy drums.

Equipped with multiple swivel casters or wheels, allowing for smooth and easy maneuverability in any direction, even in tight spaces.

Designed to securely hold a drum in an upright position to prevent tipping, rolling, or spillage during transport.

Load capacities usually range from 200 kg to 500 kg, depending on the model and the weight of the drum.

Often features a lip or edge around the base to prevent the drum from rolling off the caddy.

Ideal for industries like chemicals, pharmaceuticals, food processing, and manufacturing, where drums need to be moved between workstations or storage areas.

Some models come with a drum tilting feature, allowing controlled pouring or dispensing of the drum's contents without the need for additional equipment.

Provides a safer alternative to manual drum handling by reducing the need for physical lifting, minimizing the risk of strain or injury.

Many drum caddies come with locking or brake mechanisms on the wheels, ensuring stability when stationary.

Available in various sizes and configurations to accommodate different drum types, such as steel, plastic, or fiber drums.

Enhances storage organization by allowing easy access to drums, optimizing space, and improving efficiency in material handling operations.

A drum handling equipment designed for lifting, transporting, and placing drums (typically 55-gallon or 200-liter) with the assistance of electric power for the lifting function, while manual effort is used for maneuvering the unit.

The electric system allows for smooth, efficient, and controlled lifting of drums, reducing the physical strain on operators compared to fully manual models.

Typically used in industries such as chemicals, pharmaceuticals, food processing, and manufacturing, where drums are frequently moved, lifted, and stacked.

Lifting mechanism powered by an electric motor, offering precise control over lifting heights, often ranging from 80 mm to 1600 mm depending on the model.

Load capacities generally range from 200 kg to 500 kg, depending on the drum size and weight.

Manual operation is required for moving the drum lifter, usually through push/pull handles or via manual steering.

The design often includes adjustable arms or clamping systems to securely hold and stabilize the drum during transportation and lifting.

Equipped with wheels or casters for easy maneuverability, making it suitable for use in tight or confined spaces.

Features ergonomic handles for easy pushing or pulling, reducing operator fatigue and increasing mobility across work areas.

Some models include a tilting feature, allowing for easy dispensing of drum contents when combined with the lifting mechanism.

Ideal for safe lifting and transportation of drums in environments with limited space or where manual handling is not feasible due to weight or safety concerns.

Safety features may include overload protection, secure drum gripping mechanisms, emergency stop buttons, and anti-slip surfaces to prevent accidents during operation.

Enhances productivity by reducing the time spent manually lifting and moving drums, improving efficiency in material handling processes.

A drum-handling attachment designed for forklifts to safely and efficiently lift, transport, and stack drums (usually 55-gallon or 200-liter).

Features two parrot-beak-style gripping arms that securely clamp around the top rims of the drum, ensuring a stable grip during lifting.

The "double" design allows for the simultaneous handling of two drums, increasing productivity and efficiency in environments where multiple drums need to be moved.

Commonly used in industries such as chemical processing, oil and gas, pharmaceuticals, and food production, where frequent drum handling is required.

Load capacities typically range from 400 kg to 800 kg, depending on the size and weight of the drums being lifted.

Operated by a forklift, which makes it a cost-effective solution for integrating drum handling capabilities into existing equipment.

The design allows for safe lifting and controlled movement, minimizing the risk of spills or accidents during drum transportation.

The parrot beak design ensures that the attachment grips the drum securely, preventing it from slipping or rolling off during handling.

Enhances operational safety by reducing the need for manual handling and minimizing the risk of strain or injury.

Ideal for lifting and transporting drums in narrow aisles or tight spaces where maneuverability is important.

Often used for stacking drums in storage areas or preparing them for processing or transport, reducing the time required for manual labor.

A reliable and durable solution for efficiently handling heavy or bulk drums in various industrial applications.

A stable and durable stand designed to securely hold drums (usually 55-gallon or 200-liter) in a fixed position for storage, dispensing, or processing.

Commonly used for holding drums upright to prevent rolling or tipping, particularly in environments where liquids or chemicals are stored.

Ideal for industries such as chemical processing, oil and gas, food production, and manufacturing, where drums need to be stored or emptied safely.

Can accommodate a variety of drum sizes and types, including steel, plastic, and fiber drums.

Some drum stands are equipped with a tilt mechanism for easy pouring, while others are designed to keep the drum stationary.

Helps in organizing the workspace by keeping drums off the ground, ensuring better space utilization and easier access.

Typically made from strong materials such as steel or heavy-duty plastic to support the weight of filled drums.

Lightweight and portable models are available, making it easy to move the drum stand to different areas within a facility.

Some models may feature wheels or casters, allowing for easy transportation of drums across the floor.

Increases safety by preventing drums from rolling, falling, or causing spills, and may also be designed to contain spills in case of leaks.

Often used in conjunction with drum handling equipment (like drum lifters or tilters) for a more efficient drum management system.

Can be used both indoors and outdoors, providing reliable drum storage and handling in a variety of environments.