Shreeji Enterprise

A manual stacker is a type of equipment used in warehouses and factories to lift, lower, and stack goods, typically on pallets, without the need for a motor or battery. It is operated by human power, usually through a hydraulic or mechanical system that enables the user to lift heavy loads by using a hand lever or a crank.

Key Features:

• Hydraulic System: Many manual stackers use a hydraulic pump that is operated by a hand lever, which raises or lowers the fork to the desired height.
• Load Capacity: They come in different weight capacities, typically ranging from 1,000 to 3,000 kg (2,200 to 6,600 lbs), depending on the model.
• Forks: Similar to a forklift, manual stackers have forks that can be adjusted to fit different pallet sizes.
• Maneuverability: They usually have wheels that allow for easy movement, though the operator needs to push or pull the stacker to transport loads.

Common Uses:

• Material Handling: Used to lift and move pallets of goods within warehouses, factories, and storage facilities.
• Stocking Shelves: Ideal for stacking goods on higher shelves, as the user can manually raise the forks to the required height.
• Inventory Management: They are useful for small-scale stock handling tasks in locations where forklifts are not practical due to space constraints.

Advantages:

• Cost-Effective: Cheaper compared to powered forklifts.
• Simple to Use: Requires minimal training, with most models being very user-friendly.
• Compact: Suitable for small spaces and narrow aisles.

Disadvantages:

• Limited Capacity: Manual stackers are not suitable for very heavy loads.
• Labor-Intensive: Requires manual effort to operate, especially when handling large or heavy loads for extended periods.

A manual stacker is a type of equipment used in warehouses and factories to lift, lower, and stack goods, typically on pallets, without the need for a motor or battery. It is operated by human power, usually through a hydraulic or mechanical system that enables the user to lift heavy loads by using a hand lever or a crank.

Key Features:

• Hydraulic System: Many manual stackers use a hydraulic pump that is operated by a hand lever, which raises or lowers the fork to the desired height.
• Load Capacity: They come in different weight capacities, typically ranging from 1,000 to 3,000 kg (2,200 to 6,600 lbs), depending on the model.
• Forks: Similar to a forklift, manual stackers have forks that can be adjusted to fit different pallet sizes.
• Maneuverability: They usually have wheels that allow for easy movement, though the operator needs to push or pull the stacker to transport loads.

Common Uses:

• Material Handling: Used to lift and move pallets of goods within warehouses, factories, and storage facilities.
• Stocking Shelves: Ideal for stacking goods on higher shelves, as the user can manually raise the forks to the required height.
• Inventory Management: They are useful for small-scale stock handling tasks in locations where forklifts are not practical due to space constraints.

Advantages:

• Cost-Effective: Cheaper compared to powered forklifts.
• Simple to Use: Requires minimal training, with most models being very user-friendly.
• Compact: Suitable for small spaces and narrow aisles.

Disadvantages:

• Limited Capacity: Manual stackers are not suitable for very heavy loads.
• Labor-Intensive: Requires manual effort to operate, especially when handling large or heavy loads for extended periods.

Our Hand Stacker provides a safe and efficient way to an endless material application at Distribution Center, Logistics Companies, Industries etc
A manual stacker is a type of equipment used in warehouses and factories to lift, lower, and stack goods, typically on pallets, without the need for a motor or battery. It is operated by human power, usually through a hydraulic or mechanical system that enables the user to lift heavy loads by using a hand lever or a crank.
Key Features:

Hydraulic System: Many manual stackers use a hydraulic pump that is operated by a hand lever, which raises or lowers the fork to the desired height.

Load Capacity: They come in different weight capacities, typically ranging from 1,000 to 3,000 kg (2,200 to 6,600 lbs), depending on the model.

Forks: Similar to a forklift, manual stackers have forks that can be adjusted to fit different pallet sizes.

Maneuverability: They usually have wheels that allow for easy movement, though the operator needs to push or pull the stacker to transport loads.

Common Uses:

Material Handling: Used to lift and move pallets of goods within warehouses, factories, and storage facilities.

Stocking Shelves: Ideal for stacking goods on higher shelves, as the user can manually raise the forks to the required height.

Inventory Management: They are useful for small-scale stock handling tasks in locations where forklifts are not practical due to space constraints.

Advantages:

Cost-Effective: Cheaper compared to powered forklifts.

Simple to Use: Requires minimal training, with most models being very user-friendly.

Compact: Suitable for small spaces and narrow aisles.

Disadvantages:

Limited Capacity: Manual stackers are not suitable for very heavy loads.

Labor-Intensive: Requires manual effort to operate, especially when handling large or heavy loads for extended periods.

Designed For Best Maneuverability & Made Of M.S. pipe    handle at rear end. 

Heavy duty MS pipe & MS channel for Vertical support.

A Fully Battery Operated Stacker is a material handling equipment used for lifting and moving pallets easily with electric power (no manual pumping required).

🔹 Main Features:

• Fully electric lifting and driving system

• Rechargeable battery operated

• Easy forward / reverse movement

• Suitable for warehouse & factory use

• Low maintenance cost

• Safe and easy operation

🔹 Common Specifications:

• Capacity: 1 Ton / 1.5 Ton 

• Lifting Height: 1.6 m / 2 m / 3.5 m /4.5m / 6m

• Battery: 12V / 24V

• Charger included

🔹 Applications:

• Warehouse

• Manufacturing units

• Godown

• Logistics companies

A fully drive (or fully electric) stacker is a powered material handling machine that uses electric motors for both lifting and propelling, eliminating manual labor for movement and stacking. Ideal for warehouses and factories, it offers 1000-2000 kg capacity, 1.6-4.5m lift heights, and features ergonomic tiller controls, safety brakes, and compact design for narrow aisles. 
Key Features and Characteristics:

• Full Electric Operation: Both lifting and driving are battery-powered, reducing operator fatigue.
• Performance Metrics: Typically handles 1 to 2 tons (1000 kg - 2000 kg) with standard lifting heights around 3.0 to 3.5 meters, though some reach higher.
• Ergonomic Controls: Features an easy-to-use tiller handle for travel, steering, lifting, lowering, and emergency stop functions.
• Safety Features: Equipped with electromagnetic brakes, anti-roll back protection for slopes, emergency reverse belly buttons, and load backrests.
• Maneuverability: Compact design with a small turning radius, making them ideal for tight spaces and narrow aisles.
• Power Source: Driven by rechargeable lead-acid or lithium-ion batteries. 

Main Applications:

• Warehousing & Logistics: Moving, lifting, and stacking pallets in high-density storage.
• Manufacturing: Transporting raw materials or finished goods on factory floors.
• Retail/Distribution: Loading/unloading in tight, indoor spaces where quiet, emission-free operation is needed. 

Electric pallet stackers have the capability to lift loads for storing them on raised platforms, such as racking or shelving. These products are ideal for loading and unloading trucks when a loading dock or forklift is unavailable.

here are different types of electric-operated stackers, including:

1. Walkie Stacker: A smaller stacker that is operated by an individual walking behind it. These are typically used for lighter loads and are often found in environments with limited space.

2. Rider Stacker: These are stackers with a platform that allows the operator to ride on the equipment while controlling the movement and lifting. They are designed for heavier loads and can be more efficient than walkie stackers in certain settings.

3. Reach Stacker: Often used in larger facilities, reach stackers can extend their forks further, allowing operators to reach loads that are placed in higher shelves or further away.

4. Pedestrian Stacker: Similar to a walkie stacker but with more advanced features, these are meant for precise operations where high visibility is important, and the operator stays on foot.

Benefits of Electric Stacker:

• Energy Efficiency: They are more energy-efficient compared to diesel or LPG-powered equipment.
• Lower Maintenance: Fewer moving parts compared to internal combustion engine stackers, leading to lower maintenance costs.
• Maneuverability: Electric stackers are often more compact and can work in tighter spaces.
• Environmental Impact: They produce zero emissions, making them more suitable for indoor use, such as in warehouses with sensitive air quality requirements.

Common Features:

• Battery-powered motors: Rechargeable battery packs.
• Load Capacity: Varies depending on the model; typically between 1,000 to 3,000 kg.
• Height Lifting Range: Can lift from a few feet up to several meters (commonly 2–5 meters).
• Safety Features: Such as emergency stop buttons, load capacity indicators, and anti-roll-back mechanisms.

The easy to operate and move walk behind electric stacker is a very useful material handling equipment especially for small to medium scale warehouses.

he size of a fully drive stand-on platform (often referred to as a stand-on lift, stand-on scissor lift, or similar equipment) can vary depending on the manufacturer and specific model, but typical dimensions for these platforms are as follows:

1. Platform Length (L): 3 to 4 feet (about 90 to 120 cm).
2. Platform Width (W): 2 to 3 feet (about 60 to 90 cm).
3. Platform Height (H): Typically ranges from 5 to 10 feet (about 150 to 300 cm) for standard models.

The overall dimensions of the equipment, including the base and when the lift is fully extended, can vary even more based on the design and intended use. Stand-on platforms are designed to be compact yet provide sufficient space for an operator to work while maintaining mobility and stability.

• Adjustable fork length for better load handling and stabilit,
• capacity : 1 ton
• height : 5 feet

A manual stacker is a type of equipment used in warehouses and factories to lift, lower, and stack goods, typically on pallets, without the need for a motor or battery. It is operated by human power, usually through a hydraulic or mechanical system that enables the user to lift heavy loads by using a hand lever or a crank.

Key Features:

• Hydraulic System: Many manual stackers use a hydraulic pump that is operated by a hand lever, which raises or lowers the fork to the desired height.
• Load Capacity: They come in different weight capacities, typically ranging from 1,000 to 3,000 kg (2,200 to 6,600 lbs), depending on the model.
• Forks: Similar to a forklift, manual stackers have forks that can be adjusted to fit different pallet sizes.
• Maneuverability: They usually have wheels that allow for easy movement, though the operator needs to push or pull the stacker to transport loads.

Common Uses:

• Material Handling: Used to lift and move pallets of goods within warehouses, factories, and storage facilities.
• Stocking Shelves: Ideal for stacking goods on higher shelves, as the user can manually raise the forks to the required height.
• Inventory Management: They are useful for small-scale stock handling tasks in locations where forklifts are not practical due to space constraints.

Advantages:

• Cost-Effective: Cheaper compared to powered forklifts.
• Simple to Use: Requires minimal training, with most models being very user-friendly.
• Compact: Suitable for small spaces and narrow aisles.

Disadvantages:

• Limited Capacity: Manual stackers are not suitable for very heavy loads.
• Labor-Intensive: Requires manual effort to operate, especially when handling large or heavy loads for extended periods.

Heavy duty MS pipe & MS channel for Vertical support.Designed For Best Maneuverability & Made Of M.S. pipe   handle at rear end

A manual stacker is a type of equipment used in warehouses and factories to lift, lower, and stack goods, typically on pallets, without the need for a motor or battery. It is operated by human power, usually through a hydraulic or mechanical system that enables the user to lift heavy loads by using a hand lever or a crank.

Key Features:

• Hydraulic System: Many manual stackers use a hydraulic pump that is operated by a hand lever, which raises or lowers the fork to the desired height.
• Load Capacity: They come in different weight capacities, typically ranging from 1,000 to 3,000 kg (2,200 to 6,600 lbs), depending on the model.
• Forks: Similar to a forklift, manual stackers have forks that can be adjusted to fit different pallet sizes.
• Maneuverability: They usually have wheels that allow for easy movement, though the operator needs to push or pull the stacker to transport loads.

Common Uses:

• Material Handling: Used to lift and move pallets of goods within warehouses, factories, and storage facilities.
• Stocking Shelves: Ideal for stacking goods on higher shelves, as the user can manually raise the forks to the required height.
• Inventory Management: They are useful for small-scale stock handling tasks in locations where forklifts are not practical due to space constraints.

Advantages:

• Cost-Effective: Cheaper compared to powered forklifts.
• Simple to Use: Requires minimal training, with most models being very user-friendly.
• Compact: Suitable for small spaces and narrow aisles.

Disadvantages:

• Limited Capacity: Manual stackers are not suitable for very heavy loads.
• Labor-Intensive: Requires manual effort to operate, especially when handling large or heavy loads for extended periods.

Manual Hydraulic Stacker is designed to handle all types of applications such as lifting and transporting skids, bales, baskets, etc... 

A manual stacker is a type of equipment used in warehouses and factories to lift, lower, and stack goods, typically on pallets, without the need for a motor or battery. It is operated by human power, usually through a hydraulic or mechanical system that enables the user to lift heavy loads by using a hand lever or a crank.

Key Features:

• Hydraulic System: Many manual stackers use a hydraulic pump that is operated by a hand lever, which raises or lowers the fork to the desired height.
• Load Capacity: They come in different weight capacities, typically ranging from 1,000 to 3,000 kg (2,200 to 6,600 lbs), depending on the model.
• Forks: Similar to a forklift, manual stackers have forks that can be adjusted to fit different pallet sizes.
• Maneuverability: They usually have wheels that allow for easy movement, though the operator needs to push or pull the stacker to transport loads.

Common Uses:

• Material Handling: Used to lift and move pallets of goods within warehouses, factories, and storage facilities.
• Stocking Shelves: Ideal for stacking goods on higher shelves, as the user can manually raise the forks to the required height.
• Inventory Management: They are useful for small-scale stock handling tasks in locations where forklifts are not practical due to space constraints.

Advantages:

• Cost-Effective: Cheaper compared to powered forklifts.
• Simple to Use: Requires minimal training, with most models being very user-friendly.
• Compact: Suitable for small spaces and narrow aisles.

Disadvantages:

• Limited Capacity: Manual stackers are not suitable for very heavy loads.
• Labor-Intensive: Requires manual effort to operate, especially when handling large or heavy loads for extended periods.

Power Stacker offered provide for economical alternative to forklift truck.

 Suitable for use in warehousing and light manufacturing applications

• Available with maximum lifting height of 1600mm and minimum lifting height of 70mm
• Provides support as robust and long lasting stacker
• Highly suitable for loading and unloading/material handling operations
• Lifting and lowering functions controlled by precision tiller arm
• Allows for precise proportional control of hydraulic lift

A semi-electric stacker is a type of material handling equipment designed to lift and transport goods, typically in warehouses or manufacturing settings. It combines manual and electric elements to provide efficiency and ease of operation.

Here’s a breakdown of its features:

1. Manual Operation for Steering: The operator manually steers the stacker, similar to a hand pallet truck. The steering is typically achieved through a set of handles or a tiller.

2. Electric Lifting Mechanism: The lifting and lowering of the forks are powered electrically, using a battery-powered system. This makes the lifting process quicker and requires less physical effort compared to fully manual stackers.

3. Load Capacity: Semi-electric stackers generally have a load capacity ranging from 1,000 kg to 2,500 kg, depending on the model.

4. Applications: These stackers are commonly used in warehouses, factories, and retail environments for stacking pallets, moving materials short distances, and handling heavy loads.

5. Advantages: They offer a balance between manual and fully electric equipment. The operator gets some assistance for lifting and lowering loads, while still retaining full control of maneuvering the stacker.

6. Battery: The stacker’s electric lift function is powered by a rechargeable battery. The battery can often be swapped or recharged on-site, making them flexible for continuous use