Scissor Lift
Why Choose Us?
Reliable Product Quality
Shandong Match Machinery Co., Ltd is specialized in Aerial Work Platform and Material handing equipment, we are one of the leading manufactures of lifting equipment in China. With great experience in manufacturing and exporting.
Wide Product Range
Our products covers 10 categories, more than 80 kinds of product, including stationary scissor lift, self propelled scissor lift, mobile scissor lift, mini scissor lift, order picker, aluminum work platform, dock ramp, electric stacker and many kinds of lifting equipment.
Advanced Production Equipment
With high and new technologies, the Company has advanced and award-winning processing equipment such as automatic bending robot and laser cutting machine imported from Germany, Hamada NC punch press imported from Japan, large automated surface coating production line and general assembly production line, etc.
Wide range of applications
Our products are widely used all over the world. In the initial stage, marked by the successful manufacturing of series of aerial working platforms and entering main countries in Europe, America and Asia, the enterprise pursued the transformation from China quantity to China quality.
Professional Service
We have professional pre-sales, sales and after-sales services, pre-sales will fully understand the needs of customers, customize on demand, provide OEM services, sales will provide visual services, daily update production completion, so that customer satisfaction rest assured, after-sales to provide online technical support and free parts support within 2 years, fully maintain new and old customers.
What is Scissor Lift?
A scissor lift is a mobile scaffold used to raise people and materials. The platform goes up and down using crisscrossed beams that move in a scissor-like way. Scissor lifts can help with any task that involves elevated workspaces, including sign hanging, ceiling work, light fixture installation, or maintenance tasks. They are also useful for outdoor projects such as bricklaying, tree trimming, or working on power lines.
Advantages of Scissor Lift
Improve Productivity
Scissor lifts are advantageous in palletizing and loading activities. They also help in setting the work surface at the right height. They shorten cycle times while increasing loading efficiency.
Reduce Workplace Injuries
Back injuries related to heavy lifting commonly lead to time losses. A scissor lift is a way to raise goods to the required height. Offloading heavy goods, for example, necessitates repetitive, heavy lifting of the products from the pallet to the table. In this case, a lift table can place the pallet at table height, alleviating the worker's weight. This eliminates the strain of lifting in both the vertical and horizontal planes. If safety instructions are followed properly, scissor lifts can lessen the risk of acute injuries associated with heavy lifting.
Enhance Process Ergonomics
Scissor lifts are easily adjustable so each operator can use a preferred height. A scissor lift does not only enhance repetitious stacking and loading chores but also makes the process more ergonomic. A scissor lift decreases the requirement for bending and twisting to adapt to table height. Scissor lifts, also known as lift tables, are the best solution for vertical lifting and material and personnel. They increase work productivity at the same time lowering the risk of injury on the job. A scissor lift can be used as a pallet positioner, for lifting and positioning operations, or for transferring cargo, making the job faster and safer.
Access High Places and Difficult-to-Reach Areas
Because some lifts can reach heights of up to 32 feet, this is a tool that allows employees to reach areas that would otherwise be difficult to access. Height and carrying capacity, of course, go hand in hand with overall weight. As a result, the heavier the lift is, the higher the height it can reach and the more weight it can lift.
User-Friendly
These lifts are especially simple to use. The controls are straightforward and virtually foolproof, reducing operator fatigue. This also implies that operators may be taught the usage of this technology in just a few days, allowing it to work quickly.
Compact Dimensions
A scissor lift is the tiniest type of aerial work platform to ever come across. This is critical in confined places, such as event rooms or tightly packed warehouses, where stacked crates limit access to the ceiling.
Floor Area Requirement
Scissor lifts are among the most compact aerial work platforms, while other aerial work platforms require a lot of floor space to operate. These lifts are easy to store because the total area required is about equal to the area of the lift-able platform.
Customizable to Personal Liking
Depending on the industry, they may be needed to tailor the lift to meet the specific requirements. Scissor lifts can be customized to fit specific needs. Tilters can be added to reduce the chance of the operator falling. There may also be a need to add a turntable to it, which allows it to spin in addition to raising the platform.
Types of Scissor Lift
Hydraulic Scissor Lifts
Hydraulic scissor lifts can be used indoors and outside and powered by either an electric motor or compressed air. From cylinder to cylinder, the hydraulic liquid is pushed or drained, allowing the scissor lift to raise or drop as needed. Warehouses, construction sites, and infrastructure projects are all good places to use hydraulic scissor lifts. The scissor lift operator turns on the power supply. Filling the cylinder(s) with hydraulic fluid begins with the use of a valve to control the flow of fluid or air (or compressed air in a pneumatic system).
Diesel Powered Scissor Lift
Traditional diesel engines are used to power diesel scissor lifts. They are not as eco-friendly as their electric equivalents because they are noisy and release polluting exhaust fumes when in use. The diesel scissor lifts often have larger platforms and are best used on outdoor construction projects, in well-ventilated inside spaces, and in areas where engine noise will not distract or disturb vital employee communication. Diesel is more cost-effective than gasoline, and it can provide a lot of torque at a low rpm.
Electric Scissor Lift
Electric scissor lifts are more eco-friendly because they are powered by batteries rather than a combustion engine. Due to the lack of exhaust emissions and loud noises when working, they are perfect for interior use. Electric scissor lifts are often smaller, less bulky, and have narrower platforms than diesel scissor lifts. Because they work indoors, non-marking tires are frequently used to prevent floor damage during operations. They're usually used on smaller platforms and have fewer load-bearing capacities than fossil-fuel-powered machines like diesel, gas, or propane.
Rough Terrain Scissor Lift
Rough terrain scissor lifts are a type of EWP that has more power for working in harsh outdoor conditions. To offer the necessary power for operating across rugged terrain and lifting bigger cargoes, they are often powered by combustion diesel, petrol, or LPG engines. Rough terrain forklifts have increased traction and travel speed, making it easier to maneuver around huge construction sites safely. The major function of these machines is to elevate people and objects off of the uneven ground. They are best suited for difficult environments where they can increase productivity through positive traction, gradeability, and speed.
Pneumatic Scissor Lift
Pneumatic scissor lifts are driven by air rather than electricity or hydraulics, resulting in a very clean and low-maintenance lift. They are great for operations that aim to be ecologically friendly and reduce their carbon footprint because they use air pressure to raise and lower the lift. The airbag or numerous airbags used in the scissor lift operating system are commonly configured as single, double, or multiple, depending on the size of the scissor lift and its use. The unit is elevated and positioned by an air compressor for working or simple loading and unloading.
Application of Scissor Lift
Ceiling Work
Schools, hospitals, hotels, factories, and other buildings with high ceilings often use scissor lifts for elevated tasks. Workers may use the elevated platforms to install or replace overhead lighting, cables, and HVAC pipes. They may also use scissor lifts for painting, constructing, or fixing damage on ceilings or high walls.
Fixing Power Lines
Because they have good stability and safety, scissor lifts often make a great choice for fixing and maintaining power lines. The elevating work platform raises workers and tools up to the power lines, where they can make repairs.
Hanging Signs
Scissor lifts can help workers hang indoor and outdoor signage. Construction worksites may use them to put up notices warning pedestrians of work ahead or businesses may use them for commercial purposes, such as hanging retail store signs.
Maintenance Repairs
Scissor lifts can help with any repair or maintenance task that requires an aerial work platform. Industrial workers may use them to check large machinery; HVAC technicians may use them to inspect pipes or A/C units; and maintenance workers may use them to repair ceiling damage.
Warehousing
Warehouses make use of scissor lifts for all kinds of tasks. Scissor lifts offer a safe way to streamline inventory processes, including loading and unloading pallets and lifting and retrieving heavy goods from shelves. Scissor lifts can also be used for other general tasks in the warehouse such as changing light fixtures and hanging signs.
Recording and Filming Events
Creative productions also make use of scissor lifts. For example, in the media or film industries scissor lifts can help photographers or videographers capture an event from a different angle. Artists may also use them when they need a boost for big projects like high murals or tall sculptures.
Components of Scissor Lift
The key components or parts of a scissor lift include
Scissor Lift Platform
A scissor lift mechanism's platform can be a variety of sizes, forms, and materials. The platform, also known as a lift table, is the working area that supports the load of workers or work objects being raised or lowered by the scissor lift. For fall protection, most units that transport personnel have a platform with guardrails around the perimeter. Lifting and lowering goods and inanimate things are common uses for platforms without rails.
Scissor Legs
The scissor legs are a crisscross array or pantograph design of manufactured metal struts that connect the platform to the base. The length of each scissor leg or the number of scissor legs will determine the scissor lift mechanism's maximum working height. The scissor legs raise and lower the platform as they constrict (pull closer together) and extend, and they can be powered by a variety of sources depending on the application.
Scissor Lift Cylinders
One to four compression or expansion cylinders are commonly attached to a scissor lift mechanism. Depending on the specification and operation conditions, these cylinders can be filled with hydraulic fluid (hydraulic scissor lift) or compressed air (pneumatic pump system). The scissor legs and platform are raised or lowered by increasing or decreasing pressure through these cylinders attached to the scissor legs.
Scissor Lift Base
A robust footing made up of strong, stiff brackets is the foundation of the scissor lift mechanism. Tracks guide the rollers at the bottom of the scissor legs in the base. In conjunction with substantial support from the base, these rollers guarantee that the unit is raised and lowered steadily and solidly. The model and application will determine the size and layout of the scissor lift base.
Scissor Lift Power Source
A variety of different power sources can power a scissor lift. These can include everything from self-contained motors that work on various fuels to remote power packs. The working environment of the scissor lift will determine which power source is most appropriate.
Scissor Lift Down Valve
The down valve is in charge of returning compressed air or hydraulic fluid to its reservoir. The speed of this flow determines the platform's descent speed. The down valve, which controls the descent pace, is connected to the power supply.
Scissor Lift Flow Control Valve
The flow control valve controls how quickly fluid or compressed air leaves or returns to the reservoir cylinder, regulating the ascent or descent rate of the scissor lift.
Employers must provide training to workers on how to properly operate scissor lifts, but an official certification isn’t required. Under OSHA guidelines, employers must train employees on how to work safely with or near scissor lifts, how to handle materials on the lift, and what worksite hazards they might encounter while operating the lift.
Although stopping short of requiring certification, the agency stipulates that only employers should only permit trained personnel to use a scissor lift. This makes employers largely responsible for ensuring that workers operate lifts safely.
OSHA also provides a one-hour scissor lift training course online that covers key topics such as safety procedures, applicable OSHA standards, the importance of inspections, and precautions for preventing falls, tips, electrocution, and other common hazards.
Scissor Lift Safety
Although scissor lifts are considered relatively safe and stable machines, workers must always follow safe operating procedures to prevent accidents and injuries.
Scissor lifts must have guardrails
To prevent falls, employees must check that a guardrail system is in place and in good condition prior to use. They must also make sure to stand only on the platform (and never on the guardrails) and avoid leaning too far over the platform.
Scissor lifts must be stable before operating
Employees must stabilize scissor lifts by placing them on firm, level surfaces away from potential hazards. When using lifts outdoors, do so only in safe weather conditions with wind speeds lower than 28 miles per hour. Finally, workers should make sure to follow the manufacturer’s instructions for safe lift movement.
Scissor lifts must be positioned correctly
Scissor lifts can pose electrocution and crushing hazards if positioned improperly. Select work locations at least 10 feet away from power sources and without any overhead hazards (like branches and door frames). Pay attention when positioning or operating a scissor lift near other workplace hazards like fixed objects or moving machines. Make sure to take traffic control measures to prevent other vehicles or people from getting too close to a moving lift.
The right scissor lift for your jobsite depends on a number of factors, including lift size (both platform height and lift capacity), type of work area you will be in, and what kind of task you will be performing. When choosing a scissor lift, consider the following:
Working height
First, consider the height requirements of your job. With scissor lift heights typically ranging from 19 to 50 feet, you have a number of options to choose from.
Platform width
Next, think about the platform size you will need. While platforms come in standard sizes, you can choose an extended platform. If your job requires larger platforms, make sure to adjust your calculations accordingly to keep the loads balanced.
Type of environment
The environment and terrain of your jobsite will affect your choice of lift. If you’re working indoors, for example, you may need an electric-powered lift with no emissions and non-marking tires. If you need a scissor lift for outdoor use on rough ground, you may opt for a four-wheel-drive model.
Load capacity
Another key consideration is lift capacity. You need to account for the goods, tools, and workers that the lift needs to accommodate. If you plan to carry multiple workers or heavy loads, you may want to look for a heavy-duty scissor lift.
Type of work task
Finally, think about the type of task you need to perform. Ceiling work may require a higher lift platform while warehouse work might prioritize maneuverability over height.
Common Problems Encountered With Scissor Lifts
It is unavoidable that some failures occur when using fixed elevators. If not resolved in a timely manner, significant inconvenience to users may be caused and have a negative impact on job efficiency. Some of the problems encountered using these lifts include:
● The lifting procedure is irreversible: If the travel switch on the lifting platform is damaged, it should be replaced. If the lifting platform's control handle or the distribution box's button are damaged, repair or replace the handle or button.
● The lifting platform is either too weak or too heavy to hoist: The lifting platform's overload shall ensure that the load does not exceed the lifting platform's rated load. The voltage of the power source is insufficient. Check the power supply voltage to make sure it's within the permissible floating range when the motor is functioning with a load.
● The lifting platform drops naturally: In the valve group, look for the one-way valve. If there is dirt on the one-way valve's sealing surface, clean the one-way valve. In order to repair or replace the pressure relief valve, it must be tightly closed.
● Failure of the down valve causes the lifting platform to not drop: When the down button is pressed, check to see if the down valve has electricity. Check whether the solenoid valve spool is jammed or damaged if there is no electricity; if there is electricity, try to eliminate it. There is a problem with the descending speed control valve. If the adjustment is invalid, replace the descending speed control valve with a new one.
● The descending valve cannot be closed for one of the following reasons: The descending valve is damaged or stuck in order to clean or replace the hydraulic valve; the descending valve is damaged or stuck in order to clean or replace the hydraulic valve; the lower travel switch has been tampered with. Replace the lower travel switch with a new one. If the lifting platform does not have a lower travel switch, the time relay should be checked.
Manlifts vs Scissor Lifts: Which is Right for Your Construction Project?
Are you a homeowner or contractor in need of elevated work platforms for your construction project? If so, you may be wondering whether a manlift or a scissor lift is the better choice. In this article, we'll explore the advantages of manlifts and why they might be the perfect fit for your needs.
Flexibility in Movement
One major advantage of manlifts is their flexibility in movement. Also known as aerial work platforms or boom lifts, manlifts can move both vertically and horizontally. This allows workers to access hard-to-reach areas without having to reposition the lift constantly.
Variety of Types and Sizes
No two construction projects are alike, so it's essential to have equipment that caters to various needs. Manlifts come in a variety of types and sizes, including telescopic boom lifts, articulating boom lifts, and trailer-mounted booms. This means you can choose the right manlift for your specific project requirements.
Better Outreach Capabilities
If outreach capabilities are crucial for your project, then look no further than a manlift. With their extendable arms, articulating boom lifts can reach over obstacles like walls or machinery with ease. This makes them ideal for tasks such as building maintenance, tree trimming, and painting.
Higher Load Capacities
Manlifts can typically handle heavier loads than scissor lifts. This means they're better suited for tasks that require carrying more equipment or materials to elevated work areas.
Indoor and Outdoor Use
Did you know manlifts are versatile enough for both indoor and outdoor use? With their compact design, vertical mast lifts, a type of manlift, can easily navigate tight spaces in warehouses or factories. At the same time, larger models like telescopic boom lifts excel outdoors on rough terrain.
Our Factory
Shandong Match Machinery Co., Ltd is specialized in Aerial Work Platform and Material handing equipment, we are one of the leading manufactures of lifting equipment in China. With great experience in manufacturing and exporting.
Ultimate FAQ Guide to Scissor Lift
Q: What are the advantages of a scissor lift?
Q: Which of the following is an advantage of scissor lift consideration?
Q: Are scissor lifts safer than ladders?
Q: Are scissor lifts stable?
Q: What is more stable scissor lift or boom lift?
Q: Do scissor lifts ever fall over?
Q: Can scissor lifts get rained on?
Q: Do you need a spotter for a scissor lift?
Q: What is the height limit for a scissor lift?
Q: What is the difference between a lift and a scissor lift?
Q: What is the physics behind the scissor lift?
Q: Are scissor lifts safe?
Q: What is another name for a scissor lift?
Q: Is electric or diesel scissor lift better?
Q: Do scissor lifts only go straight up?
Q: Are scissor lifts easy to use?
Q: Are scissor lifts safer than ladders?
Q: Do scissor lifts tip over?
Q: Does a scissor lift need to be level?
Q: What are the benefits of a scissor lift vs boom lift?