SCISSOR LIFT

Name: SCISSOR LIFT
Brand: A.K ENGINEERING
Price: 35000 INR
Availability: InStock

35000 INR/Unit

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Product Details:

Usage Material Handling, Warehouse, Loading Bays, Automotive
Load Capacity 500-2000 kg (model dependent)
Machine Room Size Not Required / Integrated Type
Overhead Height 2000 mm (standard)
Hoist Way Size Standard: 2300mm x 1500mm, Customizable
Door Opening Size Customizable
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SCISSOR LIFT Price And Quantity

Price 35000 INR/Unit
Minimum Order Quantity 1 Unit

SCISSOR LIFT Product Specifications

Car Dimension Standard: 2000mm x 1200mm, Customizable
Voltage 220V / 380V / 415V
Machine Room Size Not Required / Integrated Type
Speed 3~5 m/min
Mechanism Type Hydraulic Scissor Mechanism
Load Capacity 500-2000 kg (model dependent)
Capacity 500 kg
Power Supply Electric / Hydraulic
Usage Material Handling, Warehouse, Loading Bays, Automotive
Noise Level 65 dB
Safety Device Emergency Stop, Overload Protection, Safety Barriers
Pit Depth 150 mm - 250 mm
Type Stationary / Mobile
Max. Lifting Weight 2000 kg
Max. Lifting Height 12 m
Door Opening Size Customizable
Working Temperature -10C to +45C
Hoist Way Size Standard: 2300mm x 1500mm, Customizable
Overhead Height 2000 mm (standard)
Material Mild Steel / Stainless Steel / Aluminum Alloy
Drive Type Hydraulic
Control Device Push Button / Remote Control

Hydraulic Oil Specification 68# or as recommended
Maintenance Low; Easily Accessible Parts
Power Rating 2.2kW ~ 5.5kW (based on capacity)
Operation Mode Manual / Semi-automatic / Fully-automatic
Wheel Type Polyurethane / Optional
Lifting Time Approx. 30s-60s (full height)
Colour Industrial Yellow / Custom Paint Options
Installation Surface Mounted / Pit Mounted
Platform Surface Anti-slip Checkered Plate
Protection Grade IP54 Electrical Components

Product Description

A scissor lift is a hydraulic or electrically powered lifting platform used to raise workers, tools, and materials vertically to perform tasks at elevated heights safely. It gets its name from the crisscross ("scissor) mechanism that extends and retracts to move the platform up and down.

Main Components

Platform Working area where operators stand.
Scissor Arms Interlinked metal supports that extend vertically.
Hydraulic System Provides lifting force through hydraulic cylinders.
Power Source Electric battery, diesel engine, or hydraulic motor.
Base Frame Supports the machine and provides stability.
Control Panel Used to operate lifting and lowering functions.
Safety Guardrails Protect workers from falling.

Working Principle

When hydraulic pressure or electric power is applied, the scissor arms extend in a crisscross pattern, lifting the platform upward. Releasing pressure retracts the arms and lowers the platform safely.

Types of Scissor Lifts

Electric Scissor Lift
- Quiet and emission-free
- Suitable for indoor use
Diesel Scissor Lift
- Higher lifting capacity
- Used for outdoor and rough terrain applications
Rough Terrain Scissor Lift
- Equipped with heavy-duty tires and stabilizers
- Suitable for uneven surfaces

Applications

Durable & Flexible Material Handling

Designed with industrial-grade materials such as mild steel, stainless steel, or aluminum alloy, the SCISSOR LIFT delivers superior strength and corrosion resistance. Its robust construction guarantees excellent performance in demanding environments and its flexibility allows installation on the surface or in a pit based on your facility layout.

Customizable Features for Your Needs

From platform dimensions to door opening sizes, the SCISSOR LIFT is configurable to match specific requirements. Choose your preferred color, wheel type, and operation mode-manual, semi-automatic, or fully automatic. This adaptability ensures optimal integration within diverse applications, enhancing efficiency and workflow.

Enhanced Safety and Simple Operation

The lift comes with multiple safety systems, including emergency stop, safety barriers, and overload protection. Operation is streamlined via push-button panels or remote control, reducing the complexity of lifting procedures. With easily accessible components and low maintenance needs, safety and reliability are at the forefront.

FAQ's of SCISSOR LIFT:

Q: How do you operate the SCISSOR LIFT, and what modes are available?

A: The SCISSOR LIFT can be operated using a push-button control panel or an optional remote control. Users can select between manual, semi-automatic, or fully automatic modes based on workflow requirements, ensuring maximum convenience and precision during lifting operations.

Q: What are the primary benefits of using this lift for material handling?

A: This lift offers quick and secure vertical transportation of goods, lifting weights up to 2000 kg as needed. Its anti-slip platform, robust build, and advanced safety features reduce accident risk and facilitate efficient, smooth material movements within warehouses, loading bays, or automotive settings.

Q: When is routine maintenance required, and how accessible are the parts?

A: The SCISSOR LIFT is engineered for low maintenance, with easily accessible parts that simplify inspections and repairs. Periodic checks, particularly of hydraulic oil and electrical components, are recommended in accordance with usage frequency to ensure optimal performance and longevity.

Q: Where can the SCISSOR LIFT be installed, and what are the mounting options?

A: This lift can be surface mounted or pit mounted, offering flexibility for deployment in existing or new facilities. Its integrated machine room-less design allows for efficient use of space in warehouses, industrial plants, and loading zones.

Q: What safety features are included to protect operators and loads?

A: The SCISSOR LIFT includes emergency stop functions, overload protection, and sturdy safety barriers. These systems are designed to minimize risks, safely manage heavy loads, and support secure operation, even during demanding usage.

Q: What is the typical lifting speed and height range?

A: The lift achieves speeds of 3 to 5 meters per minute and can reach maximum lifting heights up to 12 meters. Full-height lifts are completed within approximately 30 to 60 seconds, optimizing workflow efficiency.