10m 12m Scissor Lift Portable Scissor Lift Elevator Movable Hydraulic Aerial Lifting Platform

Key Features

Sturdy Scissor Structure:
Reinforced heavy-duty steel scissor arms ensure long-term durability and structural strength under high load stress.

Hydraulic System:
Equipped with a powerful and reliable hydraulic power unit ensuring smooth and controlled lifting/lowering operation.

Platform Size (Customizable):
Standard size can be 4000mm x 3000mm, but customizable as per requirement.

Lifting Height:
Can be designed to lift up to 12m, depending on application needs.

Safety Features:

Emergency stop switch

Mechanical safety locks

Anti-fall safety valves

Overload protection

Non-slip platform surface

Operation Mode:
Options include push-button controls, remote control, or PLC-controlled integration with factory systems.

🔧 1. Scissor Structure (Lifting Mechanism)

Material: High-strength manganese steel or Q345 steel

Function: Provides vertical lifting via crossed arms (scissors)

Design: Multi-stage or single-stage depending on lift height and platform size

🛠 2. Platform Table

Surface: Anti-slip checkered plate or smooth steel plate

Customization: Can include railings, rollers, or turntables

⚙️ 3. Hydraulic Cylinder(s)

Type: Heavy-duty, double-acting hydraulic cylinders

Function: Drives the scissor arms up/down

Material: Hardened chrome-plated piston rods for durability

🛢 4. Hydraulic Power Unit

Components: Electric motor, hydraulic pump, oil tank, valves

Power Source: Typically 380V/50Hz (can be customized)

Function: Generates and controls hydraulic pressure to operate the lift

🧠 5. Control System

Types:

Push-button control panel

Remote control (wired/wireless)

Functions: Lift up/down, emergency stop, optional height memory

🔄 6. Base Frame

Material: Robust welded steel frame

Function: Foundation that supports the entire structure

Mounting: Can be pit-mounted or surface-mounted

🔒 7. Safety Devices

Safety Support Bars: Prevent collapse during maintenance

Emergency Lowering Valve: Lowers platform during power failure

Overload Protection Valve: Avoids operation beyond 25-ton capacity

Limit Switches: Prevent overtravel or misoperation

Safety Interlock System: For safe operation with other equipment

🛞 8. Optional Components

Roller Tracks or Conveyor Integration

Guardrails or Skirting

Explosion-proof electricals (for hazardous environments)

Load cells for weighing system

Lifting hooks or eyelets for cargo securing

Movable Hydraulic Aerial Lifting Platform

Application

A Movable Hydraulic Aerial Lifting Platform is a heavy-duty lifting device designed to raise and lower heavy loads vertically. it is commonly used in industries and scenarios where large, heavy objects need to be elevated safely and efficiently.

Typical Applications:

Industrial Manufacturing and Assembly Lines

Lifting heavy machinery parts, equipment, or materials during assembly.

Positioning large components at ergonomic working heights.

Facilitating the movement of heavy loads between different stages of production.

Automotive Industry

Lifting vehicles, chassis, or large automotive parts for repair, maintenance, or inspection.

Used in automotive assembly plants to move heavy parts or support vehicle assembly.

Warehousing and Logistics

Loading and unloading heavy cargo.

Elevating pallets or containers for stacking or transport.

Integration with conveyor systems for efficient material handling.

Construction and Infrastructure

Lifting heavy building materials or equipment to different levels on a construction site.

Supporting heavy lifting tasks during installation of structural components.

Shipyards and Heavy Equipment Maintenance

Lifting heavy ship parts or large machinery for repair or installation.

Facilitating maintenance tasks that require heavy equipment to be raised safely.

Aerospace Industry

Positioning and lifting aircraft components during assembly or maintenance.

Railway and Transportation

Lifting heavy railcars, bogies, or other railway equipment for repair or assembly.

🔧 1. Heavy Lifting Height

Designed to lift up to 12m, suitable for industrial applications requiring the elevation of heavy loads, machinery, or vehicles.

🏗 2. Stable and Robust Structure

The scissor structure provides excellent vertical stability.

Made with high-strength steel, ensuring durability and safety under heavy loads.

🔄 3. Smooth and Precise Lifting

Hydraulic system ensures smooth, steady, and precise lifting and lowering movements.

Reduced mechanical stress and longer service life.

⚙️ 4. Customizable Platform Size & Height

Can be tailored to different platform sizes and lifting heights to match your operational needs.

Ideal for integration into production lines, maintenance pits, or loading docks.

🛡 5. Safety Features

Equipped with safety locks, emergency stop, anti-fall devices, and overload protection.

Mechanical safety bars ensure safe maintenance and operation.

⏱ 6. High Efficiency & Time-Saving

Enables quick and easy loading/unloading, reducing downtime.

Perfect for repetitive lifting tasks, improving workflow productivity.

🧰 7. Low Maintenance

Fewer moving parts than alternative lifting methods.

Hydraulic components are reliable and require minimal upkeep.

🔌 8. Flexible Power Options

Available in electric, diesel, or battery-powered versions to suit different environments (indoor or outdoor use).

🌍 9. Wide Range of Applications

Used in warehouses, factories, logistics centers, vehicle maintenance, and construction sites.

Supports material handling, machinery positioning, and work platform elevation.

🔇 10. Low Noise & Vibration

The hydraulic system operates quietly and with minimal vibration, ideal for indoor and noise-sensitive environments.

Movable Hydraulic Aerial Lifting Platform – Production Procedure

1. Design & Engineering

Requirement Analysis: Confirm lifting height, platform size, load capacity, usage environment, and power source.

CAD Drawing Preparation: Create structural and hydraulic design drawings.

Finite Element Analysis (FEA): Simulate load-bearing performance for safety verification.

Approval & Finalization: Review and finalize the design for production.

2. Raw Material Procurement

Steel Components: High-strength Q355 or Q460 steel plates and profiles.

Hydraulic Components: Pumps, cylinders, valves, and hoses from certified suppliers.

Electric Components: Control box, limit switches, wiring, and optional remote control units.

Fasteners & Others: High-tensile bolts, bearings, guide rollers, and accessories.

3. Cutting & Pre-Machining

Laser/Plasma Cutting: Cut steel plates and profiles based on CAD layouts.

Drilling & Milling: Machine bolt holes, pin seats, and cylinder mounting points.

Surface Grinding: Ensure flatness for contact areas (e.g., platform base, scissor arm joints).

4. Welding & Fabrication

Frame Assembly: Weld the base frame, top platform, and scissor arms.

Welding Inspection: Perform non-destructive testing (NDT) such as ultrasonic or magnetic particle testing.

Stress Relief: Apply heat treatment if required to eliminate welding stress.

5. Machining & Assembly

Axle & Pin Installation: Assemble pivot points with hardened pins and bushings.

Hydraulic Cylinder Mounting: Install main lift cylinders with accurate alignment.

Platform Decking: Fix anti-slip steel plate or checker plate on the platform.

Guard Rails & Safety Devices: Install handrails, toe boards, safety lock mechanisms.

6. Hydraulic System Integration

Hydraulic Unit Assembly: Connect pump, oil tank, filter, and motor.

Hose & Pipe Routing: Connect hoses from pump to lift cylinders with proper protection and routing.

Oil Filling & Bleeding: Fill with hydraulic oil and remove air from the system.

7. Electrical System Installation

Control Box Mounting: Mount and wire the control cabinet.

Limit Switch Installation: Install travel limit switches for safety stroke control.

Power Supply Connection: Connect three-phase or single-phase power (as per design).

8. Surface Treatment

Sandblasting: Clean the surface for better paint adhesion.

Primer Coating: Apply anti-rust primer.

Top Coating: Paint with industrial-grade paint in customer-specified color.

Drying & Curing: Air or oven dry based on paint type.

9. Testing & Commissioning

Load Test: Test lift with 125% rated capacity to verify structural integrity.

Function Test: Raise/lower function, emergency stop, limit switch, and control system test.

Hydraulic Test: Check for leakage and pressure performance.

Noise & Vibration Check: Ensure acceptable operational noise and stability.

10. Final Inspection & Packing

Quality Inspection: Full inspection based on quality checklist.

Documentation: Provide manuals, test certificates, and warranty cards.

Packing: Use stretch film, steel frame, or wooden case for export packaging.

11. Delivery & After-Sales Support

Logistics Coordination: Schedule shipping based on incoterms.

Installation Guide: Provide on-site support or video instructions if required.

After-Sales Service: Offer maintenance training, spare parts supply, and remote technical support.

The company has installed an intelligent equipment management platform, and has installed 310 sets (sets) of handling and welding robots. After the completion of the plan, there will be more than 500 sets (sets), and the equipment networking rate will reach 95%. 32 welding lines have been put into use, 50 are planned to be installed, and the automation rate of the entire product line has reached 85%.