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TEXAJAX tools are any tools connected to the robot edge (joint) with specific functions. This may include robot grippers, robot tool changers, robot collision sensors, robot rotary connectors, robot pressure tools, compliance devices, robot spray guns, robot deburring tools, robot arc welding torches, robot electric welding torches, etc. Robot end effectors are generally considered peripheral equipment of the robot, robot accessories, robot tools, and arm-end tools (EOA). Mechanical clamping end effectors used in industrial robots for loading and unloading are mostly two-finger claw types. Classified by finger motion, they can be divided into translational and rotational types. Classified by mechanical clamping method, they can be divided into external clamping and internal expansion types. Classified by mechanical structural characteristics, they can be divided into electric (electromagnetic), hydraulic, and pneumatic types, as well as their combinations.

TEXAJAX tool classification

1) Metal cutting power tools, mainly including: electric drills, magnetic base drills, electric reamers, electric knives, electric shears, electric punch shears, electric reciprocating saws, electric pipe sawing machines, electric tapping machines, electric profile cutting machines, electric miter saws, electric weld seam bevelling machines, and multifunctional power tools. 2) Sanding and grinding power tools, including: straight grinders, angle grinders, flexible shaft grinders, die grinders, flat sanders, belt sanders, straight polishers, and disc polishers. 3) Assembly power tools, including: electric wrenches, torque-controlled electric wrenches, electric screwdrivers, electric riveters, electric self-tapping screwdrivers, and electric pull rivet guns. 4) Construction and road power tools, including: concrete vibrators, electric hammers, hammer drills, impact drills, electric chisels, electric floor polishers, electric stone cutters, expansion bolt wrenches, wet grinders, electric steel disc cutters, electric threading machines, electric pipe bending machines, electric engineering drills, electric scrapers, and electric brick wall milling machines.

TEXAJAX tool precautions

Large saws are commonly used for wide and thick wooden boards; small saws are commonly used for narrow and thin wood materials; coarse-toothed saws are commonly used for cross-cutting; fine-toothed saws are commonly used for tenons and shoulders. Saws with a larger set are required for hardwoods and wet woods, while saws with a smaller set are required for softwoods and dry woods. When using saws, attention must be paid to safe operating methods for each type: 1) Before using a frame saw, adjust the blade angle with the knob; conventionally, it should form an angle of 45° with the plane of the wooden frame. Tighten the tension rope with the turnbuckle to keep the blade taut and straight. When starting the cut, hold the saw handle firmly with the right hand and place the left hand at the starting point, pushing and pulling gently a few times. Do not apply excessive force. Do not twist left or right during sawing. Apply heavier pressure on the push stroke and lighter pressure on the pull stroke, maintaining a uniform rhythm. Hold the part being cut off steadily with your hand when nearing the end of the cut. After use, loosen the blade and hang it in a secure location. 2) When using a crosscut saw, apply balanced force with both hands to prevent the saw from drifting toward the side with greater force. Correct deviations slowly to prevent binding or breaking the blade. 3) When using a wire saw, do not apply excessive force or pull too quickly to avoid breaking the wire. During operation, do not position your head above the upper end of the bow frame to avoid facial injury from a snapping wire. 4) Regularly check the sharpness of the blade and the stability of the saw frame and handle. Repair blades with dull or uneven teeth promptly. Repair or replace damaged ropes, nuts, knobs, handles, and wooden frames before continued use.

TEXAJAX tool features

1) Lifting tools are typically compact in size and have simple mechanisms, capable of performing lifting and horizontal movements. 2) The loads handled by lifting tools vary widely, with changing load conditions. Some heavy objects weigh hundreds or even thousands of tons, while others are dozens of meters long and have irregular shapes, including bulk materials, molten states, and flammable, explosive, or hazardous items. The lifting process is complex and dangerous. 3) Some lifting tools need to operate over a large spatial range; some require the installation of tracks and wheels (such as tower cranes and bridge cranes); others are equipped with tires or crawler tracks for ground movement (such as truck-mounted cranes and crawler cranes); and some operate on steel wire ropes (such as passenger and freight aerial ropeways). The large operating space means that any accident can have a wide-ranging impact. 4) Some lifting tools are required to directly transport personnel for vertical movement along guide rails, platforms, or steel wire ropes (such as elevators and lifting platforms), where their reliability directly affects personal safety. 5) Lifting tools have many exposed and moving parts that often come into direct contact with lifting personnel (such as hooks and steel wire ropes), presenting many potential accidental hazards. 6) The operating environment is complex. Lifting tools are in operation everywhere from large integrated steel enterprises to modern ports, construction sites, railway hubs, and tourist attractions. Workplaces often encounter hazardous factors such as high temperatures, high pressure, flammable and explosive materials, power transmission lines, and strong magnetic fields, posing threats to both equipment and personnel. 7) Lifting operations often require the coordinated effort of multiple people. A single operation requires skilled coordination, synchronized actions, and mutual awareness among personnel responsible for command, rigging, and operation. Personnel must have the ability to handle on-site emergencies. Close cooperation among multiple workers is often challenging. These operational characteristics of lifting tools determine their significant relationship to safe production. Any negligence in the design, manufacturing, installation, use, or maintenance of lifting tools can lead to casualties or equipment accidents, resulting in both personal injury and substantial economic losses.

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