Hydraulic Electric Lift Table Work Platform 1000kg Industrial Scissor Lifte Table

• Customization: Available
• After-sales Service: Online
• Warranty: 1year
• Model NO.: SL0.5-1
• Application: Workshop Crane, Shipboard Crane, Warehouse Crane, Building Crane
• Lift Mechanism: Scissor Lift
• Carrying Capacity: Weight Level
• Moves: Stationary
• Driven Type: Hydraulic
• Running Mode: Stationary
• Feature: Explosion-Proof, Insulating
• Certification: CE
• Parameter1: Scissor Lift Platform for Car
• Parameter2: Lift Work Platform
• Parameter3: Scissor Lift Platform Factory
• Parameter4: Scissor Lift Platform Supplier
• Parameter5: Double Scissor Lift Table
• Parameter6: 2m Fixed Lift Platform
• Parameter7: Cargo Loading Lift Platform
• Parameter8: Plaform Scissor Lift 2m
• Parameter9: Scissor Lift Work Platform 1m
• Parameter10: Work Table Platform
• Parameter11: Goods Lift Platform
• Parameter12: Battery Scissor Lift Platform
• Parameter13: Scissor Lift Platform Cheap
• Parameter14: Scissor Lift Table Cheap
• Parameter15: 2m Scissor Lift Platform
• Transport Package: Wooden Box
• Specification: customized
• Trademark: DAAILIFT
• Origin: China

Product Description

Product Parameters

Model	Loading	Platform size	Min/Max height	Weight
HW1001	1000	1300*820	205-1000	200
HW1002	1000	1600*1000	205-1000	230
HW1003	1000	1700*850	240-1300	250
HW1004	1000	1700*1000	240-1300	260
HW1005	1000	2000*850	240-1300	260
HW1006	1000	2000*1000	240-1300	280
HW2001	2000	1300*850	230-1000	260
HW2002	2000	1600*1000	230-1000	290
HW2003	2000	1700*850	250-1300	320
HW2004	2000	1700*1000	250-1300	340
HW2005	2000	2000*850	250-1300	340
HW2006	2000	2000*1000	250-1300	360
HW4001	4000	1700*1200	250-1050	490
HW4002	4000	2000*1200	250-1050	520
HW4003	4000	2000*1000	300-1400	540
HW4004	4000	2000*1200	300-1400	560
HW4005	4000	2200*1000	300-1400	560
HW4006	4000	2200*1200	300-1400	580
double scissor lift
Model	Loading	platform size	Min/Max height	Weight
HWS1001	1000	1300*820	305-1780	300
HWS2001	2000	1300*850	360-1780	400
HWS4001	4000	1700*1200	500-2050	650

A double scissor lift has two stages of scissors that work in tandem, with each set of scissors supporting a lifting platform.
The hydraulic cylinder will typically apply force to one of these scissor stages, causing the arms to expand and raise the platform.
The location of the hydraulic cylinder depends on the design of the lift and the desired lifting behavior. There are a few common locations:
At the Base of the Lift (Fixed End):
The hydraulic cylinder is mounted near the base of the platform, typically at a point where the scissor arms are joined to a fixed base frame. This placement is most common because it allows for simple control over the scissor arm extension.
In Between the Scissors:
In some designs, the hydraulic cylinder can be mounted between the two sets of scissor arms, either pushing or pulling to create the force needed to extend or retract the scissors. This position can help balance the load and create smoother, more even motion during lifting.
On Top of the Lift (Above the Scissors):**
In some designs, the hydraulic cylinder is mounted above the scissor arms, pushing down on the platform to raise it. This configuration is less common but can be used in certain designs where the space at the base is limited or for specific mechanical reasons.
It's essential to consider the force distribution throughout the lift. The hydraulic cylinder must be positioned to create balanced movement. If the cylinder is placed too far to one side, it can cause the platform to tilt or move unevenly.
In a double scissor lift, especially, ensuring the cylinder's placement is central or symmetrically positioned can improve lifting stability and control.
The location of the cylinder also influences how the load is distributed across the scissor arms. The cylinder should be placed in a way that distributes the load evenly across the entire lift mechanism.
If the hydraulic cylinder is too small or improperly located, it may fail to lift the platform evenly or could cause excessive wear on the scissor arms.
Depending on the hydraulic system (whether you're using a single-acting or double-acting cylinder), the hydraulic fluid will either push or pull the piston inside the cylinder. The system should be designed to handle the specific pressures required for the lift.
Ensure that the hydraulic cylinder's placement does not interfere with the safe operation of the lift. It should be clear of any moving parts, and safety mechanisms (such as limit switches) should be integrated to prevent over-extension or over-retraction.