Uploaded February 2026 | Updated September 2026, 4 days ago
Headline: Stop throwing away "broken" appliances! In this video, I show you how I saved my $500 Krups EA80 espresso machine from the landfill using just a few cents worth of plastic and a 3D printer.
About this video: The common weak point of the Krups EA80 series is the physical power button. Once it snaps, the manufacturer often suggests replacing the entire faceplate or even the machine. I decided to take a different route. I designed and 3D printed a replacement button that works perfectly and feels just like the original.
In this video, you’ll see:
The diagnosis of the faulty button.
The 3D printed solution material used: PLA.
How to disassemble the front panel carefully.
The final result: A fully functional $500 machine restored for pennies.
Tools & Parts used:
3D Printer: Creality Ender 3 : amzn.to/4bvksnP
Screwdriver set (Torx/Phillips) : amzn.to/3NOWOcc
Filament cost: Approx $0.05
If you found it helpful and would like to support the channel so I can keep making these tutorials, you can buy me a coffee here:buymeacoffee.com/benassy69
Support the channel: If this video helped you save your coffee machine, please hit the LIKE button and SUBSCRIBE for more DIY repairs and 3D printing projects!
Note: As an Amazon Associate I earn from qualifying purchases. This helps support the channel at no extra cost to you.
#KrupsEA80 #CoffeeMachineRepair #3DPrinting #DIYRepair #Sustainability #ZeroWaste #EspressoRepair #LifeHack
Headline: Stop throwing away "broken" appliances! In this video, I show you how I saved my $500 Krups EA80 espresso machine from the landfill using just a few cents worth of plastic and a 3D printer.
About this video: The common weak point of the Krups EA80 series is the physical power button. Once it snaps, the manufacturer often suggests replacing the entire faceplate or even the machine. I decided to take a different route. I designed and 3D printed a replacement button that works perfectly and feels just like the original.
In this video, you’ll see:
The diagnosis of the faulty button.
The 3D printed solution material used: PLA.
How to disassemble the front panel carefully.
The final result: A fully functional $500 machine restored for pennies.
Tools & Parts used:
3D Printer: Creality Ender 3 : amzn.to/4bvksnP
Screwdriver set (Torx/Phillips) : amzn.to/3NOWOcc
Filament cost: Approx $0.05
If you found it helpful and would like to support the channel so I can keep making these tutorials, you can buy me a coffee here:buymeacoffee.com/benassy69
Support the channel: If this video helped you save your coffee machine, please hit the LIKE button and SUBSCRIBE for more DIY repairs and 3D printing projects!
Note: As an Amazon Associate I earn from qualifying purchases. This helps support the channel at no extra cost to you.
#KrupsEA80 #CoffeeMachineRepair #3DPrinting #DIYRepair #Sustainability #ZeroWaste #EspressoRepair #LifeHack








![Philips IPL LUMEA 9000 Not Flashing? Blown IGB50N65S5 Transistor – Full Repair Guide
Is your Philips Lumea IPL 9000 not flashing even though the ready light is on? In this step-by-step repair guide, I show you how to fix the common no flash defect by replacing the blown IGB50N65S5 transistor.
Many Philips Lumea Prestige and 9000 series units (like the BRI958, BRI957, and BRI955) fail due to a specific component failure. If you can hear the fan spinning and the power is on, but the pulse button does nothing, you likely have a shorted IGBT transistor.
Chapters
00:00 Problem overview
00:21 Device disassembly
02:20 Circuit inspection and fault test (Identifying the blown IGB50N65S5)
06:14 Testing the transistor
07:50 Replacing the component
10:48 Final test – working again
In this video, I walk you through:
How to identify the faulty IGB50N65S5 transistor on the PCB.
The correct soldering techniques to remove and replace this high-voltage component.
Safety precautions for working with IPL high-voltage circuits.
Testing the unit to ensure the flash is restored.
[Resources & Parts]
Replacement Part: IGB50N65S5 (Found on TME, Mouser, or DigiKey)
Watch Next: How to Disassemble Philips Lumea 9000 (https://www.youtube.com/watch?v=SW32a7tvar8&t=16s)
This repair may apply to the following models:
Philips IPL9000
Philips IPL9000 Series
Philips Lumea IPL9000
Philips BRI955
Philips BRI956
Philips BRI957
Philips BRI958
Philips BRI959
Philips BRI960
Philips BRI861
Philips BRI862
Philips BRI863
Philips BRI864
Philips BRI865
Philips BRI866
Philips BRI867
Common Symptoms Covered
• Ready light ON but no flash
• IPL lamp not triggering
• Device powers on but does not fire
• Flash capacitor circuit failure
• IPL transistor failure
Parts Used
Replacement transistor: IGB50N65S5 IGBT Philips IPL LUMEA 9000 Not Flashing? Blown IGB50N65S5 Transistor – Full Repair Guide](https://i.ytimg.com/vi/jwnMem8RFL8/mqdefault.jpg)

