1. INDUSTRIAL MACHINE TECHNOLOGY
MEASURING INSTRUMENTS
COMBINATION SQUARE HEAD

2. INDUSTRIAL MACHINE TECHNOLOGY
MEASURING INSTRUMENTS
COMBINATION CENTER HEAD

3. INDUSTRIAL MACHINE TECHNOLOGY
MEASURING INSTRUMENTS
COMBINATION PROTRACTOR HEAD

4. INDUSTRIAL MACHINE TECHNOLOGY
MEASURING INSTRUMENTS
MICROMETER
OUTSIDE

5. INDUSTRIAL MACHINE TECHNOLOGY
MEASURING INSTRUMENTS
MICROMETER
OUTSIDE

6. INDUSTRIAL MACHINE TECHNOLOGY
MEASURING INSTRUMENTS
MICROMETER
DEPTH

7. INDUSTRIAL MACHINE TECHNOLOGY
MEASURING INSTRUMENTS
VERNIER CALIPHER
OUTSIDE
INSIDE
DEPTH
HEIGHT

8. INDUSTRIAL MACHINE TECHNOLOGY
MEASURING INSTRUMENTS
TELESCOPE GAGE
DIAL INDICATORS

9. INDUSTRIAL MACHINE TECHNOLOGY
LATHE PRODUCTIVITY

10. INDUSTRIAL MACHINE TECHNOLOGY
LATHE PRODUCTIVITY
BED

11. INDUSTRIAL MACHINE TECHNOLOGY
LATHE PRODUCTIVITY
HEADSTOCK ASSEMBLY

12. INDUSTRIAL MACHINE TECHNOLOGY
LATHE PRODUCTIVITY
HEADSTOCK ASSEMBLY

13. INDUSTRIAL MACHINE TECHNOLOGY
LATHE PRODUCTIVITY
TAILSTOCK ASSEMBLY

14. INDUSTRIAL MACHINE TECHNOLOGY
LATHE PRODUCTIVITY
CARRIAGE

15. INDUSTRIAL MACHINE TECHNOLOGY
LATHE PRODUCTIVITY
FEEDING AND THREADING MECHANISM

16. INDUSTRIAL MACHINE TECHNOLOGY
LATHE PRODUCTIVITY
DRILLING
BORING
REAMING
KNURLING
FILING AND POLISHING
TAPER TURNING

17. INDUSTRIAL MACHINE TECHNOLOGY
MILL PRODUCTIVITY

18. INDUSTRIAL MACHINE TECHNOLOGY
MILL PRODUCTIVITY
PARTS OF THE PLAIN MILLING MACHINE

19. INDUSTRIAL MACHINE TECHNOLOGY
MILL PRODUCTIVITY
MACHINE TABLE

20. INDUSTRIAL MACHINE TECHNOLOGY
MILL PRODUCTIVITY
MILLING CUTTERS AND CUTTER HOLDERS

21. INDUSTRIAL MACHINE TECHNOLOGY
MILL PRODUCTIVITY
CUTTING SPEEDS AND FEEDS

22. INDUSTRIAL MACHINE TECHNOLOGY
MILL PRODUCTIVITY
CUTTING SPEEDS AND FEEDS

23. INDUSTRIAL MACHINE TECHNOLOGY
MILL PRODUCTIVITY
WORK-HOLDING DEVICES

24. INDUSTRIAL MACHINE TECHNOLOGY
MILL PRODUCTIVITY
FACE MILLING
SIDE MILLING
STRADDLE MILLING
MILLING A SLOT OR KEYWAY

25. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY
ARC WELDING
ARC WELDING IS A PROCESS THAT USES THE HEAT OF AN ELECTRIC ARC TO JOIN TWO PIECES OF METAL BY FUSION AND ADDITION METAL SUPPLIED BY THE “STICK”, THE CONSUMABLE ELECTRODE.

26. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY
ARC WELDING

27. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY
ARC WELDING
ARC WELDING IS OFTEN CALLED “STICK WELDING” FOR THE CONSUMABLE ELECTRODE WHICH IS COVERED IN SOLID FLUX AROUND THE METAL STICK.

28. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY
ARC WELDING

29. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY
SOLDERING USES A FILLER METAL, SOLDER, USUALLY A TIN-LEAD ALLOY. IT ALLOWS TWO METALS TO BE JOINED WITHOUT HEATING THE METALS TO THEIR MELTING POINTS. IT CAN BE USED TO JOIN COPPER, ZINC, IRON, NICKEL, LEAD AND TIN AT A TEMPERATURE LESS THAN 800º F.

30. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY SOLDER

31. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY SOLDER

32. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY
SOLDERING USES A HEATED IRON MADE OF COPPER OR A SOLDERING GUN BOTH OF WHICH HEAT THE METALS AND MELT THE SOLDER.
FLUXES ARE CHEMICAL COMPOUNDS USED TO CLEAN THE METAL SURFACES DURING THE SOLDERING.

33. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY SOLDERING

34. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY SOLDERING FLUX

35. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY
BRAZING USES A NONFERROUS METAL FILLER THAT MELTS ABOVE 800º F WHILE THE TWO METALS TO BE JOINED ARE HEATED ABOVE THAT TEMPERATURE. THE FILLER METAL IS DRAWN INTO THE JOINT BY CAPILLARY ACTION.

36. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY
BRAZING USES THE OXYGEN ACETYLENE TORCH TO HEAT THE METALS TO BE JOINED.

37. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY
AN ACID FLUX IS OFTEN USED TO CLEAN THE METAL FOR THE CAPILLARY ACTION TO BE ABLE TO WORK AND THE METALS JOINED.

38. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY
METAL INERT GAS OR MIG WELDING USES A SPOOL OF SOLID-STEEL WIRE FED FROM THE MACHINE THROUGH A LINER AND OUT THE MIG GUN. WHEN THE TRIGGER IS SQUEEZED, THE WIRE FEEDS OUT AND THE ELECTRIC CURRENT MELTS THE WIRE AND THE METALS BEING JOINED.

39. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY
METAL INERT GAS OR MIG WELDING USES A SPOOL OF SOLID-STEEL WIRE FED FROM THE MACHINE THROUGH A LINER AND OUT THE MIG GUN.

40. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY
THE MIG GUN PROVIDES THE INERT GAS WHICH PROVIDES THE PROTECTIVE ATMOSPHERE FOR THE WELDING. THE ELECTRIC CURRENT MELTS THE WIRE AND THE METALS BEING JOINED IN A VERY CLEAN ATMOSPHERE.

41. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY
TUNGSTEN INERT GAS OR TIG WELDING USES A PERMANENT NON-MELTING ELECTRODE MADE OF TUNGSTEN.

42. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY
THE ARGON GAS FROM THE MACHINE THROUGH THE LINER AND OUT THE TIG GUN TO FORM A PROTECTIVE ATMOSPHERE WITH THE INERT GAS.

43. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY
THE ELECTRIC CURRENT MELTS THE FILLER ROD AND THE METALS WHILE BEING JOINED IN A VERY CLEAN ATMOSPHERE.

44. INDUSTRIAL MACHINE TECHNOLOGY
WELDING TECHNOLOGY
TUNGSTEN INERT GAS OR TIG WELDING USES A PERMANENT NON-MELTING ELECTRODE MADE OF TUNGSTEN.