Industrial Manufacturting Use Morden Vacuum Lifting Device

• Customization: Available
• After-sales Service: Enginner Overseas
• Warranty: 12 Month
• Model NO.: VKB-P1
• Cup Quantity: Single Suction
• Transport Package: Wooden Case
• Specification: 90
• Trademark: vikinglift
• Origin: Dongguan Guangdong
• HS Code: 8425110000
• Production Capacity: 50 Sets /Month

Product Description

Product Description

 

Expanded Applications and Machine Types for Vacuum Lifting Devices

 

1. Applications of Vacuum Lifting Devices

A. Industrial Manufacturing

• Metal Fabrication: Lifting, moving, and positioning sheet metals, metal plates, and coils for cutting, welding, and assembly.
• Glass Industry: Safe handling of glass sheets, windows, and panels for processing, assembly, and installation.
• Woodworking: Handling wooden boards, MDF, and plywood sheets for cutting, sanding, and assembly.
• Plastic and Composite Handling: Transporting large plastic sheets and composite panels for shaping and processing.
• Automotive: Moving heavy vehicle components such as body panels, windshields, and engine parts on assembly lines.
• Aerospace: Handling delicate and large parts like wings, fuselages, and composite materials with precision.

 

B. Construction and Building Materials

• Facade Installation: Installing large glass, stone, or metal panels on building exteriors.
• Concrete and Stone Handling: Moving concrete slabs, stone tiles, and pavers for construction projects.
• Pipe Lifting: Handling large-diameter pipes made of steel, concrete, or plastic for infrastructure projects.
• Roofing and Cladding: Lifting and positioning roofing materials, including metal sheets and insulation panels.

 

C. Warehousing and Logistics

• Palletizing and Depalletizing: Loading and unloading boxes, crates, and packages on and off pallets.
• Heavy Bag Handling: Lifting sacks of bulk materials like cement, fertilizer, or grain.
• Drum and Barrel Handling: Moving industrial drums and barrels safely.
• Container Handling: Lifting large or irregularly shaped containers for storage or transport.

 

D. Food and Pharmaceuticals

• Food Packaging: Handling packaged food items, cartons, and crates in production and logistics.
• Pharmaceutical Handling: Transporting sensitive materials and components in cleanroom environments to maintain hygiene standards.

 

E. Renewable Energy

• Solar Panel Installation: Lifting and positioning solar panels during installation.
• Wind Turbine Components: Handling large and heavy components such as turbine blades and nacelles.

 

2. Types of Vacuum Lifting Machines and Systems

A. By Power Source:

• Electric Vacuum Lifters: Powered by electric pumps, suitable for indoor use and continuous operation.
• Pneumatic (Air-Powered) Vacuum Lifters: Uses compressed air, ideal for environments where electric power may pose a risk (e.g., explosive environments).
• Battery-Powered Vacuum Lifters: Portable and flexible for use in remote locations or areas without direct power access.

 

B. By Mobility:

• Stationary Vacuum Lifters: Mounted on fixed positions such as overhead cranes or jib cranes for repetitive tasks.
• Mobile Vacuum Lifters: Attached to forklifts, mobile cranes, or trucks for flexible handling in various locations.
• Portable Handheld Lifters: Lightweight, handheld devices for small-scale lifting tasks.

 

C. By Design Configuration:

• Single-Pad Lifters: Ideal for small or narrow objects, such as pipes or tubes.
• Multi-Pad Lifters: Configured with multiple suction pads to lift larger or irregularly shaped loads.
• Modular Lifters: Allow customization by adjusting suction pads to accommodate different load shapes and sizes.
• Articulated Arm Lifters: Provide extended reach and flexibility for complex handling tasks.

 

D. By Load Capacity:

• Light-Duty Vacuum Lifters: Designed for small loads (up to 100 kg), used in light manufacturing or packaging tasks.
• Medium-Duty Lifters: For loads ranging from 100 kg to 500 kg, commonly used in warehouses and assembly lines.
• Heavy-Duty Vacuum Lifters: Capable of lifting loads exceeding 500 kg, suitable for heavy industrial applications like metal fabrication and construction.

 

E. Specialized Machines:

• Glass Lifters: Equipped with non-marking suction pads and dual-circuit systems for handling fragile glass panes.
• Coil Lifters: Designed to handle metal coils or rolls safely.
• Pipe and Tube Lifters: Configured to grip cylindrical objects securely.
• Vacuum Tube Lifters: Feature a flexible tube system for lifting and moving a variety of items with different shapes and weights.
• Robotic Vacuum Grippers: Integrated with robotic arms for automated handling in manufacturing lines.

 

3. Key Features and Technologies in Modern Vacuum Lifters

• Dual-Circuit Systems: Enhance safety by ensuring a backup vacuum circuit in case of failure.
• Load Sensors and Indicators: Monitor and display real-time load information for safety.
• Wireless Remote Controls: Allow operators to control the lifter from a distance, improving ergonomics and safety.
• Quick-Change Suction Pads: Enable easy switching between different pad sizes and types for versatility.
• Anti-Drop Systems: Prevent accidental release of the load, especially critical for high-risk materials like glass or metal sheets.

 

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