what are the applicable scenarios for high-凯发k8官网

1、 high speed steel sharp angle turning tool for lathe (welding/integral high-speed steel sharp tool)
applicable scenarios
      1. processing of ordinary horizontal lathes, old cnc lathes, and instrument lathes
      the machine speed is too low, which perfectly matches the cutting characteristics of high-speed steel.
      2. coarse and fine turning of shafts and small parts, and root cleaning of steps
      90 ° sharp angle cutter car outer circle and end face; a 60 ° sharp blade is used to clean right angled steps and narrow roots, forming a transition contour.
      3. boring of small inner holes and cleaning of inner corners of small holes
      the hard alloy small knife rod is prone to shaking and blade breakage, while high-speed steel has strong toughness and is not easy to tip off.
      4. intermittent cutting, forging blanks with oxide skin, and slight impact conditions
      hard alloy is prone to chipping, while high-speed steel has a significant advantage in impact resistance.
      5. small workshops for single piece trial production, repair parts, and machining
      you can freely grind the front angle, rear angle, and tool tip arc on the grinding machine on site, and flexibly change the shape.
      6. fine processing of soft materials
      aluminum, copper, brass, plastic, electric wood, nylon, acrylic, easy to grind sharp edges, and the surface of the workpiece is smooth.
      restricted scenarios
      mass continuous processing of quenched and tempered steel, long-term high-speed cutting (prone to annealing and softening); quenched steel is prohibited from use.
2、 milling machine/machining center straight handle high-speed steel v-shaped sharp angle cutter (chamfering cutter, engraving cutter, single angle milling cutter)
applicable scenarios
       1. chamfering and deburring of plate holes
       aluminum plate, copper plate, plastic plate, and ordinary low-carbon steel plate with small hole chamfering.
       2. label engraving, part engraving, and marking
       sharp and sharp edges with clear lines; small batch label processing has high cost-effectiveness.
       3. milling v-shaped grooves, simple bevels, and decorative lines
       acrylic, solid wood, electric wood, aluminum profiles, thin steel plate v-shaped forming.
       4. edge trimming and contour trimming for thin plates and thin-walled components
       high toughness, not easy to shake or tip the knife.
       5. mold fitter, manual milling for mold maintenance, matching chamfering with rocker arm drill/bench drill
       small equipment with low rotational speed, suitable for high-speed steel cutting tools.
3、 prioritize recommending processing materials (scene matching)
1. adaptation
       q235, a3 steel, 45 # normalized soft steel, aluminum alloy, copper alloy, nylon pvc、 electric wood, organic glass, gray cast iron.
2. limited use (must be low-speed sufficient cutting oil)
       304 stainless steel, quenched and tempered 45 # (hrc<30), only suitable for small batch and short-term processing.
3. not applicable scenarios
       quenched steel with hrc>35, high hardness mold steel, titanium alloy; high speed cnc mass automated production line.
4、 industry typical application examples
       1. hardware workshop and instrument processing: instrument cart processing small shafts, screw blanks, copper aluminum joints;
       2. sign advertising industry: acrylic, aluminum plate engraving, chamfering;
       3. equipment maintenance and spare parts repair: on-site grinding of cutting tools, processing of temporary accessories;
       4. woodworking plastic processing: plastic mold small parts, board v-groove opening;
       5. processing of sheet metal small parts: deburring of thin steel plates and aluminum profiles, chamfering of holes;
       6. teaching and training workshop: vehicle worker training, students practice sharpening knives, with low cost and high fault tolerance.

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