📝 Product Description
Brief Introduction for PML:
Permanent Magnetic lifter which can greatly improve the magnetic steel material clamping efficiency. The permanent magnet lifter is a high-performance rare earth material NdFeB as the core, through the hand pull the suction cup handle rotation, thus changing the inner chimney NdFeB magnetic system, to be processed workpiece suction or release. Permanent Magnetic lifter is the machinery factory, mold factory, and other machining field widely used magnetic fixture.
Magnetic Lifters has strong magnetic path produced by NdFeB magnet which supply permanent power. On and off of the magnetic path is controlled by turning the manual handle. The lifters have the features of strong attraction, smaller volume, lighter weight, powerful lifting effort, easy and safe to operate, long-period effort and without power supply.
⭐ Permanent Magnetic Lifter Features
01Widely used as lifting tools in factory terminals and warehouse.
02Safe and reliable, easy to operate, can be used single or combined.
03High-performance permanent magnet ensures power and high safety.
04"V" style bottom design can lift both round steel and steel plate.
05Constant and reliable magnetism without electricity; residual magnetism approach naught.
06Maximum pull-off force is 3.5 times rated lifting force.
07High resistance to demagnetization, lifting value remains stable.
❓ Frequently Asked Questions
Q1: Does the magnetic lifter require an external power supply?
A: No, it uses high-performance permanent NdFeB magnets and operates via a manual handle, requiring no electricity.
Q2: Can I use this lifter for round steel bars?
A: Yes, the lifter features a "V" style bottom design specifically made to handle both flat steel plates and cylindrical objects.
Q3: What is the safety factor of these lifters?
A: Our permanent magnetic lifters are available with safety factors ranging from 2:1 to 3.5:1 to ensure maximum operational safety.
Q4: What is the maximum operating temperature?
A: The standard operating temperature should be lower than 80°C to maintain stable magnetic performance.
Q5: How is the magnetic force activated?
A: The magnetism is controlled by a manual handle with a safety locking mechanism. Turning the handle rotates the internal magnetic system to switch between "On" and "Off" states.
Q6: Is it resistant to demagnetization?
A: Yes, the use of rare earth NdFeB magnets ensures high resistance to demagnetization, keeping the lifting force constant and stable over a long period.
Pak Lift
