The Small Manual Permanent Magnetic Lifter is a practical tool focusing on the core needs of lifting small and medium-sized metal materials. It is tailor-made for lifting steel plate scraps, small metal accessories, and light mechanical parts (such as small round steel with a diameter of 5-50mm, thin steel plates with a thickness of 1-10mm, and precision metal parts weighing ≤200kg). It is accurately suitable for small processing plants, repair workshops, handcraft metal workshops, laboratories, and temporary work scenarios. With “cordless practicality, easy operation, and safe adaptability” as its core, it replaces inefficient traditional methods such as manual dragging and rope binding, effectively improving daily handling efficiency and reducing labor intensity and operational risks.
The core of the product adopts high-stability neodymium-iron-boron (NdFeB) permanent magnet material combined with an optimized magnetic circuit design, balancing adsorption force, practicality, and safety: It requires no external power supply or air source, and completes adsorption and release entirely through a manual mechanical structure. Even in temporary work sites, power-inconvenient repair scenes, or mobile scenarios, it can be used stably, completely avoiding operational interruptions caused by power failures. The low residual magnetism technology ensures that workpieces can be smoothly separated from the suction cup surface after lifting without obvious adhesion. It is especially suitable for transferring small precision gears, motor accessories, thin-walled metal parts and other workpieces that require surface cleanliness and precision, avoiding the impact of residual magnetism on subsequent processing or assembly. The safety performance has been verified through actual working conditions: the maximum pull-off force can reach 3 times the rated lifting capacity (optional rated lifting capacity of 50kg/100kg/200kg, etc.), far exceeding the safety requirements for daily lifting of small workpieces. Equipped with a built-in two-way locking safety knob, it can effectively prevent accidental release caused by misoperation, further enhancing operational safety.
The operation design follows the principle of “extremely easy to get started”, and can be proficiently used without professional training: The on-off of the magnetic circuit is controlled by the top rotating handle—rotating 30° clockwise to start adsorption and 30° counterclockwise to complete release. The operation force is gentle, and female users can also easily control it. The safety knob adopts a push-type locking structure: press the knob in the adsorbed state to lock the handle, preventing the handle from rotating due to collision or accidental touch during lifting; press again to unlock, providing double protection for operational safety. It is suitable for lifting small-batch, multi-specification small workpieces—whether it is the disassembly and assembly of motor casings, transfer of small gears in repair workshops, sorting of metal stamping parts, centralized recycling of scraps in small processing plants, or positioning of iron plates and transfer of thin pipes in handcraft metal workshops, it can flexibly respond, greatly reducing the cumbersome process of manual operation.
In terms of structural design, the product fully considers the diversity of daily use scenarios: It adopts an overall compact design with a volume of no more than 20×15×10cm and a weight of only 1.5-3kg. It can be easily lifted and carried by a single person, and can flexibly move even in narrow operating spaces such as gaps between workbenches and inside equipment. The bottom is equipped with a 45° simple V-groove, whose width is suitable for cylindrical workpieces of 5-50mm. It can quickly fit curved workpieces such as round steel and thin pipes, increase the contact area, effectively prevent slipping and deviation during handling, and improve the handling stability of cylindrical materials. The shell is made of high-strength wear-resistant engineering plastic and cold-rolled steel plate through an integrated die-casting process, with a rust-proof coating on the surface. It can withstand conventional industrial environments such as workshop dust, slight humidity, and oil stains, and is not easy to deform or wear during daily use, with a service life of up to 5 years or more. The temperature adaptation range covers -10℃~80℃, whether it is an unheated workshop in northern winter or a high-temperature operating area near heat treatment equipment, it can maintain stable magnetic adsorption performance, meeting the all-weather use needs of most small and medium-sized processing and repair scenarios.
In actual application scenarios, this lifter shows strong practicality: In small processing plants, it can replace manual dragging of metal stamping parts, thin steel plates, and waste scraps, reducing repetitive actions such as bending and lifting, and lowering the risk of occupational injuries such as lumbar muscle strain. In repair workshops, it is used to transfer repair accessories such as motor end covers, small bearings, and metal brackets, avoiding damage caused by parts falling to the ground and improving the material turnover efficiency during maintenance. In handcraft metal workshops and laboratories, it can assist in positioning processing raw materials such as small iron plates and metal strips, facilitating precise operations such as manual welding, grinding, and drilling, while avoiding scratches caused by direct hand contact with workpieces. In temporary work scenarios (such as outdoor equipment emergency repair and small infrastructure construction), it can be quickly put into use without relying on power supply, solving urgent handling needs.
Choosing this Small Manual Permanent Magnetic Lifter has three core advantages: First, safety and peace of mind. The simple and intuitive operation logic, double safety protection design (pull-off force redundancy + safety lock), combined with production processes that meet industrial safety standards, greatly reduce operational risks, allowing novices to get started quickly. Second, outstanding cost-effectiveness. There is no additional electricity or air source consumption, the structure is simple with low failure rate, daily maintenance only requires wiping surface dust, and the maintenance cost is almost negligible. With an average service life of more than 5 years, it is more cost-effective for long-term use. Third, precise adaptability. Multiple rated lifting capacity specifications are available, and the compact size and moderate adsorption force perfectly match the handling needs of small and medium-sized scenarios. It will not affect use due to insufficient performance, nor cause waste due to excessive functions. It is a cost-effective and practical choice for metal material handling in small-scale production, maintenance, and processing scenarios.
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