German SECO tools SECO models SECO prices

SECO 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 gripping 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 expanding types. Classified by mechanical structural characteristics, they can be divided into electric (electromagnetic), hydraulic, and pneumatic types, as well as their combinations.

SECO tool classification

1) Metal cutting power tools: Metal cutting power tools mainly include 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 multi-function power tools. 2) Sanding and grinding power tools: Sanding and grinding power tools include straight grinders, angle grinders, flexible shaft grinders, die grinders, flat sanders, belt sanders, straight polishers, and disc polishers. 3) Assembly power tools: Assembly power tools include 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: Construction and road power tools include 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.

SECO tool classification

Explosion-proof tools are internationally known as "safety tools" and "non-sparking tools," and domestically known as "explosion-proof tools." Explosion-proof tools produced, sold, and distributed in China can be divided into two major categories by material: 1. Aluminum-copper alloy (commonly known as aluminum bronze) explosion-proof tools. The specific material is a copper-based alloy composed of high-purity electrolytic copper as the base with appropriate amounts of aluminum, nickel, manganese, iron, and other metals added. 2. Beryllium-copper alloy (commonly known as beryllium bronze) explosion-proof tools. The specific material is a copper-based alloy composed of high-purity electrolytic copper as the base with appropriate amounts of beryllium, nickel, and other metals added. Both materials have excellent thermal and electrical conductivity. After heat treatment, the hardness and wear resistance of aluminum bronze are nearly identical to those of beryllium bronze, both reaching above HRC30o. Beryllium bronze is non-magnetic and can be used in strong magnetic field environments. Explosion-proof tools can also be divided into two major categories by manufacturing process: 1. Casting process: This is a traditional manufacturing process and was the internationally common technology for manufacturing explosion-proof tools in the 80s. Most domestic explosion-proof tool manufacturers have continued to use this process to date. Advantages of the casting process: simple process and low manufacturing cost. Disadvantages: lower product density, hardness, tensile strength, and torque; more pores and sand holes, resulting in shorter product service life. 2. Forging process: The latest international manufacturing process, using large presses or punch presses combined with high-heat-resistant forming molds to forge in a single step. Advantages of the forging process: significantly increases product density, hardness, tensile strength, and torque; basically eliminates pores and sand holes, making the mechanical performance and service life of the product approximately 1 times longer than that of the traditional casting process. Disadvantages: higher investment in equipment and molds, resulting in higher costs.

SECO tool usage

1) Adjustment of the plane blade: When installing the plane blade, first fit the blade with the cap iron, control the distance between the cutting edges of both, 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 firmly 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, sole facing up, and look back 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, 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 pulling back, 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, place the left foot 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 is less laborious. 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 against the wood surface. Do not lift the front of the plane at the beginning, and do not let the front dip at the end (commonly known as "nodding"). Otherwise, the middle part of the planed wood surface will bulge unevenly, a common mistake among beginners that must be corrected.

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