Stackers & Movers India Manufacturing Company

A Battery Operated Scissor Lift is a type of aerial work platform used to safely elevate personnel and equipment to high working heights. Unlike traditional lifts powered by internal combustion engines or electric cords, battery-operated scissor lifts use rechargeable batteries for power, making them ideal for indoor applications or areas where quiet, clean operation is required.

Key Features of a Battery Operated Scissor Lift

1. Battery-Powered Operation:

   • These lifts are powered by a rechargeable battery pack (typically 12V or 24V), which eliminates the need for external power sources or fuel.

   • The battery typically allows for 4 to 8 hours of operation per charge, depending on usage and load, and is easily rechargeable overnight or during breaks.

2. Scissor Mechanism:

   • The lift's scissor mechanism uses a set of crossed beams that elongate as the platform rises vertically. This mechanism provides a stable and level platform, making it ideal for working at height without the risk of tipping or instability.

3. Compact and Maneuverable:

   • Battery-operated scissor lifts are often compact, making them ideal for use in confined spaces like warehouses, factories, retail spaces, and maintenance tasks.

   • They are typically equipped with non-marking rubber wheels or solid tires, which prevent floor damage and enable smooth movement indoors.

4. Variable Platform Height:

   • Scissor lifts come in various models with platform heights typically ranging from 10 feet to 50 feet or more. Some models even have outreach or extendable platforms to provide greater working area flexibility.

   • The platform height can be adjusted smoothly, allowing workers to reach different levels of a building or structure.

5. Safety Features:

   • Most battery-operated scissor lifts come equipped with safety features such as:

     • Guardrails or platform rails to prevent falls.

     • Tilt sensors and level indicators to ensure the lift is stable before extending.

     • Emergency stop buttons and manual descent controls in case of battery or electrical failure.

     • Overload sensors to prevent lifting too much weight.

     • Safety brakes that prevent the lift from moving when it’s not in use.

A Manual Hydraulic Hand Stacker is an essential material handling equipment designed for lifting, transporting, and stacking loads in warehouses, factories, and retail environments. These stackers are operated manually using a hydraulic pump, offering an economical and efficient solution for lifting tasks.

 Key Specifications

• Lifting Capacity: Typically ranges from 500 kg to 2,500 kg, depending on the model and manufacturer.

• Lifting Height: Commonly between 1,200 mm and 3,000 mm, allowing for versatile stacking options.

• Fork Dimensions: Fork lengths usually range from 600 mm to 1,800 mm, with adjustable widths to accommodate various pallet sizes.

• Material: Constructed from mild steel, ensuring durability and strength for heavy-duty applications.

• Wheels: Equipped with nylon or rubber wheels, some models feature double ball bearings for smooth maneuverability.

• Handle: Designed for ergonomic use, often featuring a M.S. pipe handle at the rear end for easy maneuvering.

A Battery Powered Hydraulic Stacker is an electric material handling equipment designed to lift and transport heavy loads in warehouses, manufacturing units, and retail environments. Unlike manual stackers, these machines utilize battery power for lifting and driving, reducing operator fatigue and increasing efficiency.

 Key Specifications

• Lifting Capacity: Ranges from 500 kg to 1,500 kg, suitable for various industrial applications.

• Lifting Height: Typically between 2,000 mm to 6,000 mm, allowing for versatile stacking options.

• Fork Dimensions: Fork lengths usually range from 600 mm to 1,150 mm, with adjustable widths to accommodate different pallet sizes.

• Power Source: Operated using a DC battery, ensuring mobility and reducing dependency on external power sources.

• Material: Constructed from mild steel, ensuring durability and strength for heavy-duty applications.

• Wheels: Equipped with nylon or rubber wheels, some models feature double ball bearings for smooth maneuverability.

Scissor lift tables are versatile pieces of equipment used to lift and lower heavy loads in a controlled and safe manner. They're often found in warehouses, factories, and other industrial environments, helping to transport items to various heights and assist with loading and unloading tasks.

How Scissor Lift Tables Work:

The key feature of a scissor lift table is its mechanism, which uses crisscrossing "scissor" arms. When the hydraulic or pneumatic system is engaged, the arms extend or contract, raising or lowering the platform. The height of the platform can be adjusted depending on the load and required working height.

Common Applications:

• Material Handling: Loading/unloading heavy goods from trucks or shelves.

• Assembly Lines: Adjusting the working height for ergonomic reasons to reduce strain.

• Automotive Industry: Used in workshops for lifting car parts during repairs or maintenance.

• Warehouses: Moving inventory or arranging pallets at different heights.

A Manual Stacker is a type of material handling equipment used to lift, move, and stack pallets or heavy loads without the need for a motor. It is often used in warehouses, small factories, and retail storage areas where forklifts may not be practical.

Key Features:

1. Manual Operation – Operated using a hydraulic pump activated by a handle or foot pedal to lift the forks.

2. Forks – The two metal arms that slide under the pallet or load.

3. Mast – Vertical structure that guides the forks as they are raised or lowered.

4. Wheels – Small front wheels under the forks and larger steering wheels to move the stacker.

5. Handle/Steering – Used to maneuver the stacker and operate the hydraulic pump.

Advantages:

• Cost-effective compared to electric stackers or forklifts.

• Compact and maneuverable in tight spaces.

• Requires minimal maintenance.

Scissor lifts operate using hydraulic or pneumatic systems to extend and retract the platform. The lifting mechanism involves a series of linked supports that fold and unfold in a scissor-like motion, enabling the platform to rise vertically. This design ensures a compact footprint and stable elevation, even at significant heights.

A Container Ramp is a type of loading dock equipment designed to facilitate the safe and efficient loading and unloading of goods between a loading dock or warehouse and a container or truck. These ramps are particularly useful for ensuring that goods can be moved in and out of containers with ease, especially when the height difference between the dock and the container floor needs to be bridged.

Key Features of a Container Ramp

1. Heavy Duty Construction:

   • Container ramps are typically constructed from strong materials like steel or aluminum to withstand heavy loads and frequent use. They are designed to support the weight of large and heavy cargo being loaded or unloaded from containers, often ranging from 2,000 lbs to 40,000 lbs or more, depending on the ramp model.

2. Adjustable Height:

   • Some container ramps have adjustable heights, allowing for easy adaptation to various truck or container heights. These ramps can either be manually adjusted or equipped with hydraulic or pneumatic systems to raise or lower the ramp for easier alignment.

3. Non-Slip Surface:

   • The surface of a container ramp is usually designed to be non-slip to provide better traction for both vehicles and workers. It may include textured surfaces, diamond plates, or grip tape to reduce the risk of slippage, especially in wet or slippery conditions.

4. Portable or Fixed:

   • Portable container ramps are designed for mobility, allowing them to be easily moved between different loading docks or container locations. This makes them ideal for temporary or variable loading dock setups.

   • Fixed container ramps are permanently installed at loading docks to ensure continuous access for containers that arrive at a specific location.

5. Capacity and Size:

   • Container ramps come in various sizes and load capacities, ranging from smaller ramps suitable for light-duty applications to heavy-duty ramps designed to handle large, industrial-sized containers.

   • Most ramps are designed to accommodate standard ISO containers, but there are custom options for non-standard containers or specific use cases.

Scissor lifts are simply aerial platforms with a lifting mechanism attached to them. It's commonly used for maintenance purposes, for hanging signs or for use in construction. Most scissor lifts have a sturdy enclosure around them, thus allowing workers to easily perform their tasks without worrying about falling over.

A Pit Mounted Hydraulic Scissor Lift is a type of elevating platform that uses a hydraulic scissor mechanism to lift heavy loads vertically. It is installed in-ground or pit-mounted, meaning it is recessed into a pit or cavity in the floor, allowing the lift to be flush with the ground level when in its lowered position. These lifts are ideal for environments where space efficiency, smooth transitions, and easy access to elevated areas are required.

The hydraulic scissor lift is designed to move large, heavy items, vehicles, or machinery vertically for various tasks, including loading, maintenance, repair, inventory handling, or transportation.

Specifications:-

• Capacity: 10 ton
• Brand: Easymove
• Material: Mild Steel
• Color: Yellow.

Specifications:-

• Lifting: 3-7 (mtr)
• Capacity: 1000 kg
• Platform Size: 1000 x 1000 mm.

Specifications:-

• Capacity: 20 ton
• Size: 65 Feet
• Brand: Easymove
• Material: Mild Steel
• Color: Yellow, Black.

Model : EM 109 High RiseCap : 500kg, 1000kgPlatform height : 6m-14m