The Espresso Machine
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EM Prologue
0.01 What is an Espresso Machine?
EM 0.02 Angelo Moriondo
Preview
EM 0.03 Interview with Enrico Maltoni
3 lessons
Boilers
EM 1.0 What's in Chapter 1?
EM 1.01 Boiler Fabrications
EM 1.02 Heavy Metals — Should You Worry about Lead Contamination?
EM 1.03 Steel Boiler Design
EM 1.04 Tubular Elements
EM 1.05 Understanding Your Machine's Rating Plate
EM 1.06 Espresso Machine Safety Valves
EM 1.07 The Antivacuum Valve
EM 1.08 The Birth of the Portafilter
EM 1.08.1 Bezzera, Pavoni, and Arduino
EM 1.09 An interview with Ian Bersten
EM 1.10 Horizontal Boiler Machines
EM 1.11 Recap and Glossary
EM 1.12 Comprehension Test — Chapter 1
14 lessons, 1 quiz
Generating Pressure
EM 2.0 What's in Chapter 2?
EM 2.01 The ‘Bike Pump’ Approach
EM 2.02 Line Pressure and the Snider Machine
Preview
EM 2.03 Screw Pistons
EM 2.04 Lever Machines
Preview
EM 2.05 The Birth of Preinfusion
EM 2.06 Recap and Glossary
EM 2.07 Comprehension Test — Chapter 2
8 lessons, 1 quiz
Refining the Temperature
EM 3.0 What's in Chapter 3?
EM 3.01 From Thermostats to Pressurestats
EM 3.02 The First Heat Exchangers
EM 3.03 The First Thermosyphons
EM 3.04 How the E61 Thermosyphon Works
EM 3.05 Dual Boilers
EM 3.06 The Saturated Group Head
EM 3.06.1 The E61 Group Head
EM 3.07 An Interview with Enrico Wurm
Preview
EM 3.09 Recap and Glossary
EM 3.10 Comprehension Test — Chapter 3
11 lessons, 1 quiz
Ultra Modern
EM 4.0 What's in Chapter 4?
EM 4.01 The Home Espresso Machine Revolution
EM 4.02 An Interview with Andy Schecter
EM 4.03 How a PID Works
EM 4.04 The Multi Boiler
EM 4.05 An Interview with Paolo Dalla Corte
EM 4.06 An Active Group Head
EM 4.07 The Control Panel and Flow Meters
EM 4.08 Software
EM 4.09 Stability Through Software
EM 4.10 Flow Heaters
EM 4.11 Boilerless Technology — An Interview with Dr Markus Widmer
EM 4.12 Recap and Glossary
EM 4.13 Comprehension Test — Chapter 4
Preview
14 lessons, 1 quiz
EM Final Assessment
EM 5.01 Final Assessment
1 lesson, 1 quiz
Generating Pressure
EM 2.0 What’s in Chapter 2?
We investigate how machine designers increased the operational capacity of their machines by introducing
pump pressure
to replace steam pressure.
We look at the first piston machines that used a threaded screw to help push water through the
puck
.
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