Framework Laptop 16 Charging Port Repair
Complete guide to Framework Laptop 16 charging port repair. Cost estimates, difficulty level, time required, and environmental impact.
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💰 Cost Breakdown
💡 Tip: Costs vary by location and repair shop. Authorized service centers typically charge more than independent repair shops.
🔧 Repair Overview
Charging Port Repair is one of the most common repairs for Framework Laptop 16. This repair involves replacing the damaged connectivity component with a new or refurbished part. The process typically takes 30 min - 1 hour and requires easy skill level.
What You'll Need
- Replacement connectivity part (OEM or aftermarket)
- Precision screwdriver set (Phillips #000 or pentalobe)
- Opening tools (plastic spudger, suction cup)
- Adhesive strips or glue
- Clean workspace with good lighting
Step-by-Step Process
Step 1: Before you begin
Unplug all cables and fully shut down your laptop.
Step 2: Unlock the Input Modules
Use your fingernail to pull out the two Input Module latches and unlock them.
The latch will show red if it's unlocked.
Step 3: Remove the Touchpad Spacers
Use your fingers to slide the Touchpad Spacer toward the bottom edge of the laptop and unclip it.
If you're having trouble, check if the corresponding Input Module latch is properly unlocked.
Lift the Touchpad Spacer off the laptop and remove it.
Step 4:
Repeat the same procedure for the other touchpad spacer.
Step 5: Remove the Touchpad Module
Use your fingers to slide the Touchpad Module toward the bottom edge of the laptop and disconnect it.
If you're having trouble, check if the Input Module latches are properly unlocked.
Lift the Touchpad Module and remove it.
Step 6: Remove the keyboard
The keyboard is held in place with strong magnets. Apply gradually increasing force to avoid having the keyboard violently eject.
Grip the two pull tabs along the bottom of the keyboard and lift until its magnets release.
Remove the keyboard.
Step 7: Remove the Input Modules
Your Input Module(s) might be different, but the procedure to remove them is the same.
Grip the pull tab at the bottom of the Input Module and lift until its magnets release.
Remove the Input Module.
Repeat for any remaining Input Modules.
Step 8: Disconnect the Mid Plate cable
Grip the black pull tab on the Mid Plate cable press connector.
Lift up to disconnect the Mid Plate cable.
Step 9: Loosen the Mid Plate screws
The Mid Plate screws are ordered from 2–17 (number 1 is the press connector). You don't have to follow the order, but you can use it to help keep track of the screws you've loosened.
Use your Framework Screwdriver to loosen the 16 captive T5 Torx screws securing the Mid Plate.
Step 10: Remove the Mid Plate
Use your fingers to lift the Mid Plate off the laptop and remove it.
Step 11: Loosen the battery screws
Use your Framework Screwdriver to loosen the three captive T5 Torx screws securing the battery.
Step 12: Remove the battery
Grip the black pull tab at the top of the battery and lift to disconnect the battery connector.
Remove the battery.
Step 13: Lift the interposer door
Lift the interposer door by its black pull tab and let it rest upright.
Step 14: Loosen the interposer screws
If you have the Graphics Module installed, your interposer will have four screws. If you have the Expansion Bay Shell installed, you'll have three screws instead.
If you have the Graphics Module, use your Framework Screwdriver to loosen the four captive T5 Torx screws securing the interposer.
If you have the Expansion Bay Shell, use your Framework Screwdriver to loosen the three captive T5 Torx screws securing the interposer.
Step 15: Remove the interposer
Lift the interposer by its pull tab and remove it.
Step 16: Loosen the Expansion Bay Module screws
Use your Framework Screwdriver to loosen the two captive T5 Torx screws securing the module in the Expansion Bay.
Close the interposer door before continuing.
Step 17: Remove the Expansion Bay Module
Close your laptop and flip it over.
Slide the Expansion Bay Module out of the laptop and remove it.
The module should slide out easily. If you feel any resistance, check if the screws holding it in place are fully loosened.
Flip your laptop and reopen it.
Step 18: Disconnect the fingerprint reader
Use the flat end of your Framework Screwdriver, or a clean fingernail, to lift up the locking tab on the fingerprint reader ZIF connector next to the memory.
Step 19:
Use your fingers to grip the blue pull tab and slide the fingerprint reader cable straight out of its socket.
Step 20:
The fingerprint reader cable is lightly adhered to the laptop's frame.
Use your fingers to peel the fingerprint reader cable away from the frame and separate the adhesive.
Step 21: Remove the ventilation plate
The ventilation plate is held in place with magnets.
Lift the bottom of the ventilation plate and pull it away from the laptop until the magnets release.
Remove the ventilation plate.
Step 22: Remove the CPU Heatsink screws
Use your Framework Screwdriver to remove or loosen the T5 Torx screws securing the CPU Heatsink:
Remove the two 2.0 mm‑long screws along the top corners of the Mainboard.
Loosen the captive screw above the primary SSD.
Loosen the captive screws directly over the CPU in order from ***1–4***.
Step 23: Pry up the CPU Heatsink
Use the flat end of the Framework Screwdriver to pry up the edges of the heatsink near the CPU until you feel the thermal pads separate.
Step 24: Remove the CPU Heatsink
Grip the edges of the heatsink, near its curved pipes, and lift it straight up to remove it.
Step 25: Disassembly complete
Congratulations on completing disassembly! ***The remaining steps will show how to reassemble your Framework Laptop.***
Step 26: Clean the old liquid metal
If you're removing liquid metal, follow the next two steps. Otherwise [guide|199807|skip here|stepid=410767] to remove the thermal pad.
Use the flat end of your Framework Screwdriver to scrape off the hardened sections of liquid metal on the CPU.
Use a few drops of high concentration (>90%) isopropyl alcohol and a lint-free cloth to wipe away the remaining residue.
Step 27: Remove the plastic shield
Use your fingers to peel off the plastic shield surrounding the CPU.
If the foam pad on the CPU doesn't come off with the tape, use the flat end of your Framework Screwdriver to pry it off.
Skip the next step.
Step 28: Remove the old thermal compound
Use a few drops of high concentration (>90%) isopropyl alcohol and a lint-free cloth to wipe away the thermal pad residue.
Step 29: Place the CPU Heatsink
Remove the liner from the bottom of your replacement heatsink to expose the thermal pad.
Align your heatsink over the CPU and place it straight down onto the Mainboard.
The thermal pad needs to go through a few thermal cycles before it gets to full performance.
Step 30: Install the CPU Heatsink screws
Use your Framework Screwdriver to install or tighten the T5 Torx screws securing the CPU Heatsink:
Tighten the captive screw above the primary SSD.
Tighten the captive screws directly over the CPU in reverse order from ***4–1***.
Install the two 2.0 mm‑long screws along the top corners of the Mainboard.
Step 31: Place the ventilation plate
Lay the ventilation plate along the top edge of the laptop and let its magnets pull into place.
Step 32: Connect the fingerprint reader
Use your fingers to grip the blue pull tab and slide the fingerprint reader cable straight into its socket.
Step 33:
Use the flat end of your Framework Screwdriver, or a clean fingernail, to press down the locking tab on the fingerprint reader ZIF connector.
Step 34:
Press the fingerprint reader cable to the frame to re-adhere it.
Step 35: Lift the interposer door
Close the interposer door.
Step 36: Tighten the interposer screws
If you have the Graphics Module installed, your interposer will have four screws. If you have the Expansion Bay Shell installed, you'll have three screws instead.
If you have the Graphics Module, use your Framework Screwdriver to tighten the four captive T5 Torx screws securing the interposer.
If you have the Expansion Bay Shell, use your Framework Screwdriver to tighten the three captive T5 Torx screws securing the interposer.
Close the interposer door.
Step 37: Place the interposer
Place the interposer over its spot between the Mainboard and the module.
Depending on if you're installing a Graphics Module or the Expansion Bay Shell, the interposer should be oriented so either [link|https://guide-images.cdn.ifixit.com/igi/HucrVmRhdeLBW3yw.full|rubber grommets|new_window=true] or [link|https://guide-images.cdn.ifixit.com/igi/3WFYMMTLrMPW5JDk.full|metal tabs|new_window=true] cover the Expansion Bay screws.
Step 38: Tighten the Expansion Bay Module screws
Use your Framework Screwdriver to tighten the two captive T5 Torx screws securing the Expansion Bay Module.
Step 39: Insert the Expansion Bay Module
Close your laptop and flip it over.
Align the Expansion Bay Module with its slot in the laptop.
Check that the module sits evenly with [link|https://guide-images.cdn.ifixit.com/igi/TtJ2jPTpm1IDcuRZ.full|the rail on the outside edges of the slot|new_window=true].
Check that [link|https://guide-images.cdn.ifixit.com/igi/YHrUCHcjQxmSDDdx.full|the two center rails|new_window=true] are threaded between the fans.
Step 40: Install the battery
Align the battery connector over its socket and lay the battery into its well.
Lightly press the battery down to connect it.
Step 41: Tighten the battery screws
Use your Framework Screwdriver to tighten the three captive T5 Torx screws securing the battery.
Step 42: Place the Mid Plate
Place the Mid Plate on the laptop, making sure it sits evenly on its [link|https://guide-images.cdn.ifixit.com/igi/oFS3OwOJCnf6XkQW.full|alignment pegs|new_window=true].
Step 43: Tighten the Mid Plate screws
Use your Framework Screwdriver to tighten the 16 captive T5 Torx screws ***in order*** (starting with 2) to secure the Mid Plate evenly.
Step 44: Connect the Mid Plate cable
Align the Mid Plate cable press connector over its socket and press down to connect it.
Step 45: Install the Input Modules
Your Input Module(s) might be different, but the procedure to remove them is the same.
Align the top edge of the Input Module with the top edge of the laptop.
Lay the Input Module on the laptop and let the magnets pull the keyboard into place
Make sure the Input Module is seated properly on its [link|https://guide-images.cdn.ifixit.com/igi/plbvTvmwdh2xGjYJ.full|alignment pegs|new_window=true] and sits flush with the edges of the laptop.
Repeat for any remaining Input Modules.
Step 46: Install the keyboard
Align the top edge of the keyboard with the top edge of the laptop.
Lay the keyboard on the laptop and let the magnets pull the keyboard into place
Make sure the keyboard is seated properly on its [link|https://guide-images.cdn.ifixit.com/igi/yG5pofFao6OSTNba.full|alignment pegs|new_window=true] and sits flush with the edges of the laptop.
Step 47: Install the Touchpad Module
Place the Touchpad Module flat on its cutout so [link|https://guide-images.cdn.ifixit.com/igi/3IG23UyJJiG66yWx.full|its clips|new_window=true] are properly aligned.
Press the Touchpad Module down and slide it into place so it lines up evenly with the bottom edge of the laptop.
Step 48: Install the Touchpad Spacers
Place the Touchpad Spacer over its spot on the laptop with the bottom edge overhanging slightly.
Slide the Touchpad Spacer towards the top of the laptop to secure it.
Repeat the same procedure for the other Touchpad Spacer.
📖 Repair guide provided by iFixit - The free repair manual. Licensed under CC BY-NC-SA 3.0.
iFixit Difficulty: Moderate | Time: NaNh NaNm
DIY vs Professional Repair
✋ DIY Repair
- ✅ Lower cost (parts only: $24-$72)
- ✅ Learn new skills
- ❌ Risk of further damage
- ❌ No warranty
- ❌ Requires tools and time
🔧 Professional Repair
- ✅ Expert installation
- ✅ Warranty included
- ✅ Faster turnaround
- ❌ Higher cost ($40-$120)
- ❌ Need to find reputable shop
Environmental Impact
By choosing to repair your Framework Laptop 16 instead of replacing it, you're preventing approximately 262 kg of CO₂ emissions. Manufacturing a new Framework Laptop 16 generates 265 kg of CO₂, while this repair only produces about 3 kg of CO₂. That's a 99% reduction in carbon emissions!
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