ZC-JS310 Metal Cutting Demonstrator Display Cabinet
Metal cutting is a course in mechanical manufacturing technology and equipment at higher vocational schools, focusing on the principles of workpiece cutting and sample workpieces. It covers basic theories of cutting and principles of tool usage to enable students to review the learned content in depth and further ponder more complex issues. This display cabinet is divided into 10 sections, each introducing common knowledge and tools of the craft of machining. This set of metal cutting teaching display cabinets is also divided into 10 sections.
Metal Cutting Display Cabinet Specifications: 1200 × 430 × 1800mm
Metal Cutting Display Cabinet Contents:
Serial Number & Name
| Display Case Contents
|
Container Clamping Device
| Three-jaw chuck and wrench, four-jaw chuck and wrench, machine vise and wrench, floating lathe chuck, drill chuck and key, quick-change drill chuck, fixed drill mill fixture, spiral clamp, elastic rotation, automatic clamping jaws, drill bit sleeves (4 types), standard, semi, reverse, large head, long neck, carbide.
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Second container Drilling and milling applications
| Drilling, boring, reaming, threading, straight shank Morse taper reamer, cylindrical milling cutter for flat surfaces, serrated milling cutter, up milling cutter, keyway milling cutter, semi-circular keyway milling cutter, angular milling cutter, three-sided milling cutter, staggered-tooth three-sided milling cutter, solid face milling cutter, carbide face milling cutter, countersunk cone-shaped holes, countersunk flat bosses.
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Third container Flat Machining
| Exterior diameter, end face, handle, thread, planing surface, internal boring of grooves, gear rack planning, step milling, V-groove milling, gear cutting, special-shaped surface milling, spline, spline, dowel pin, internal spline, flat grinding, spline grinding, thread grinding.
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4th container External diameter and internal bore machining method
| Carbide cylinders, carbide cones, turned through holes with inner circles, turned blind holes with inner circles, outer circle grinding, inner circle grinding, form grinding, centerless grinding, boring through holes, boring blind holes, broaching rectangular spline, broaching inner holes, flat forming turning tools, edge forming turning tools, round forming turning tools.
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Cabinet 5 Thread cutting method
| 8 types of thread forms, hand taps, machine taps, nut taps, tapered taps, plate taps, spiral groove taps, round taps, whirl cutting devices, roll thread principle, comb thread milling cutters.
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6th container Part processing method
| Parts grinding, external cylindrical grinding parts, V-block milling, dovetail slots and blocks with their milling procedures, internal cylindrical grinding and its parts, and threaded structure processing.
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Cabinet 7 Principle of Cutting
| Cutting tool blade inclination angle, cutting force during turning, cutting plane base surface (face turning), cutting plane and base (end turning), chip formation and growth (3 pieces), burr formation (4 pieces), heat generation and distribution on the tool and workpiece, basic cutting shapes (4 pieces), applications of common turning tools, tool wear formation (3 pieces).
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Crate 8 Principles of shaft processing
| Hollow shafts, grinding machine spindles, internal grinding spindle, eccentric shaft, crank shaft, cylindrical mandrel, standard cone mandrel, nutted cone mandrel, worm shaft, stepped shaft, machine tool spindle, spline mandrel, keyed shaft, oil jet pump drive shaft, plain shaft, stepped shaft, double cone spring mandrel.
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第九箱 Gear processing method
| Blanks, gear blanks, boring blanks, milling blanks, gear hobbing, chamfering, internal turning, and extruded rectangular spline.
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Cabinet 10 Detachable cabinet processing method
| Underlined (machining the bottom face, split face or chamfered end face, drilling, threading, countersinking) and the finished machine cover with base.
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