37results about How to "Small kerf" patented technology

The invention provides a method for cutting a transparent material by using ultra-short pulse laser. The ultra-short pulse laser output by an ultra-short pulse laser generating device is condensed by a condensation device so as to form a bunching laser beam; the bunching laser beam enters from the surface of the transparent material to be machined, so that the center refractive index at a laser application point is increased to form a waveguide structure along a laser emitting direction; the laser is transmitted to the inside of the transparent material along the waveguide structure, and continuously generates a waveguide structure along the laser emitting direction in a transmission process until the entire waveguide structure and the laser penetrate through the transparent material; and therefore, the laser moves in a direction which is vertical to the surface of the transparent material at uniform speed, so that a waveguide plane is formed in the transparent material. The invention further provides a device for cutting the transparent material by using the ultra-short pulse laser. The method and the device for cutting the transparent material by using the ultra-short pulse laser provided by the invention have the advantages of fast cutting speed, small cutting seam, no material consumption and no powder pollution. When the machined material bears a suitable external force, the material is cracked only along a stress fault surface; the broken surface nearly has no conical degree; and the roughness is good.

The invention discloses A sort of Swing Marble Multi-wire Cutting Machine , including a machine base, a base with a worktable on the base, a mounting seat on the base above the workbench, at least one of the two parts of the base and the mounting base A part is liftably arranged on the machine base, and a wire cutting mechanism is provided on the mounting base, and the wire cutting mechanism has a plurality of wire cutting wires, and the marble to be cut is fixed on the workbench, so The workbench is rotatably arranged on the base through a rotating shaft, and a swing device for driving the workbench to swing around the rotating shaft is provided between the base and the working table. The extending directions of the wire cutting wires are arranged perpendicular to each other. Using the multi-wire cutting machine to cut marble has high cutting efficiency and low material waste rate.

The invention relates to the field of grinding wheel manufacturing, in particular to a method for manufacturing a grinding wheel segment and a cutting fixture for implementing the method. The manufacturing method of the grinding wheel segment includes the following steps: (1) loading the extended abrasive block into the corresponding cutting fixture, the cutting fixture is provided with at least one clamping position for the lengthened abrasive block, and the opposite sides of the clamping position are respectively provided with The front cutting relief groove and the back cutting relief groove, the corresponding front cutting relief groove and the reverse cutting relief groove are set opposite to each other; (2) Use the laser cutting machine to lengthen the abrasive block from the front and back of the corresponding clamping position respectively Make a cut. The manufacturing method of the grinding wheel segment of the invention solves the problems of low manufacturing efficiency of the grinding wheel segment, waste of materials and poor quality of the grinding wheel segment.

The invention discloses a diamond inner circle cutting blade and a preparation method thereof. The diamond inner circle cutting blade comprises a round matrix which comprises a first main surface, a second main surface, a third main surface, a fourth main surface, a first side surface located on the edge of the outer circumference, and a second side surface located on the edge of the inner circumference; the third main surface and the fourth main surface are correspondingly formed in the manner that the upper end and the lower end of the second side surface extend outwards in the direction of the first side surface by equal distances; the third main surface and the first main surface are connected through a first annular side face; the fourth main surface and the second main surface are connected through a second annular side face; the height of the first annular side face in the axial direction of the round matrix is equal to that of the second annular side face in the axial direction of the round matrix; and the third main surface, the fourth main surface and the second side surface are each provided with a diamond coating containing diamond particles.

The invention discloses a food slicing device. the food slicing device comprises a frame, a slicing mechanism and a conveying mechanism, wherein the blade mechanism and the conveying mechanism are arranged on the frame, and the conveying mechanism is used for conveying foods; the slicing mechanism comprises blades, a knife rest and a driving mechanism, the driving mechanism is used for driving the knife rest to move back and forth in a direction which is intersected with the conveying direction of the conveying mechanism, and the knife rest is provided with a window for foods to pass through; the blades are arranged on the window at intervals, one ends of the blades are fixedly connected to the upper edge of the window, and the other ends of the blades are fixedly connected to the lower edge of the window; the driving mechanism is connected with the knife rest in a driving way, the conveying mechanism is located below the blades, and the conveying direction of the conveying mechanism is parallel to the blade orientations of the blades. According to the food slicing mechanism provided by the invention, foods can be cut with smaller kerfs, the excessive residues of a food detergent can be prevented, and the balanced taste of the sliced foods can be ensured.

The invention belongs to the technical field of metal flame cutting processing and provides an oxyhydrogen flame numerical control punching and cutting process. The oxyhydrogen flame numerical control punching and cutting process is characterized in that oxyhydrogen is adopted as cutting gas of a numerical control flame machine tool, the oxyhydrogen is delivered to a cutting torch (6) of the numerical control flame machine tool through a busbar (5), the pressure of the cutting gas is controlled to be in a range from 0.1MPa to 1.6MPa in a numerical control manner, and is gradually increased from low to high. The oxyhydrogen flame numerical control punching and cutting process adopts the oxyhydrogen and a gradually pressurizing mode to perform metal cutting, and solves the problem of serious pollution and potential safety hazards of the traditional process.

A method for preparing a large-area super-thin stone material by use of small circular saw blade includes such steps as cutting on the big stone slab according to the sizes of needed small stone slabs to form multiple ditches, fixing the big stone slab to the bench of a horizontal cutting machine, sucking the first needed small stone strip by a sucking unit, using small circular saw blade to saw the big stone slob for separating the first small stone strip from the big one, repeating said steps until all small stone strips are separated to obtain a large-area super-thin stone material and several small super-thin stone strips. Said horizontal cutting machine is also disclosed.

The invention discloses a diamond wire saw and a manufacturing method thereof. The diamond wire saw comprises a bending-resistant flexible multi-strand rope, wherein the flexible multi-strand rope has the diameter of 0.5 to 2.0mm, and is fixed with at least two diamond braze-welding layers with the thickness of 0.1 to 2.0mm that are spaced apart from each other. The diamond wire saw can effectively prevent a braze-welding material from entering into gaps of the flexible multi-strand rope so as to solve the problem that the conventional diamond wire saw manufactured by taking the flexible multi-strand rope as a centre line is too inflexible and is entirely unusable.