Chapter 1

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Chapter 1

  1. 1. Functional TrainingFixingChapter 1Prepared by Corporate HR( For Internal Use Only)1Functional Training
  2. 2. At the end of this chapter, you will be able to:Understand about concept of fixingUnderstand about types of appliquésUnderstand about drawingObjectives2Functional Training
  3. 3. 3The Conceptof Fixing3Functional Training
  4. 4. Watches have now become lifestyleaccessories rather than a device that is usedto tell time. Since the dial is the face of thewatch it is undergoing continuous changeand innovation to meet these requirementsInitial changes were done in surface color,then surface finish, then dial shapes andnow it is done over appliqués. As appliquésare becoming more complex andcustomized, fixing becomes one of themajor processes to enhance the look andappeal of the dialBackgroundDial with indexDial with eddi4Functional Training
  5. 5. Initially the hour marks were printed on thedial and were represented by Arabic orroman numerals or mix of bothAfter that these became indexes which arefixed on the dialInitially the indexes were also Arabic orroman numerals or mix of bothSimple printed dialTwo piece dial withindexesChanging trends of Appliqués5Functional Training
  6. 6. Today these shapes could be anythingdepending upon the designs. With change inshape has come change in positioningbecause of chronographs, windows andother complex designsUnique shaped dialChanging trends of Appliqués6Functional Training
  7. 7. Fixing is a process in which appliqués aremanually fixed on the dial face one at a timeTweezers are used to pick up the appliquéand insert the appliqué feet on thedesignated holes on dial faceFixingDefinition of Fixing7Functional Training
  8. 8. Fixing is a critical process because the dial is now in its semi-final stage andthere is no scope for rework any more. A mistake means that the dial has to bemade again and this has an impact on the following:-Delivery compliance against plan will decrease because some dials have to beremadeStage wise quality rejection will increase leading to a greater risk of clientrejection.For dispatching the same quantity now more dials have to be produced andthis will reduce our productivity ratiosThe rejected dials are a waste and so this impacts our profitabilityLastly, since the dials are in the last stage and each rejected dial has a fargreater value as compared to dials in the first stage. At the prices of 2011, itwas calculated that while a blank costs Rs. 5/-, the dial in fixing stage is worthRs. 40/-. After finishing this cost now touches Rs 150/-Criticality of Fixing8Functional Training
  9. 9. 9Types ofAppliqués9Functional Training
  10. 10. IndexIndexes are time indicators in the form ofStick indexesPins indexesRoman digits indexesArabic digits indexesLuminous indexesShaped indexesTypes of Appliqués10Functional Training
  11. 11. Roman IndexShaped IndexTypes of IndexesPin IndexLuminous IndexStick IndexArabic Index11Functional Training
  12. 12. EddiEddi is a sticker which is pasted on the dialsurfaceCustomized appliquésCustomized appliqués refer to some specialdesigns on the watch dial associated withcertain brands ex. rotorEddiRotorTypes of Appliqués12Functional Training
  13. 13. Customized appliquésCustomized appliqués also refer to sometrademark on the watch dial associated withcertain brandsBushingsBushing is an assembly of stone and holderwhere the stone is mounted on jaws given inthe holder. These bushings are used as timeindicators and their assembly as well asfixing is done in house at TTPATrademark and logoBushingTypes of Appliqués13Functional Training
  14. 14. PartsExcept for indexes, other appliqués appliedon the dial are called parts. For exampleouter rings, chrono rings logos, trademarksetcDial ringChronograph ringTypes of Appliqués14Functional Training
  15. 15. 15DrawingReading15Functional Training
  16. 16. Drawings are the ultimate reference pointfor any index or dial. At TTPA we havestandard formats for drawings and customerspecifications and requests are convertedinto these drawings. After the conversionthese drawings are used as the onlyreference point in the plant for all functionsincluding quality and production.DrawingReading the drawing16Functional Training
  17. 17. An index drawing specifies about the following dimensions of an indexShape : Shape of an index is the appearance of the index in form of Arabicnumerals, roman numerals, stick , pins and othersPosition : Position of the index is the position of that index on the specifiedhour markLength of indexWidth of indexIndex height : Height of index is normally referred as thickness of indexPitch of index feet : distance between the two index feet of a single index iscalled pitchFeet dia : diameter of the index feetFeet length : length of the feet of the indexFacet : Facet is the cut done over the indexColor of the index in terms of the plating doneIndex drawing17Functional Training
  18. 18. Index lengthIndex widthPitch ofindex feetFacet cut, index height, feet dia, and feet lengthare specified hereArabic indexIndex width18Functional Training
  19. 19. Roman IndexIndexlengthIndex widthPitch ofindex feetIndex height, feet dia, and feet length arespecified here19Functional Training
  20. 20. Special Index Pitch of index feetIndexwidthIndex lengthIndex height, feet dia, and feet length arespecified here20Functional Training
  21. 21. Pin IndexIndex diameterIndex feetdiameterIndexfeetlengthIndexheight21Functional Training
  22. 22. Stick IndexPitch ofindexfeetIndex feetlengthIndex feetdiaIndexlengthIndexwidthIndexheight22Functional Training
  23. 23. Position of the indexesThe dial drawing visually showcases the type of indexes to be fit on the dial andalso the position of the indexes on the dial. Index column shows visually thetype of indexes required and the dimension (length, width and height) andposition of the index. Index plating provides the details of the color of theindex.23Functional Training
  24. 24. Position of the indexesDimensionandposition ofthe indexDrawing of the dialclearly showcasingvisual positioning ofthe indexes on the dialsurfaceIndexplatingdetermines the colorof theindex24Functional Training
  25. 25. Index PlatingNickelSlate greySilver- GSRhodiumSilver- FAS. Nickel25Functional Training
  26. 26. Index PlatingBlack goldGold- 2NJet blackGold- 1NBlackBlue26Functional Training
  27. 27. Index PlatingGold- 5NGold – 4NGold- 3NArdoise27Functional Training
  28. 28. Index holes pitchIndex holeCenter holeChrono ringshole( ): Pitch28Functional Training
  29. 29. Position of the indexesPitch is the distance between two points. All the holes drilled on the dial arehaving tolerances in microns and the pitch serves as the reference frame forthe position of the all these holes throughout the dial surface. Commonly usedexamples of pitch in dial manufacturing are as follows:-Distance between the center hole and index holeDistance between the two holes for fitment of indexDistance between two feet of the indexDistance between the center hole and outer hole of the chrono ringDistance between dial center hole and chrono ring center hole29Functional Training
  30. 30. Index drawing codes detailsAP stands for appliquésThe first two numbersdenote the length of theindex ex. – 325 means3.25 mmThese two lettersindicates the type offacet cut on the indexThe next letters denotethe type of indexEx. SI- Special indexThe next 2 numbersindicate the width of theindex ex. 11 means 1.10mmThis information is vital as it informsabout the position of the index on thedial ex. AT 8 Hr means the index hasto be placed at 8 hour markAPSI/3251/GC/AT 8 Hr(KDDL/ APSI/3300)- This code is a drawing number and one can use this reference toaccess this drawing from our database30Functional Training
  31. 31. Position of dial rings and chrono ringsPosition ofDial ringPosition of thechrono ringsDimensionof dial ringDimension ofchrono rings31Functional Training
  32. 32. Profile of Dial RingsOuter dia of dial ringInner dia ofdial ring32Functional Training
  33. 33. Dial drawing with bushingDrawingof thedialclearlyshowcasingpositionofBushingsDimension andpositionof thebushing33Functional Training
  34. 34. Bushing detailsGenerallybushing is in aform of squareso length andwidth of bushingis sameBushing feetlengthBushingfeet diaDiamond dia34Functional Training
  35. 35. Bushing code detailsAP stands forappliquésThe first 4 numbersindicate the lengthand the width ofbushing ex 1414means a square of1.40 X 1.40 mmThis number indicatesthe bush assembly heightfrom the dial face ex 0.35means 0.35 mm from thedial faceThis number indicates thedrawing that contains all thedimensional details about theassembly of that bushingBS stands for Bushing This number standfor bushing feetdiameter ex. 1.00means 1mmdiameterThis number indicatesthe bushing feet lengthex 0.30 means 0.30 mmis the feet length ofbushingThis specific code determinesany additional positioning ofbushing ex. 2 nos AT 12 Hrmeans 2 bushings has to beapplied at 12 hour markAPBS/1414/1.00/0.35/0.30/5017 2 nos. AT 12 Hr35Functional Training
  36. 36. Dial with EddiDrawing of thedial clearlyshowcasingposition of EddyEddistickerto befixeddetails36Functional Training
  37. 37. Eddi detailsGuide holesGuide holesGuide holes: Holes on the eddi which are used to fix them over the guide pins37Functional Training
  38. 38. 38The END38Functional Training

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