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BlueprintsTECHNOLOGY

TECHNOLOGY

1,171 blueprints available • 8 subcategories

Blueprints (1,171)

Why a Series String Drifts, and What Balancing Actually Does

Why a Series String Drifts, and What Balancing Actually Does

by VoltSE

Electronics

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Knowing When To Stop: Finding the Peak That Says Full

Knowing When To Stop: Finding the Peak That Says Full

by VoltSE

Electronics

38
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One Can, Many Tools: The 18650 and the Safety Devices in Its Cap

One Can, Many Tools: The 18650 and the Safety Devices in Its Cap

by VoltSE

Energy

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Hitting a Bolt Instead of Leaning on It

Hitting a Bolt Instead of Leaning on It

by MartinNO

Mechanics

44
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The Saw That Moves Over the Work: One Pivot, Every Angle

The Saw That Moves Over the Work: One Pivot, Every Angle

by MartinNO

Mechanics

45
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Extension and Torsion Springs: Initial Tension, Hooks and Handedness

Extension and Torsion Springs: Initial Tension, Hooks and Handedness

by EmmaSE

Engineering

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Reading a Broken Spring: Where It Broke Names the Cause

Reading a Broken Spring: Where It Broke Names the Cause

by EmmaSE

Engineering

51
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Sizing a Compression Spring: From a Requirement to Three Numbers

Sizing a Compression Spring: From a Requirement to Three Numbers

by EmmaSE

Engineering

39
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Buckling and Guiding: Why a Long Spring Flicks Sideways

Buckling and Guiding: Why a Long Spring Flicks Sideways

by EmmaSE

Engineering

46
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Spring Rate: The One Number a Spring Is

Spring Rate: The One Number a Spring Is

by EmmaSE

Engineering

49
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Reading a Worn Tooth: What the Damage Is Telling You

Reading a Worn Tooth: What the Damage Is Telling You

by MartinNO

Mechanics

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Mounting and Alignment: Runout, Misalignment and the Contact Pattern

Mounting and Alignment: Runout, Misalignment and the Contact Pattern

by MartinNO

Mechanics

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Choosing a Gear Type: Spur, Helical, Bevel, Worm or Rack

Choosing a Gear Type: Spur, Helical, Bevel, Worm or Rack

by MartinNO

Mechanics

64
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Gear Trains: Idlers, Compounding and Hitting a Given Ratio

Gear Trains: Idlers, Compounding and Hitting a Given Ratio

by MartinNO

Mechanics

50
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Centre Distance and Backlash: The Gap That Has to Be There

Centre Distance and Backlash: The Gap That Has to Be There

by MartinNO

Mechanics

56
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The Involute: Why Gear Teeth Are That Shape and No Other

The Involute: Why Gear Teeth Are That Shape and No Other

by MartinNO

Mechanics

66
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Tooth Count and Ratio: One Extra Tooth Changes Everything

Tooth Count and Ratio: One Extra Tooth Changes Everything

by MartinNO

Mechanics

49
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Module and Pitch: The One Number Two Gears Must Share

Module and Pitch: The One Number Two Gears Must Share

by MartinNO

Mechanics

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Designing For the Process: A Printable Part Is a Different Shape

Designing For the Process: A Printable Part Is a Different Shape

by 3DBonanzaUS

3D Printing

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Reading a Failed Print: The Fault Names Itself If You Look

Reading a Failed Print: The Fault Names Itself If You Look

by 3DBonanzaUS

3D Printing

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Walls and Infill: Strength Comes From the Outside, Not the Middle

Walls and Infill: Strength Comes From the Outside, Not the Middle

by 3DBonanzaUS

3D Printing

43
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Warping: Why Big Flat Parts Lift at the Corners

Warping: Why Big Flat Parts Lift at the Corners

by 3DBonanzaUS

3D Printing

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Tolerance and Clearance: Printed Holes Come Out Small, Every Time

Tolerance and Clearance: Printed Holes Come Out Small, Every Time

by 3DBonanzaUS

3D Printing

40
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Overhangs, Bridges and Support: What the Machine Can Print Over Thin Air

Overhangs, Bridges and Support: What the Machine Can Print Over Thin Air

by 3DBonanzaUS

3D Printing

40
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