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  • DT Home
    • Year 7 - 9
    • GCSE
      • 1.1 - New and emerging technologies
      • 1.2 - Energy generation and storage
      • 1.3 - Developments in new materials
      • 1.4 - A systems approach to designing
      • 1.5 Mechanical devices
      • 1.6 - Materials
        • Metals and Alloys
        • Polymers
        • Papers and Boards
        • Timbers
        • Textiles
      • 2.1 - Selection of Materials or Components
      • 2.2 - Forces and stresses
      • 2.3 - Ecological and social footprint
      • 2.4 - Sources and Origins
      • 2.5 - Using and working with materials
      • 2.6 - Stock forms, types and sizes
      • 2.7 Scales of production
      • 2.8 Specialist Techniques and Processes
      • 2.9 - Surface Treatment and Finishes
      • 3.1 - Investigation, primary and secondary data
      • 3.2 Environmental, social and economic change
      • 3.3 - The work of others
      • 3.4 - Design Strategies
      • 3.5 - Communication of Design Ideas
      • 3.6 - Prototype Development
      • 3.7 - Selection of materials and components
      • 3.8 - Tolerances
      • 3.9 - Material management
      • 3.10 - Specialist tools and equipment
      • 3.11 - Specialist techniques and processes
      • GOD
      • Non Exam Assessment (Index)
        • Design Brief
        • Exemplar Folders
      • Written Exam
      • Dynamic Learning
    • Post 16
      • BTEC Art & Design
        • Unit 97: Product Design
        • Unit 51 Home
        • Unit 51: 3D Modelling
          • Sample evidence Google site
          • Evidencing your work
          • Rendering in Fusion 360
          • Rendering environments
          • Project
          • Unit 51 Student Sites
      • IB
    • Mini Projects
      • Photoshop Rendering
      • ACTION CAM MOUNT PROJECT
      • HONG KONG NIGHT LIGHT PROJECT
      • 1 Point Perspective
      • 2 Point Perspective
      • 3 Point Perspective
      • Cross-hatch rendering
      • Marker Rendering
      • Basic Rendering
      • Isometric Sketching
      • Advanced marker rendering
    • CAD CAM
    • Cover Work
      • Lesson 1: Fusion 360
    • Galleries
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      • Key Documents
      • Risk Assessments
      • Useful Resources
      • D&TA H&S Training
        • Core Level Training
        • Secondary Materials (SMHS)
        • Specialist Level
    • Training
      • Fusion 360 Training
        • Cup Tutorial
        • Buggy Tutorial
        • Slicer Tutorial
        • Timber Tray Tutorial
        • Two Part Casing Tutorial
        • Bridge design and analysis
        • Simple Wooden Box
        • Basic Electronic Concept Model
        • Muji Clock model
        • LASER CUT CLOCK PROJECT
        • Autodesk Certificate
        • Microbit casing (easy)
        • ABSOLUTE BASICS
        • Fusion 360 intermediate progress
        • Button modelling
        • Carton design
        • Sculpted water bottle
        • Ergonomic cutlery grip
        • Food mould
        • Packaging design
      • Moldflow Analysis
      • Sketching skills
        • Concept Design Ideas
    • Tools
      • Laser Cutter
  • Welcome to 3DT.hk
 
  • DT Home
    • Year 7 - 9
    • GCSE
      • 1.1 - New and emerging technologies
      • 1.2 - Energy generation and storage
      • 1.3 - Developments in new materials
      • 1.4 - A systems approach to designing
      • 1.5 Mechanical devices
      • 1.6 - Materials
        • Metals and Alloys
        • Polymers
        • Papers and Boards
        • Timbers
        • Textiles
      • 2.1 - Selection of Materials or Components
      • 2.2 - Forces and stresses
      • 2.3 - Ecological and social footprint
      • 2.4 - Sources and Origins
      • 2.5 - Using and working with materials
      • 2.6 - Stock forms, types and sizes
      • 2.7 Scales of production
      • 2.8 Specialist Techniques and Processes
      • 2.9 - Surface Treatment and Finishes
      • 3.1 - Investigation, primary and secondary data
      • 3.2 Environmental, social and economic change
      • 3.3 - The work of others
      • 3.4 - Design Strategies
      • 3.5 - Communication of Design Ideas
      • 3.6 - Prototype Development
      • 3.7 - Selection of materials and components
      • 3.8 - Tolerances
      • 3.9 - Material management
      • 3.10 - Specialist tools and equipment
      • 3.11 - Specialist techniques and processes
      • GOD
      • Non Exam Assessment (Index)
        • Design Brief
        • Exemplar Folders
      • Written Exam
      • Dynamic Learning
    • Post 16
      • BTEC Art & Design
        • Unit 97: Product Design
        • Unit 51 Home
        • Unit 51: 3D Modelling
          • Sample evidence Google site
          • Evidencing your work
          • Rendering in Fusion 360
          • Rendering environments
          • Project
          • Unit 51 Student Sites
      • IB
    • Mini Projects
      • Photoshop Rendering
      • ACTION CAM MOUNT PROJECT
      • HONG KONG NIGHT LIGHT PROJECT
      • 1 Point Perspective
      • 2 Point Perspective
      • 3 Point Perspective
      • Cross-hatch rendering
      • Marker Rendering
      • Basic Rendering
      • Isometric Sketching
      • Advanced marker rendering
    • CAD CAM
    • Cover Work
      • Lesson 1: Fusion 360
    • Galleries
    • Health and Safety
      • Key Documents
      • Risk Assessments
      • Useful Resources
      • D&TA H&S Training
        • Core Level Training
        • Secondary Materials (SMHS)
        • Specialist Level
    • Training
      • Fusion 360 Training
        • Cup Tutorial
        • Buggy Tutorial
        • Slicer Tutorial
        • Timber Tray Tutorial
        • Two Part Casing Tutorial
        • Bridge design and analysis
        • Simple Wooden Box
        • Basic Electronic Concept Model
        • Muji Clock model
        • LASER CUT CLOCK PROJECT
        • Autodesk Certificate
        • Microbit casing (easy)
        • ABSOLUTE BASICS
        • Fusion 360 intermediate progress
        • Button modelling
        • Carton design
        • Sculpted water bottle
        • Ergonomic cutlery grip
        • Food mould
        • Packaging design
      • Moldflow Analysis
      • Sketching skills
        • Concept Design Ideas
    • Tools
      • Laser Cutter
  • Welcome to 3DT.hk
  • More
    • DT Home
      • Year 7 - 9
      • GCSE
        • 1.1 - New and emerging technologies
        • 1.2 - Energy generation and storage
        • 1.3 - Developments in new materials
        • 1.4 - A systems approach to designing
        • 1.5 Mechanical devices
        • 1.6 - Materials
          • Metals and Alloys
          • Polymers
          • Papers and Boards
          • Timbers
          • Textiles
        • 2.1 - Selection of Materials or Components
        • 2.2 - Forces and stresses
        • 2.3 - Ecological and social footprint
        • 2.4 - Sources and Origins
        • 2.5 - Using and working with materials
        • 2.6 - Stock forms, types and sizes
        • 2.7 Scales of production
        • 2.8 Specialist Techniques and Processes
        • 2.9 - Surface Treatment and Finishes
        • 3.1 - Investigation, primary and secondary data
        • 3.2 Environmental, social and economic change
        • 3.3 - The work of others
        • 3.4 - Design Strategies
        • 3.5 - Communication of Design Ideas
        • 3.6 - Prototype Development
        • 3.7 - Selection of materials and components
        • 3.8 - Tolerances
        • 3.9 - Material management
        • 3.10 - Specialist tools and equipment
        • 3.11 - Specialist techniques and processes
        • GOD
        • Non Exam Assessment (Index)
          • Design Brief
          • Exemplar Folders
        • Written Exam
        • Dynamic Learning
      • Post 16
        • BTEC Art & Design
          • Unit 97: Product Design
          • Unit 51 Home
          • Unit 51: 3D Modelling
            • Sample evidence Google site
            • Evidencing your work
            • Rendering in Fusion 360
            • Rendering environments
            • Project
            • Unit 51 Student Sites
        • IB
      • Mini Projects
        • Photoshop Rendering
        • ACTION CAM MOUNT PROJECT
        • HONG KONG NIGHT LIGHT PROJECT
        • 1 Point Perspective
        • 2 Point Perspective
        • 3 Point Perspective
        • Cross-hatch rendering
        • Marker Rendering
        • Basic Rendering
        • Isometric Sketching
        • Advanced marker rendering
      • CAD CAM
      • Cover Work
        • Lesson 1: Fusion 360
      • Galleries
      • Health and Safety
        • Key Documents
        • Risk Assessments
        • Useful Resources
        • D&TA H&S Training
          • Core Level Training
          • Secondary Materials (SMHS)
          • Specialist Level
      • Training
        • Fusion 360 Training
          • Cup Tutorial
          • Buggy Tutorial
          • Slicer Tutorial
          • Timber Tray Tutorial
          • Two Part Casing Tutorial
          • Bridge design and analysis
          • Simple Wooden Box
          • Basic Electronic Concept Model
          • Muji Clock model
          • LASER CUT CLOCK PROJECT
          • Autodesk Certificate
          • Microbit casing (easy)
          • ABSOLUTE BASICS
          • Fusion 360 intermediate progress
          • Button modelling
          • Carton design
          • Sculpted water bottle
          • Ergonomic cutlery grip
          • Food mould
          • Packaging design
        • Moldflow Analysis
        • Sketching skills
          • Concept Design Ideas
      • Tools
        • Laser Cutter
    • Welcome to 3DT.hk

Chemical Processes for Metals and Fabrics

1. Cleaning Fibres and Fabrics

2. Dyes

3. Electronic Circuit Board Etching

4. Mordants

5. Pickling (Acid Deoxidizing) and Acid Etching of Metals

6. Soft Soldering

7. Testing Fibres and Fabrics

8. Vitreous Enamelling

Computer Operated Equipment

9. CNC Controlled Centre Lathes

10. CNC Controlled Milling Machines or Machining Centres, and Engraving Machines

11. CNC Controlled Routers

12. Computer Numerically Controlled (CNC) Machines

13. Laser Cutters

14. Rapid Prototyping (Printing) Machines

15. Rapid Prototyping including 3D Printers, Stereolithograophy (SLA), Laser Sintering, Laminated Object Manufacture (LOM)

Food - Appliances & Equipment

16. Commercial Blast Chillers

17. Commercial Range Cookers

18. Convection-Fan Assisted Ovens

19. Deep Fat Fryers and Other Table Top Cookers

20. Domestic Combination Ovens (Ovens with a Hob)

21. Microwave and Microwave Combination Ovens

22. Portable Food Blending Machines

23. Portable Food Mixing Machines

24. Portable Food Processing Machines and Liquidizers

25. Pressure Cookers

26. Tunnel Ovens

26a. Knives and Sharps

Grinding Machines

27. Abrasive Belt Machines (Linishing Machines)

28. Bench and Pedestal Grinding Machines

29. Guillotines, Shears (Hand or Treadle operated), Folding and Rolling Machines

30. Lapidary Equipment

31. Polishing (Buffing) Machines

32. Sawing Machines, Power Hacksaws and Metal Cutting Bandsaws

33. Surface Grinding Machines


Heat Processes, Plant and Equipment for Metals

34. Casting

35. Centrifugal Casting Equipment

36. Forging and Brazing

37. Heat-Treatment Ovens

38. Low Temperature Casting

39. Metal-Arc Welding (including Spot Welding)

40. Oxy-Acetylene Welding

41. Plasma Arc Cutting

42. Vacuum and Pressure Casting Equipment

43. Welding and Welding Installations

Metalworking Machinery

44. Centre Lathes

45. Drilling Machines

46. Milling Machines (Horizontal and Vertical)


Motor Vehicle Work, Machinery and Equipment

47. Batteries and Chargers

48. Brake and Clutch Linings

49. Demonstration Engines and Ancillary Equipment

50. Fuel Tanks

51. Hazard and Risk Control Measures

52. Inspection Pits

53. Jacks and Axle Stands

54. Vehicle Hoists

Moulding Processes and Equipment for Plastics

55. Blow Moulders

56. Hot Air Plastics Welding

57. Hot Wire Cutters

58. Injection and Extrusion Moulding Machines

59. Moulding Trimming Machines

60. Ovens

61. Strip Heaters and Line Bending Heaters

62. Vacuum Forming Machines

Portable Tools and Equipment Used in Workshops

63. Hand Tools

64. Hot Melt Glue Guns

65. Portable Biscuit Cutters

66. Portable Drills

67. Portable Grinders (e.g. Angle Grinder)

68. Portable Planing Machines

69. Portable Routers

70. Portable Sanding Machines (Belt)

71. Portable Sanding Machines (Disc)

72. Portable Sanding Machines (Orbital)

73. Reciprocating Portable Saws (e.g. jigsaws)

74. Rotating (circular) Portable Saws

75. Soldering Irons

Sanding Machines (Belt, Bobbin and Disc Types)

76. Belt-Band Facer and Bobbin Sanding Machines

77. Disc Sanding Machines


Sawing Machines (Band, Circular and Reciprocating Saws)

78. Band Sawing Machines

79. Chop and Radial Arm Sawing Machines

80. Mitre Trimmers

81. Powered Fret Sawing Machines

82. Table Circular Sawing Machines

83. Vertical panel Circular Sawing Machines

84. Wood Turning Lathes



Textiles - Appliances and Equipment

85. Batik Wax Pots

86. Portable Electric Irons (including heat presses)

87. Portable Sewing - Overlocking - Embroidery - Embillisher Machines


Woodworking Machinery

88. Belt-Band Facer and Bobbin Sanding Machines

89. Mortising Machines (Hollow Chisel Type)

90. Moulding Machines (Spindle Moulders)

91. Planing and Thicknessing Machines



A Design and Technology website. Contact: James Sandford / Hugo Busbridge
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