German Fischer Bargoin tools, Fischer Bargoin models, Fischer Bargoin prices

Fischer Bargoin tools are tools that work by using compressed air to drive a pneumatic motor and output kinetic energy. According to 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, operation form conversion section, intake and exhaust path section, operation start and stop control section, tool housing, and other main parts. 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 called pneumatic wrenches, air wrenches, air impact wrenches), pneumatic screwdrivers (also called pneumatic drivers, air screwdrivers), pneumatic grinders (also called 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.

Fischer Bargoin tool types

1) Frame saw. Also known as a buck saw, it consists of an H-shaped wooden frame, twisted rope and twist sticks, and a saw blade. The two ends of the saw blade are fixed to the frame with knobs, which can also be used to adjust the angle of the blade. After the twisted rope is tightened, the saw blade is tensioned and ready for use. Frame saws can be divided into coarse, medium, and fine types based on blade length and tooth pitch. Coarse saw blades are 650—750mm long, with a tooth pitch of 4—5mm; coarse saws are mainly used for cutting thicker wood. Medium saw blades are 550—650mm long, with a tooth pitch of 3—4mm; medium saws are mainly used for cutting thin wood or cutting tenons. Fine saw blades are 450—500mm long, with a tooth pitch of 2—3mm; fine saws are mainly used for cutting finer wood and cutting tenon shoulders. 2) Knife saw. A knife saw mainly consists of a saw edge and a handle, and can be divided into single-sided, double-sided, and back-backed knife saws. Single-sided knife saws are 350mm long, with teeth on one side; depending on the function of the teeth, they can be divided into rip cuts and cross cuts. Double-sided knife saws are 300mm long, with teeth on both sides; typically, one side is for rip cuts and the other for cross cuts. Back-backed knife saw plates are 250—300mm long; the back of the back-backed knife saw is reinforced with a steel strip, and the teeth are finer, available in rip cut and cross cut versions. 3) Groove saw. A groove saw consists of a handle and a saw blade, with the blade being approximately 200mm long. Groove saws are mainly used for cutting grooves in wood. 4) Panel saw. Also known as a hand saw, it consists of a handle and a saw blade, with the blade being approximately 250—750mm long and a tooth pitch of 3—4mm; panel saws are mainly used for cutting wider wooden boards. 5) Narrow hand saw. The blade is narrow and long, with a pointed front end, and a length of approximately 300—400mm. Narrow hand saws are mainly used for cutting narrow holes and slots. 6) Keyhole saw. Also known as a compass saw, its construction is similar to that of a frame saw, but the blade is narrower (approximately 10mm), mainly used for cutting arcs and curves. 7) Wire saw. Also known as a bow saw, it is made by bending a bamboo strip into a bow shape and stretching a wire between the two ends. Sawtooth-like edges are cut into the wire, using the sharp edges for cutting. The wire is approximately 200—600mm long, and the saw bow is 800—900mm long. Wire saws are mainly used for cutting complex curves and openings.

Fischer Bargoin tool structure and composition

The function of power components is to convert the mechanical energy of the prime mover into fluid pressure energy. This refers to the oil pump in the hydraulic system, which provides power to the entire hydraulic system. The structural forms of hydraulic pumps generally include gear pumps, vane pumps, and piston pumps. The function of actuators (such as hydraulic cylinders and hydraulic motors) is to convert the pressure energy of the fluid into mechanical energy, driving loads to perform linear reciprocating motion or rotary motion. Control components (i.e., various hydraulic valves) control and regulate the pressure, flow, and direction of the fluid in the hydraulic system. Depending on the control function, hydraulic valves can be divided into pressure control valves, flow control valves, and directional control valves. Pressure control valves are further divided into relief valves (safety valves), reducing valves, sequence valves, pressure relays, etc.; flow control valves include throttle valves, adjustment valves, flow divider/collector valves, etc.; directional control valves include check valves, pilot-operated check valves, shuttle valves, directional valves, etc. Depending on the control method, hydraulic valves can be divided into on/off control valves, fixed-value control valves, and proportional control valves. Auxiliary components include oil tanks, oil filters, oil pipes and pipe fittings, sealing rings, pressure gauges, oil level and oil temperature gauges, etc. Hydraulic oil is the working medium that transmits energy in hydraulic systems, including various mineral oils, emulsions, and synthetic hydraulic oils.

Fischer Bargoin tool features

1) Lifting tools are usually small in size and simple in mechanism, capable of performing lifting and horizontal movements. 2) The loads lifted by lifting tools vary widely, and the loads are variable. Some heavy objects weigh hundreds or even thousands of tons, some objects are tens of meters long, and their shapes are irregular, including bulk particles, molten states, flammable and explosive hazardous materials, etc., making the lifting process complex and dangerous. 3) Some lifting tools need to operate within a large spatial range; some require tracks and wheels (such as tower cranes, bridge cranes, etc.); some require tires or tracks to move on the ground (such as truck cranes, crawler cranes, etc.); some need to move on steel cables (such as passenger and freight aerial ropeways), resulting in a large activity space, and once an accident occurs, the impact range is also large. 4) Some lifting tools need to directly transport personnel for vertical movement on guide rails, platforms, or steel cables (such as elevators, lifting platforms, etc.), and their reliability directly affects personal safety. 5) Lifting tools have many exposed and moving parts, and often come into direct contact with lifting personnel (such as hooks, steel cables, etc.), posing many potential accidental hazards. 6) Complex working environments. From large integrated steel enterprises to modern ports, construction sites, railway hubs, and tourist attractions, lifting tools are in operation; work sites often encounter hazardous factors such as high temperatures, high pressures, flammable and explosive materials, power transmission lines, and strong magnetic fields, posing threats to equipment and personnel. 7) Lifting tool operations often require coordination among multiple people. One operation requires skilled coordination, coordinated actions, and mutual support among command, rigging, and operating personnel. Personnel should have the ability to handle on-site emergencies. Close cooperation among multiple operators is often difficult. The above working characteristics of lifting tools determine their significant relationship with safe production. Any negligence in the design, manufacturing, installation, use, and maintenance of lifting tools may result in casualties or equipment accidents. On one hand, this causes casualties, and on the other hand, it results in significant economic losses.

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