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Why Choose Us?

Professional Technical Team

Hangzhou Kinty Tool Manufacture Co., Ltd was founded in 2001. At present, The company is a national high-tech enterprise specializing in research, development as well as production and sales of decorative power tools.

 

Complete Qualifications

KINTY is a national certified high-tech enterprise, and has passed the ISO9001 international standard quality management system certification. All products have passed CE/GS//EMC/ROHS/REACH/PAHS and other international certifications.

Wide Range of Applications

The products are mainly used for the wall and floor decoration, such as electric mixer, cordless electric screwdriver, concrete grinder, vacuum lifter and etc.

Broad Product Market

Our products are exported to Europe, Oceania, South America, the Middle East, Southeast Asia and other countries and regions.

 

 

Definition of Vacuum Lifter

 

 

Vacuum lifters describe devices in materials handling that are able to lift, move loads and put them down again with the help of vacuum. Ergonomics and efficiency are the two major aims of vacuum lifters. Their intelligent and innovative design will support you to create ergonomic and work stations that meet health and safety standards. These enable ill health-related stoppages to be reduced or avoided. Work free from fatigue, an increase in productivity and a rise in morale can be achieved.

 

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Benefits of Vacuum Lifter

Our Vacuum Lifters are robust and reliable lifting aids that make lifting various goods and packaging easy.

Versatile lifters that can handle everything from boxes, bags, reels, tyres, and multiple types of goods.

Quick coupling & suction foot change for versatile lifting.

An extended articulated handle makes lifting high up easy without straining the back or shoulders.

Vacuum power for efficient, safe & sustainable handling of goods in various industrial processes.

 

Innovative solutions that offer time- and cost-efficient Lifting while being ergonomic and safe for the operator.

 

 

What Are Vacuum Lifters Used For?

 

A vacuum lifter (or suction pad) is a form of suction cup used for commercial and industrial lifting operations. In the construction industry, they are often used to move large, smooth objects such as glass panes, fixtures such as kitchen countertops, floor tiles, and so on. They are commonly hand-operated, although they can also operate on a hoist.

 

Vacuum lifters follow the same principle as a suction cup, maintaining a vacuum between the surface to be lifted and a flexible material such as rubber. The vacuum is created by pushing a lever or handle on the suction cup.

 

Their load carrying capacity is dependent on the type, size and number of suction cups, and the lifting mechanism. Typical safe working loads for hand operated vacuum lifters range from 10kg to 60kg per lifter, with lifters formed from 1 to 4 suction cups. Hoist operated lifters can have from 1 to 50 or more suction cups and can lift well in excess of 1,000kg.

 

They work best against very flat, smooth surfaces, but can also be congfigured to lift other shapes, such as curves. Rougher textured surfaces make the maintaining of a vacuum more difficult lower atmospheric pressures also make it more difficult to stick to surfaces.

 

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Vacuum Lifter Is the Best Equipment for the Workplace

Vacuum lifters are the best tools to use in workplaces because chances of injuries are low. The injury chances are low because they have a safety feature called a non-return valve. The non-return valve prevents loads from being dropped even when power fails. They are the best equipment to use in workplaces because they lift items safely and faster. They are also the best because only a few people are needed to control them.

 

When fewer people are required you save your money because you do not have to pay wages and salaries to many workers. Your overall efficiency of work is improved when vacuum lifters are bought. They lower the chances of damage to your cargo because professionals smoothly and efficiently operate them. Click here to know about Vacuum Lifter Hire.

 

 

Why Is a Vacuum Lifter Used?

Vacuum lifters can help increase productivity while offering an ergonomic solution to your material handling needs. They grip, support, lift and lower the load with single operator control. This operation is fast and smooth, making it ideal for repetitive handling tasks. Material handling equipment that can bear the burden of manual handling from the operator will improve the health and safety of workers and reduce workplace injuries.

 

Using suction feet allows components to be lifted without damage to the surface or edges of the products often caused by manual lifts or grippers. This makes it ideal for industries that produce panels, boards, sheets, white goods, door or glass windows.

 

They are a cost-effective solution. Vacuum lifters are low maintenance and when they are serviced, downtime and disruption are reduced, which improves production line efficiency.

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How Does a Vacuum Lifter Work?
 

A vacuum lifter will have at least one vacuum cup which is made of rubber so that it can easily mould to surfaces with a tilting ability. As the name suggests a vacuum is created through the vacuum lifter pumping the air out of the cup, so when the cup is placed against a flat surface they will stick together.

 

A seal is created as through the air inside the cup being removed it creates a difference in atmospheric pressure to the outside of the cup. This means the external pressure then pushes against the suction cup and sticks it to the surface.

 

Six Precautions to Take When Using Vacuum Lifter

 If you hold an up-to-date certificate for a piece of vacuum lifter, it'll have been checked for safety. However, there's no room for complacency and you must always be mindful of your personal safety on site. So what precautions should you take when lifting heavy loads? Here are six ways to keep you safer when using vacuum lifter.

 

Always Check Equipment Before Use
Vacuum lifter safety checks save lives – and livelihoods. If you're in any doubt about how to check, consult the equipment's operating and maintenance manual. As a general rule though, you should ensure the equipment isn't missing any parts and is free of defects.
You can also use a safety inspection checklist for vital features, where any deterioration in condition would cause a risk.

 

Keep Up To Date With Safety Training
It's absolutely vital that everybody on site is up to date with their safety training needs. As well as ongoing training for lifting safety, workers must also receive specific training for any new equipment introduced.

 

Ensure Lifting Loads Are Within Limit
Not overloading equipment may sound like an obvious tip, but it can be easy to select the wrong equipment or overload it when you're in a hurry. The weight must also be distributed evenly, with the equipment placed on a level, sturdy surface, where appropriate.

 

Prevent Access To Dangerous Areas
Wherever possible, fixed guards should be used to enclose dangerous parts on machinery. Trip systems can also provide protection, as can interlocking a guard so that machinery cannot be accessed while it's still moving. When guards can't offer full protection from risks, holders, jigs and push sticks are a good idea.

 

Never Stand Under A Load
As obvious as this sounds, it's surprisingly common for construction site workers to get themselves under a load, particularly when trying to solve an issue with the load. People should remember to always keep a safe distance from the load, protecting themselves in the event of human error or equipment failure.

 

Perform Regular Inspections And Maintenance
No matter how busy your schedule, you should always make time for checks on equipment and upkeep. If you build maintenance into your company's routine, you'll greatly reduce the chances of having an accident.
For instance, there's no substitute for regular scaffolding inspections. Workers rely upon scaffolding to hold their weight while they undertake complex tasks. If scaffolding fails, the consequences can affect multiple workers. Inspecting scaffolding when it's not in use almost completely removes this risk.
Detailed inspections of equipment should take place at least every 12 months – or every 6 months for equipment that holds people.
If you use our vacuum lifter hire services, you can be sure that the equipment you're working with has been regularly inspected and is well maintained. However, safety precautions when using vacuum lifter should still be followed so that they become habitual.

 

电动手动气泵真空玻璃吸盘
 
 

How Do We Operate the Vacuum Lifter?

Prior to our customers using a vacuum lifter, operators are provided with full training to ensure they know exactly how to work the machinery. Operators also receive a certificate to demonstrate that they have completed this training.

 

We purposefully engineer our vacuum lifters to be as simple as possible for users. For example, on an excavator it becomes an extension of the machine. The standard controls of the excavator are used in combination with a wireless remote control which operates the instant suction 'on' and 'off' function. Or, if the lifter is attached to a crane, operators can simply lower it onto the pipe and use the remote control to initiate suction 'on' and 'off' , allowing lifting loads with ease.

 

 
What Is the Load Test for a Vacuum Lifter?
 

A standard load test requires that the glass vacuum lifter lifts an object that is at the lifter's Maximum Load Capacity that also has the appropriate Load Characteristics i.e. non-porous surface, not exceeding max load, the load is not too long/wide or not long/wide enough, etc.
To safely perform an actual load test, you should:

01/

Set your load on a stable support, such as a slab buggy, so that it is upright and easy to attach the glass vacuum lifter to.

02/

Direct your glass vacuum lifter towards the load using your mini spider crane, glazing robot, or the other machine you are using. Attach the vacuum pads to the surface of the load so that it gains sufficient vacuum to lift it.

03/

Once the vacuum pump has stopped running and has achieved the needed vacuum to attach to the load you should begin to raise it.

04/

Once raised to the minimal distance needed to be fully supported by the lifter you should continue the hold for 5 minutes.

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During this time, you should examine the vacuum lifter, watching out for any slips and falls. The vacuum lifter should remain in place throughout the entire 5 minutes.

06/

If the lifter does slip or fall you should conduct a vacuum test and inspect each vacuum pad.
Load tests can also be performed with an equivalent simulation. This is an alternative to a standard load test as rather than using a physical load to lift you instead apply forces that are equivalent to the Max Load Capacity.

 

 

Our Factory

KINTY main product is wall and floor decoration construction professional tools, such as electric mixers, cordless electric screwdrivers, concrete grinders, vacuum Lifter, etc., bring customers a professional tool experience.


We have been developing more user-friendly products to meet the needs of different customers and markets.


At present, KINTY has established cooperative relations with many Fortune 500 companies for more than 10 years

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Our Certificate

 

KINTY is a national certified high-tech enterprise, and has passed the ISO9001 international standard quality management system certification. All products have passed CE/GS//EMC/ROHS/REACH/PAHS and other international certifications.

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Ultimate FAQ Guide to Vacuum Lifter
 

Q: What is a vacuum lifter?

A: The clue is in the name Vacuum lifters use a vacuum to grip and lift various load types. It is a simple system consisting of a vacuum pump connected by a hose to a lifting tube with a suction head and suction foot (known as suction cups or vacuum pads) at the end of the lifting tube. These are the contacts that hold the load.

Q: Why is it important to take safety precautions when using vacuum lifter?

A: The very reason you're using vacuum lifter could present a grave risk to you: The loads you're lifting are heavy enough to require extra help. If you get stuck between equipment like a telehandler or a vehicle lift and a wall or floor, you can suffer life-changing or even fatal injuries. You should also be cautious around moving parts on smaller machines, taking care that your limbs, digits and hair stay clear of them.

Q: Is a vacuum lifter right for you?

A: Vacuum lifters are becoming the handling equipment of choice for applications in which single operator material handling of repetitive and heavy loads is required. These systems are used by many large manufacturers, yet their affordable pricing has made them a practical tool for any business. Selecting the vacuum lifter that will most efficiently meet your load lifting requirements will increase your productivity and offer a safer working environment.

Q: Is a vacuum lifter the best tool for the workplace?

A: Vacuum Lifters offer many benefits to people when used. All workplaces can safely use vacuum lifters because of their ergonomic design. They are the best tools to use because they reduce workplace injuries and even improve efficiency in the workplace. They reduce the stress that is experienced on the back when heavy workpieces are being lifted. Vacuum lifters are mostly used in the workplace because they allow the operator to lift, move, maneuver and also position large amounts of weight without getting fatigued or strain.

Q: Why is the vacuum lifter an important tool in the moving industry?

A: Vacuum lifters are an important tool in the material handling industry. They are used to lift and move heavy objects such as glass, metal sheets, and other flat materials. A vacuum lifter consists of a vacuum pump, a suction cup, and a lifting mechanism. The suction cup is attached to the object to be lifted and the vacuum pump creates a vacuum that holds the object securely in place.

Q: Why is a vacuum lifter used?

A: Vacuum lifters can help increase productivity while offering an ergonomic solution to your material handling needs. They grip, support, lift and lower the load with single operator control. This operation is fast and smooth, making it ideal for repetitive handling tasks. Material handling equipment that can bear the burden of manual handling from the operator will improve the health and safety of workers and reduce workplace injuries.

Q: How does a vacuum lifter work?

A: When handling large and heavy materials manual handling is typically advised against due to impracticalities and the high potential for injury. Vacuum lifters take away the need for the majority of manual handling as once the material is attached it can then be lifted and manipulated into place. With the ability to rotate the material and hold it both vertically and horizontally the vacuum lifter presents an advantage over the limited capabilities of a person handling it.

Q: Is vacuum lifter safer than conventional methods?

A: Yes. Vacuum lifter allows you to lift extremely heavy loads without your team having to handle any attachments to secure the load to the lifter. The powerful vacuum technology can securely attach the vacuum lifter to any pipe or plate load with ease and will ensure that those loads remain in place for the entire operation. This means that your team will never need to climb onto loads or put themselves in harm's way to secure any lift attachments.

Q: What is the purpose of a vacuum lifter?

A: Vacuum lifting equipment is widely used in many industrial sectors for the lifting and handling of materials/components that have a flat or smooth surface. In particular materials such as metal or glass plates, concrete slabs, pipes, plaster boards, plastic laminates, cement bags, beer kegs and tins etc.

Q: What are the hazards of vacuum lifters?

A: Always allow extra work space around load when using a tilting lifter. Tilted loads can slide or tumble if they become detached.
Be sure to let those near you know that a lift is about to begin.
Always stay clear of the load. Do not place feet or hands under the load.

Q: What is the load test for a vacuum lifter?

A: A standard load test requires that the glass vacuum lifter lifts an object that is at the lifter's Maximum Load Capacity that also has the appropriate Load Characteristics i.e. non-porous surface, not exceeding max load, the load is not too long/wide or not long/wide enough, etc.

Q: What precautions must be taken in using the vacuum lifter?

A: Here are six ways to keep you safer when using vacuum lifter.
• Always check equipment before use.
• Keep up to date with safety training.
• Ensure lifting loads are within limit.
• Prevent access to dangerous areas.
• Never stand under a load.
• Perform regular inspections and maintenance.

Q: What is the capacity of a vacuum lifter?

A: Lifting Capacity: More than 100 kg. Material: NA. Product Type: Vacuum Lifter. Usage/Application: Handling of a wide range of airtight or porous boards up to 250 kg.

Q: What are the benefits of vacuum lifters?

A: By utilizing advanced vacuum technology and skilled engineering, our vacuum lifters are able to deliver the precise lifting results you desire, with greater cost- and time efficiency and enhanced safety features to protect your team and loads. Vacuum lifting has the following advantages: maximum on- site staff safety, time- and cost efficiency, improved working conditions and full control of loads at all times.

Q: What is the principle of vacuum lifter?

A: By using a vacuum pump, a vacuum or pressure difference can be created between the object and a vacuum pad or sealing element. This generates a gripping force which allows objects to be gripped without traditional mechanical clamps or grabs.

Q: What is the safety factor of a vacuum lifter?

A: Each lifting configuration is checked against a safety factor of at least 2.5 times between the area of the suction pad and the lifter tube. If the safety factor is too high, it can be difficult to release the lifted object.

Q: What forces are involved in using a vacuum lifter?

A: The lifter's control system activates the vacuum pump, creating a low-pressure environment within the suction cups. Vacuum Creation: As the pump removes air from the cups, the atmospheric pressure outside forces the cups onto the object, creating a vacuum seal.

Q: What is the load test for a vacuum lifter?

A: A standard load test requires that the glass vacuum lifter lifts an object that is at the lifter's Maximum Load Capacity that also has the appropriate Load Characteristics i.e. non-porous surface, not exceeding max load, the load is not too long/wide or not long/wide enough, etc.

Q: How do you inspect a vacuum lifter?

A: The lifter is placed in the cup and covered with light oil. The steel ball is put into the pushrod cup and the plunger worked until the lifter is full of liquid with no air bubbles. Then, the arm is adjusted to ensure that the ball in the pushrod cup is just touching it.

Q: How do you tell if a vacuum lifter is broken?

A: The most obvious symptom of a faulty hydraulic lifter is the noise it creates in your car's engine. You can usually distinguish the faulty lifter by the distinct sound. Instead of a knock or ping, a faulty hydraulic lifter will usually make a sound more reminiscent of a tapping sound.

As one of the most professional vacuum sucker suppliers in China, we're featured by quality products and good service. Please rest assured to buy or wholesale customized vacuum sucker made in China here from our factory.

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