German POUGET tools POUGET models POUGET prices

POUGET tools are tools that use compressed air to drive a pneumatic motor and output kinetic energy. Based on their basic operating principles, they can be classified into: 1) rotary type (eccentric movable vane type). 2) reciprocating type (volumetric piston type). General pneumatic tools mainly consist of the power output section, work form conversion section, intake and exhaust path section, operation start and stop control section, tool housing, and other main components. Of course, pneumatic tool operation also requires an energy supply section, air filtration and pressure regulation section, and tool accessories. Main types include impact wrenches (also known as pneumatic wrenches, air wrenches, air ratchets), pneumatic screwdrivers (also known as pneumatic drivers, air screwdrivers), pneumatic grinders (also known as pneumatic polishers, pneumatic wet grinders, pneumatic sanders, pneumatic grinding machines), pneumatic spray guns, pneumatic rivet guns, pneumatic nut setters, air chisels, air hammers, vibration-damping pneumatic saws, and vibration-damping pneumatic files.

POUGET tool classification

1) Tools: In production, magnetic properties of materials are often utilized to facilitate manufacturing, such as magnetic screwdrivers used in electronic product assembly. In machining, a large amount of fine iron chips is generated. These chips flow back with the cooling medium into the recovery container, often causing circuit blockages and making cleaning inconvenient. A magnetic oil trough can be installed on the machine tool. During metal cutting, the cooling medium containing iron chips flows from the worktable drain groove into the oil trough. When passing through the filter mesh, the iron chips are blocked and accumulated on one side of the filter mesh due to the action of ring magnets, while the cooling medium flows into the oil tank through the oil channel. For cleaning, the oil trough can be easily lifted to dump the chips. 2) Molds: When bending and forming workpieces with complex shapes, if the mold is too small due to center of gravity deviation, it may cause a cantilever effect, leading to unstable workpiece placement, flipping, or warping. For example, a positioning magnet can be added to the die cavity to assist in workpiece positioning, which reduces the mold volume and increases positioning reliability. 3) Auxiliary tools: In stamping production, steel plates stacked together have no gaps and adhere to each other due to atmospheric pressure, making material handling extremely inconvenient. This problem can be solved by installing a magnetic auxiliary workbench close to the press. The working principle is as follows: a baffle is fixed on the workbench, with a magnet installed on one side of the baffle. The sheet metal to be processed is placed closely against the other side of the baffle. During operation, the vertical movement of the press slider and vibrations caused by the punching force cause the sheets to vibrate vertically. The top sheet, unable to overcome the magnetic force due to gravity, leans against the baffle, naturally forming a gap for easy material handling. The magnetic force can be adjusted by changing the thickness of the baffle. Magnetic force acts like an invisible hand to hold the workpiece. By cleverly using magnet technology, we simplify the structure of various tools, improve the process performance of workpieces, and make production easier. Thus, magnetic tools can help us achieve unexpected results.

POUGET tool parameters

The most important performance parameters characterizing the basic working capability of lifting tools are lifting capacity and working class. (1) Lifting capacity refers to the maximum weight of the load allowed to be lifted under specified working conditions, i.e., the rated lifting capacity. Generally, if equipped with a permanent magnetic chuck (see permanent magnetic lifter), the lifting capacity should also include the weight of the permanent magnetic chuck. (2) Working class is a performance parameter reflecting the overall working status of the lifting tool and is an important basis for designing and selecting lifting tools. It is determined by the total number of work cycles required to be completed during the required service period and the load state. For lifting tools with strong regularity and high repeatability in operation procedures, such as electric hoists for loading and unloading ship cargo at docks, chain hoists used in high-bay warehouses, and hopper lifts for supplying blast furnaces, the work cycle is also an important parameter. The work cycle refers to the time required to complete one work cycle, which depends on the mechanism's operating speed and is related to the handling distance. The aforementioned lifting tools sometimes also use productivity as an important parameter, usually expressed as the lifting volume completed per hour. In current usage, efficiency is the primary consideration, followed by appearance and quality.

POUGET tool usage

1) Adjustment of the plane blade: When installing the plane blade, first match the blade with the cap iron, control the distance between their cutting edges, and then insert it into the plane body. The cutting edge should be close to the plane sole. Add the wedge, press down slightly, hold the left corner of the plane sole with the left hand, and use the thumb to hold the wedge, cap iron, and plane blade. Use a hammer to correct the cutting edge so that it protrudes from the mouth. The amount of protrusion is proportional to the planing depth; more for rough planing, less for fine planing. To check the protrusion of the blade, lift the plane with the left hand, bottom facing up, and look backward with one eye to observe. If the protrusion is inappropriate, lightly tap the upper end of the blade. If it protrudes too much and needs to be retracted, lightly tap the rear end of the plane body. If one corner of the cutting edge protrudes, only lightly tap the upper side of the same corner of the blade. 2) Key points for pushing the plane: When planing, extend the index fingers of both hands forward to press on the plane body, press the thumbs on the rear part of the blade, and grip the handle tightly with the remaining fingers and palms. Keep the plane body level and apply uniform force with both hands. When pushing forward, increase the force with both thumbs and apply slight pressure with the index fingers. As you reach the front end, gradually reduce the pressure until no pressure is applied. When retracting, slightly lift the rear part of the plane with your hand to prevent the cutting edge from dragging on the wood surface, which can cause dullness. When planing long materials, the left foot should be forward, followed by the right foot. Before planing long materials, check whether the surface to be planed is heartwood or sapwood. Generally, heartwood is cleaner and has clearer grain than sapwood. If it is heartwood, plane in the direction from root to tip; if it is sapwood, plane in the direction from tip to root. Planing along the wood grain saves effort. Otherwise, it is easy to cause "tear-out," resulting in a rough, uneven surface and requiring significant effort. When starting to plane, the plane sole should be tightly attached to the wood surface. Do not lift the front of the plane at the beginning, and do not let the front dip (commonly known as "nodding") when reaching the end. Otherwise, the middle part of the planed wood surface will bulge unevenly, which is a common mistake among beginners and must be corrected.

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