iPhone 16 Pro Charging Port Replacement

• To mitigate safety risks associated with fully charged lithium-ion batteries, permit the phone's power source to deplete to a level below 25% capacity.Disconnect all connected wires and cords from the device prior to proceeding.Simultaneously depress the power button and one of the volume buttons, then utilize the sliding mechanism to deactivate the phone's operation.
• A fully charged lithium-ion battery presents a potential safety concern, necessitating a partial discharge before commencing repair procedures.
• Ensure all external connections are severed from the phone before initiating any repair work.

• To prevent injury and simplify the subsequent disassembly process when the display or rear glass exhibits severe cracking, apply strips of packing tape that overlap one another across the damaged glass surfaces.
• Confirm the existence of a sufficiently sized, uninterrupted surface area proximate to the lower edge, ensuring it provides adequate adhesion for a suction cup.

• Excessive insertion of a prying tool poses a risk of device damage; implement the subsequent procedure to identify your tool and mitigate potential harm.
• Using a precise measuring tool, determine a distance of3 mmfrom the tool's distal end, then use a permanent marker to create a visible indicator on the prying tool.
• For enhanced reference, consider marking the tool's remaining corners with distinct measurement values.
• As an alternative method, affix a coin to the prying tool, positioning it3 mmfrom the tip to establish a defined depth limit.

Employ a P2 pentalobe screwdriver for the task of detaching the two screws, each measuring 7.4 mm in length, positioned on both lateral aspects of the USB-C port.The screws securing the device near the USB-C port require removal using a specialized P2 pentalobe screwdriver.Two screws, each with a length of 7.4 mm, are affixed to either side of the USB-C port and necessitate removal via a P2 pentalobe screwdriver.

• Utilize a heated iOpener on the lower perimeter of the rear glass panel, maintaining the application for a duration of two minutes.As an alternative method, a hairdryer or heat gun can be employed to warm the lower edge of the back glass until it reaches a comfortably warm temperature.Exercise caution to prevent overheating the device; the internal battery is vulnerable to thermal degradation.
• The maximum permissible temperature is critical to avoid compromising the battery's integrity.
• Prolonged or excessive heat exposure may result in irreversible damage to the battery.

1. Securely attach a suction cup to the lower perimeter of the rear glass panel, positioned directly over the USB-C connector.
   Exert a consistent and considerable upward pull on the suction cup to generate separation between the rear glass and the device's structural frame.
   Carefully slide the pointed end of a prying tool into the newly formed space.

• During the process of separating the rear glass with a separating tool in the subsequent procedures, exercise caution regarding specific zones.
  A fragile cable, responsible for communication between the rear glass assembly and the device's internal components, is situated near the volume up button; therefore, prevent tool insertion in this region to preclude cable damage.
  Numerous spring contacts are positioned along the device's outer edge, necessitating careful tool placement; avoid inserting the separating tool beyond the recommended depth outlined in each step to prevent deformation of these contacts.
  Should the spring contacts become bent due to accidental damage, carefully restore their shape using a spudger or opening pick to ensure proper alignment with the gold contact pads on the rear glass.

1. To prevent potential damage to the spring contact, ensure the pick's insertion depth does not exceed 5 mm along the lower edge.
   Employ a back-and-forth motion with the pick across the lower edge to effectively release the adhesive bond.
   Maintain the pick's position within the lower-right corner to inhibit the adhesive from re-adhering.

• Apply warmth to the right-hand border of the rear glass panel using a heat source.The temperature of the rear glass's right edge should reach a point where it is noticeably warm upon contact.This warming process facilitates separation of the adhesive securing the back glass.

1. Employ a prying tool to maneuver along the lower-right perimeter and ascend the right side to a midpoint, recognizing the resistance of a retaining clip that fastens the rear glass assembly.
   Exercise caution during separation to maintain clearance from the volume controls, as proximity could compromise the wireless charging coil and the camera flash cable.
   Maintain the pick's position within the separation gap to inhibit the adhesive layer from reforming.

• Apply warmth to the left-hand border of the rear glass panel, ensuring it reaches a temperature that is comfortably felt by hand.Elevate the temperature of the back glass's left side using heat, until it registers as warm upon contact.Using a heat source, increase the temperature of the back glass's left edge to a point where it can be sensed as warm to the touch.

1. Introduce a supplementary opening pick into the gap at the device's lower boundary.
   Maneuver the second pick around the lower-left corner, tracing the left screen edge.This movement facilitates adhesive separation and disengagement of the metal retaining clips.Audible and tactile confirmation of clip release will occur during this separation process.
   Maintain the position of this pick at the upper-left corner to inhibit adhesive re-bonding.
   The adhesive's ability to re-seal is prevented by leaving the pick in place.

• To prevent harm to the spring contacts, ensure the insertion depth of your tool remains no greater than 3 millimeters along the upper perimeter.Moving your opening tool across the top edge, then around the upper-right corner toward the volume up button, will break the adhesive seal.Audible and tactile clicks will indicate the release of the upper two retaining clips during this separation process.
• Careful manipulation is necessary to disengage the adhesive bond without impacting the delicate spring contact points.

• Refrain from attempting complete separation of the rear glass panel at this stage, as it remains connected via a fragile ribbon cable; proceed with the subsequent instructions to ensure safe detachment.
• Should the rear glass panel resist easy pivoting, avoid applying excessive force; instead, re-examine the edges with your tool to identify any remaining adhesive or obstructed clips.
• A slight upward displacement of the rear glass panel might be necessary prior to pivoting to ensure complete disengagement of the retaining clips.
• Carefully pivot the rear glass panel in the direction of the volume buttons.
• Employ a rigid, non-contaminating object, such as a small container, to provide support to the rear glass panel, minimizing stress on the connecting cable.
• Extract the opening tools from the device.
• To safeguard the rear camera lenses during internal work, apply polyimide tape; prevent direct pressure on the lenses to prevent damage to the sensitive image stabilization components.

1. Employ a tri-point Y000 screwdriver for the disassembly process.The lower connector cover is fastened with three screws that require a tri-point Y000 screwdriver for removal.Specifically, two screws, each measuring 1.2 millimeters in length, are used.
   • Additionally, a single screw with a length of 1.0 millimeters is part of the securing mechanism.The three screws holding the lower connector cover in place must be detached using a tri-point Y000 screwdriver.Two screws, each possessing a 1.2-millimeter length, contribute to the cover's attachment.
   • A single screw, measuring 1.0 millimeters in length, is also utilized to secure the lower connector cover.To release the lower connector cover, a tri-point Y000 screwdriver is essential for unscrewing the fasteners.The fastening hardware consists of two 1.2 mm screws and one 1.0 mm screw, all requiring a tri-point Y000 screwdriver for removal.

• Employing either tweezers or direct manual manipulation, carefully detach the lower connector cover.The lower connector cover can be lifted away using specialized pliers or by hand.To facilitate removal, utilize either precision tweezers or your fingertips.Manual extraction of the lower connector cover is possible, although tweezers offer greater precision.The lower connector cover should be disengaged and removed with either tweezers or by applying finger pressure.

• Employ the tip of a spudger to carefully lift and detach the battery press connector.The battery press connector must be separated from its position using the pointed end of a spudger.To release the battery press connector, apply the spudger's point and gently disengage it.

1. Employ a tri-point Y000 screwdriver for the disassembly of the four screws that fasten the upper connector cover in place.
   • A quantity of two screws are present.These screws each measure 1.0 millimeters in length.Additionally, a single screw is utilized.
   • This particular screw has a length of 1.2 millimeters.Furthermore, one screw is incorporated into the assembly.The length of this screw is 1.6 millimeters.
   • The removal process necessitates the use of the specified screwdriver type.Careful attention should be given to ensure the correct screw length is identified during reassembly.Properly securing the upper connector cover requires the precise replacement of each screw.

• Employing either tweezers or direct manual manipulation, carefully detach the upper connector cover.The upper connector cover can be dislodged using tweezers for precision or by hand for a more tactile approach.To facilitate removal, utilize tweezers or your fingertips to grasp and separate the upper connector cover.For the purpose of extracting the upper connector cover, select either tweezers or your fingers as the appropriate tool.Carefully lift and remove the upper connector cover, employing either tweezers or your fingers to accomplish this task.

• A single screw, measuring 3.0 millimeters in length, is part of the fastening assembly for the Taptic Engine cover.Two screws, each with a length of 1.7 millimeters, are also utilized to secure the Taptic Engine cover.
• The Taptic Engine cover is affixed using a combination of screw lengths, including one 3.0 mm screw and two 1.7 mm screws.To access the Taptic Engine, a Phillips screwdriver is needed to unscrew the three fasteners holding the cover in position; one is 3.0 mm long, and the other two are 1.7 mm long.

• Employ tweezers or manual dexterity to elevate the upper portion of the Taptic Engine cover.
• After the lower edge disengages from the device's frame, detach the Taptic Engine cover.

• Employ the tip of a spudger to carefully lift and release the lower assembly cable press connector from its connection on the logic board.The connector securing the lower assembly cable press to the logic board requires separation using a spudger's pointed end.To detach the lower assembly cable press connector, gently apply pressure with a spudger to disengage it from the logic board.

• Employing the tip of a spudger, carefully lift and separate the pair of press-fit connectors situated close to the lower-right corner of the device's frame.The connectors, secured with a press-fit design, require careful detachment to prevent damage.Utilize the spudger's pointed end to apply leverage and release the connectors from their housings.

• Employ a specialized tri-point screwdriver, specifically a Y000 type, to detach the securing screw.The screw's length is precisely 1.0 millimeters.This fastener holds the lower assembly cable in place.

• To loosen the adhesive securing the lower assembly's cable to the Taptic Engine, apply heat to the cable area situated atop the engine using an iOpener or hair dryer until the surface reaches a temperature that is noticeable upon contact.

• Insert a specialized opening tool beneath the lower assembly cable to disengage it from its connection.The component being disconnected is the Taptic Engine.Gently flex the cable to create clearance, enabling access to the Taptic Engine.
• This manipulation allows for subsequent work on the Taptic Engine.Avoid excessive force during cable manipulation to prevent damage.Ensure the cable is secured out of the way to prevent interference with the Taptic Engine.

• Employ a Phillips-head screwdriver for the disassembly of the screw.The screw, measuring precisely 1.9 millimeters in length, must be removed.This screw provides fastening for the Taptic Engine component.Carefully detach the screw to free the Taptic Engine.Ensure the correct screwdriver size is utilized to prevent damage to the screw head.

• Utilize the pointed end of a prying tool to gently disengage the upper boundary of the Taptic Engine by releasing the adhesive securing the plastic buffer strip to its surface.

• Employing the tip of a spudger, carefully lift the Taptic Engine assembly, initiating the separation from its upper-right mounting point.Exercise caution to avoid applying force against the battery during this separation process.The Taptic Engine component is now free from its adhesive bonds.
• Complete the detachment of the Taptic Engine from its position.
• Ensure the spudger's point is directed away from the battery to prevent damage.The Taptic Engine is now disengaged from the device's chassis.Proceed to remove the Taptic Engine entirely.

• To detach the loudspeaker, begin by eliminating the fasteners that hold it in place.
  The loudspeaker is secured with two Phillips screws, each measuring 1.6 millimeters in length.
  A single Phillips screw, with a length of 2.0 millimeters, is also utilized in the mounting process.
  Additionally, a 1.3-millimeter-long tri-point Y000 screw is part of the loudspeaker's retention system.

• Utilize a spudger to access the underside of the loudspeaker, specifically at the screw opening located on its lower-right side.
  Disengage the loudspeaker from its position by applying upward pressure and subsequently detaching it.

Three stretch-release adhesive strips maintain the battery's position within the device; the subsequent instructions detail their removal and subsequent battery release.
Exercise caution to prevent battery deformation or perforation, as a compromised battery, despite its metallic casing, presents a fire hazard.

• Utilizing angled tweezers, carefully slide the tip beneath the edge of a black pull tab.

• Employing tweezers, carefully sever the black tab and detach it from the battery's upper surface.The tab's removal should not be initiated from beneath the battery at this stage.Utilize the tweezers to precisely cut the black tab, enabling its separation from the battery's top.
• Avoid attempting to extract the tab by applying force from underneath the battery's body.

• Employing tweezers or your fingertips, secure the pull tab and lower it until it lies flush with the device's frame.Extract the adhesive strip gradually, maintaining the shallowest possible angle relative to the battery's surface.Allow sufficient time for the adhesive strip to extend and regain its adherence, reapplying pressure as needed.
• Should the strip elongate excessively, coil it around your tweezers to facilitate continued extraction.
• In the event of strip breakage, attempt to recover any detached fragments from beneath the battery.Should recovery of the broken strip prove impossible, proceed to the subsequent adhesive strip.The adhesive strip's extraction requires patience to prevent damage to the battery or surrounding components.
• Maintaining a minimal extraction angle minimizes the risk of adhesive residue remaining on the battery surface.

• To complete the process, perform the same steps again using the remaining two adhesive strips.
• As necessary to gain access to the adhesive strips, gently deflect the lower assembly cable.

• Successful removal of all three stretch release adhesive strips warrants a congratulatory acknowledgement, after which, proceed with battery extraction.
• Should any of the adhesive strips sustain damage during removal, proceed directly to the subsequent step involving isopropyl alcohol for their removal.

• Instructions following detail the battery removal procedure when adhesive strips have become detached.
• Elevate the lower portion of the device's frame to initiate a tilting motion.
• Dispense a measured quantity of approximately two to three drops utilizing a pipette or syringe.Apply this measured quantity of high concentration (greater than 90%) isopropyl alcohol precisely along the lower edge of the battery, targeting the areas where the adhesive strips previously exited.Allow a sixty-second duration for the isopropyl alcohol to permeate beneath the battery and reduce the adhesive's binding strength.
• During this sixty-second period, the isopropyl alcohol will work to dissolve and weaken the adhesive securing the battery.

• Position the pointed end of a prying tool within the gap located between the battery's lower edge and the device's frame.
• Introduce a supplementary prying tool into the space situated along the battery's left side and the frame, subsequently utilizing it to gently lift the battery with consistent pressure; progressively release the adhesive bond by working along the battery's perimeter.
• Avoid deforming or damaging the battery's structure; should resistance be encountered, introduce additional droplets of isopropyl alcohol and attempt separation once more.
• After the adhesive has sufficiently yielded, grasp the battery firmly and detach it from the device.

Employ a standoff screwdriver to detach the 3.6 mm screw that holds the charging port assembly in place on the device's frame.The charging port is affixed to the frame with a screw measuring 3.6 mm in length; removal requires a standoff screwdriver.A standoff screwdriver is necessary for unscrewing the 3.6 mm screw which provides the charging port's attachment to the frame.

• Employ a Phillips head screwdriver to detach the two screws, each measuring 3.4 millimeters in length, which hold the charging port in place on the device's frame.Due to their tight fastening, these screws may present a challenge to remove, necessitating careful maneuvering.To facilitate access and prevent slippage, position the screwdriver's tip at the most gradual possible angle.
• Exercise caution when loosening these fasteners, as their limited accessibility can make them difficult to manipulate.

• Employ a specialized tri-point screwdriver, specifically a Y000 type, for disassembly.The screw, measuring 1.3 millimeters in length, requires a tri-point Y000 screwdriver for removal.A tri-point Y000 screwdriver is essential for detaching the screw.The charging port is affixed to the frame using a small screw that necessitates a Y000 tri-point screwdriver.To release the charging port from the frame, utilize a tri-point Y000 screwdriver to unscrew the 1.3 mm fastener.

A self-adhesive gasket ensures a secure seal between the charging port and the device's bottom and side frame surfaces.

• Utilize the tip of a spudger to gain access beneath one edge of the charging port assembly.Apply slight upward force with the spudger to disengage the adhesive gasket from the frame.Carefully elevate the charging port, taking care to avoid damage, as it is secured by two retaining prongs.
• The gasket's separation requires a delicate prying action to prevent detachment of the port from its mounting location.

To prevent damage, avoid separating the charging port directly from its opening within the device's frame, as it is secured by two retaining prongs.

• Carefully disengage the charging port, maneuvering it away from the microphone assembly.
• Detach the charging port component from the device.

Having finished the disassembly process, the subsequent instructions detail the reassembly procedure for your iPhone; while certain reassembly images depict the Pro Max variant, the outlined steps are applicable to the Pro model as well.

• Secure the grounding clips to the upper portion of both screw posts, located beneath the charging port, verifying their continued attachment.
• Confirm that the two black contact points flanking the charging port maintain an upright orientation; if they are bent, utilize a spudger's tip to gently restore their shape.
• For installations with replacement adhesive, employ tweezers to completely remove the existing adhesive that holds the charging port to the device's chassis.
• Should replacement adhesive not be available, the original adhesive can remain, but this action will compromise the device's water resistance capabilities.

• Ensure the charging port is correctly positioned by aligning its screw posts within the space defined by the black prongs and the lower edge of the device's frame.
• Position the screw tabs located on the cable-facing side of the charging port between the screw posts and the corresponding screw tabs on the microphone assembly.

• Employ a P2 pentalobe screwdriver for the installation process.Secure the two 7.4 mm screws using the P2 pentalobe screwdriver, positioning them externally to the phone's body, flanking the charging port.The screws must protrude visibly through the apertures within the black prongs.This visible protrusion serves to facilitate precise alignment of the charging port with the device's frame.Proper screw placement is crucial for maintaining structural integrity and functionality.
• Carefully observe the screw positioning to guarantee correct port alignment during reassembly.

• Employ a tri-point Y000 screwdriver for the installation process.A 1.3-millimeter screw is required for this step.Position the screw within the bottom-right corner of the charging port.The screw's purpose is to fasten the charging port assembly to the device's frame.Ensure proper alignment before tightening the screw to the frame.

• Employ a P2 pentalobe screwdriver for the disassembly process.The required tool is a P2 pentalobe screwdriver, essential for this step.Two screws, each measuring 7.4 millimeters in length, secure the charging port.Accessing these screws necessitates working from the exterior of the device.Carefully unscrew the two fasteners located on both sides of the charging port.

• Employ a Phillips screwdriver for the installation process of the two screws.The screws, each measuring 3.4 millimeters in length, fasten the charging port assembly to the device's frame.Due to their tight nature and limited accessibility, these fasteners may present a challenge to install.To minimize the risk of screw head damage, position your screwdriver at a very slight angle during engagement.A shallow screwdriver angle is crucial for preventing stripping of the screw heads.
• Careful manipulation and precise alignment are necessary for successful screw installation.

• Employ a standoff screwdriver to facilitate the installation process.A 3.6 mm screw length is required for this particular fastening operation.The charging port and microphone assembly is affixed to the device frame with this screw.Properly positioning the standoff screwdriver is crucial for accurate screw engagement.Ensuring the screw is fully seated will maintain the structural integrity of the assembly.

• Completely eliminate any residual adhesive material from the battery compartment.
• Employ a lint-free cloth and a small quantity of isopropyl alcohol to clean the frame's exterior; allow the alcohol to completely dissipate prior to battery installation.
• To verify proper fit and cable reach to the logic board connector, position the battery within its designated recess before exposing any adhesive liners, but refrain from establishing a connection at this stage.

• The subsequent four procedures detail the process of applying pre-cut adhesive to the battery; if your battery already has adhesive attached, proceed past these instructions.
• Should adhesive application be necessary, adhere to these instructions for installing generic stretch release adhesive strips, confirming their placement corresponds precisely with the adhesive recesses within the phone's frame, utilizing this image as a visual guide.
• To determine the proper placement, position the fresh adhesive against the battery; ensure the strips are completely affixed to the battery's surface, and that the upper borders of the black pull tabs are flush with the battery's lower edge.
• Variations in adhesive appearance or liner configuration are possible.
• If your adhesive possesses two liners on the battery-facing side, detach the uppermost liner.
• Should your adhesive have a single liner on the battery-facing side, remove it.

Apply the adhesive to the battery surface, ensuring each strip is secured with consistent pressure.

Ensure the protective liner is detached from the adhesive surface of the battery before securing each strip with a firm application of pressure.

Secure the black pull tabs by bending them around the battery's lower perimeter, ensuring they are firmly seated.

• The battery's adhesive exhibits significant tackiness, necessitating caution during alignment within its designated compartment; repositioning becomes difficult once adhesion occurs.
• Introduce the battery into its recess to a limited extent, preventing contact between the adhesive and the device's structural frame.
• Employ a spudger or fingertip to secure the battery cable's press-fit connector, verifying complete cable engagement.

• Position the battery upwards within the iPhone's internal space, ensuring it rests securely within its designated compartment.
• Apply consistent, substantial pressure to the battery's surface for a duration of ten seconds, facilitating adhesion between the battery and the device's structural frame.
• Employ a spudger tool or a fingertip to carefully sever the electrical connection between the battery and the main circuit board.

• Should the black plastic shim, located under the battery, remain attached to the loudspeaker after removal, proceed to the subsequent repair stage without performing this action.
• Position the battery shim to ensure a level surface with both the left edge and bottom surface of the newly installed loudspeaker, then apply pressure to secure its adhesion.
• In the event that the shim lacks adhesive properties, integrate it into the device's interior alongside the loudspeaker during the following procedure.

• Ensure the lower boundary of the loudspeaker is precisely positioned relative to the device's frame.
• Insert the loudspeaker into its designated cavity.

• Affix the loudspeaker using the provided four screws to maintain its position.
  • Four screws, each measuring 1.6 millimeters in diameter, are required for this step.These fasteners are specifically designated as screws.
  • A single screw with a 2.0-millimeter diameter is also necessary.One screw, characterized by a 1.3-millimeter diameter, must be incorporated.
  • A tri-point Y000 screw is needed for a particular aspect of the assembly.Ensure proper alignment and tightening of all screws to prevent loosening.

• To correctly position the Taptic Engine for secure attachment, utilize blunt-nose tweezers or manual dexterity to match its mounting points to the corresponding screw posts within the device frame.

• Employ a Phillips screwdriver to fasten the 1.9 mm screw, which holds the Taptic Engine in place.The Taptic Engine is situated on the right-hand side of the device.This screw provides the necessary fastening for the Taptic Engine.

• Employ a finger or spudger to engage the two lower assembly press connectors.
• Due to the potential difficulty in securing these press connectors, ensure precise alignment of each connector with its corresponding socket, and apply downward pressure sequentially to each side until an audible click confirms proper engagement; avoid applying excessive force, and if initial attempts fail, readjust the connector's position before retrying.

• Employ a Phillips screwdriver for the installation of the Taptic Engine cover's securing screws.A single screw, measuring 3.0 millimeters in length, is required for this process.Two screws, each with a length of 1.7 millimeters, are also necessary.
  • The screws fasten the cover to the Taptic Engine.Ensure the Phillips screwdriver is appropriately sized to prevent damage to the screw heads.
  • Properly aligning the screws before tightening is crucial for a secure fit.The three screws collectively hold the Taptic Engine cover in place.

• Exercise caution near the delicate grounding clips during frame cleaning to prevent damage.
• Employing blunt-nosed tweezers is an option, or your fingers can be utilized.Large adhesive fragments adhering to the frame's edges should be detached using blunt nose tweezers or manual manipulation.A spudger is the appropriate tool for removing adhesive remnants from the frame's surface.
• Persistent adhesive can be softened by applying warmth with a hair dryer or heat gun, then attempting removal again.Carefully manipulate any displaced grounding clips back into their original position using your fingers or tweezers.The frame perimeter requires meticulous cleaning to eliminate all traces of adhesive.
• Heat application should be used judiciously to avoid damaging surrounding components.A spudger's edge provides a controlled scraping action for adhesive removal.Adhesive residue presents a challenge, necessitating a targeted approach for complete elimination.Gentle pressure and controlled movements are essential when manipulating the grounding clips.The application of heat assists in loosening the adhesive bond, facilitating its removal.

To facilitate adhesion when reinstalling a previously used rear cover, use a microfiber or lint-free cloth dampened with a small quantity of isopropyl alcohol possessing a concentration exceeding 90 percent.The purpose of this cleaning step is to adequately prepare the surface area for the application of fresh adhesive, achieved by wiping the edges with the alcohol-moistened cloth.Employing a high-purity isopropyl alcohol solution (greater than 90%) ensures effective residue removal, promoting a secure bond between the back glass and the device's frame.

• Cover the tip of a spudger with a clean, non-abrasive cloth or a coffee filter to prevent scratching.Apply a small quantity of isopropyl alcohol with a concentration exceeding 90% to the cloth-covered spudger tip.Employ a single, consistent wiping direction around the frame's edges to effectively remove adhesive remnants.Careful and deliberate cleaning is essential for optimal results.A thoroughly cleaned frame facilitates the uniform application of replacement adhesive.
• Even adhesive distribution is crucial for achieving a stronger and more reliable bond.
• Proceeding with caution during this step will contribute to a more secure reassembly.

• To establish the correct positioning of the adhesive sheet, place it upon the frame's surface.
• Employ elements like the camera aperture and the indentations situated on the upper and lower borders to guide the adhesive's placement within the frame.

• To reveal a portion of the adhesive, carefully lift the corner tab of the adhesive sheet's backing and remove a third of the liner.
• Exercise caution, as the newly exposed adhesive possesses significant tackiness; prevent unintended contact with surfaces until application to the frame is prepared.
• Should your adhesive incorporate several liners, remove only the uppermost liner to reveal the surface intended for attachment to the frame.

• Ensure the visible perimeter of the adhesive strip is precisely matched to the adjacent boundary of the iPhone's chassis.
• Because the adhesive bond forms immediately upon contact, repositioning is impossible; any misalignment necessitates removal and replacement with a fresh adhesive strip.
• After confirming proper alignment, apply even pressure to secure the adhesive strip to the iPhone's frame.

• Carefully remove the adhesive backing, ensuring firm contact between the adhesive and the surface.
• Proper alignment of the adhesive is indicated by a seamless fit of the edges within the frame's boundaries.
• To correct minor misalignments, delicately reposition the longer sides of the adhesive relative to the frame.
• Should the adhesive develop creases or wrinkles, discard it and apply a new set for optimal results.
• In the absence of replacement adhesive strips, the iPhone can be reassembled and used normally; however, be aware that water resistance will be reduced until the adhesive is properly replaced.

• Employ a spudger to apply pressure to the adhesive sealant that secures the iPhone's edges.Exercise caution near the delicate grounding clips; misalignment can occur, requiring careful realignment with finger manipulation or tweezers.Avoid excessive force during this process to prevent distortion or overextension of the adhesive material.
• The adhesive perimeter requires complete coverage with the spudger's pressure.
• Gentle correction of displaced grounding clips is possible using fingers or tweezers, but forceful manipulation should be avoided.

• Employ a spudger tool, or manually use your fingers, to detach the pull tab affixed to the expansive front liner.The pull tab's typical location is situated within a corner of the liner.Utilize the detached pull tab to carefully separate the large front liner from the adhesive backing.
• A remaining perimeter liner may still be present, safeguarding the adhesive surface during reassembly; postpone its removal.
• These smaller release liners must remain in place to avoid unintended adhesion during the iPhone's reassembly process.

To facilitate access, carefully support the rear glass component by applying pressure along its right-hand border.

Employing either a fingertip or the planar edge of a spudger tool, establish a secure connection between the rear glass connector and the logic board by applying pressure.The back glass connector must be firmly affixed to the logic board, achieved through manual pressure or the utilization of a spudger's flat end.To ensure proper electrical contact, utilize a finger or the broad, flat surface of a spudger to engage and seat the rear glass connector onto the logic board.

• Employing either a fingertip or a spudger, secure the battery press connector to the logic board by applying pressure to establish a connection.Prior to finalizing the iPhone's reassembly, it's advisable to verify the repair's functionality; initiate the device, confirming expected operation, then deactivate it to proceed.Should the iPhone fail to power on, establish a connection to an external power source and attempt activation again.
• In the event that a logic board replacement occurs and the display remains unresponsive, consult the screen replacement guide for instructions on manually interfacing the display connector.
• A battery press connector necessitates firm pressure to ensure a reliable electrical link with the logic board's corresponding contacts.
• Verification of operational status through power-on testing is recommended before concluding the reassembly process for the iPhone.

Employ a Y000 tri-point driver for the installation of the four screws that fasten the back glass connector cover in place.
The assembly includes two screws, each measuring 1.3 millimeters in length.Additionally, two screws are present, with a length of 1.0 millimeters each.
Secure the back glass connector cover by utilizing a Y000 tri-point screwdriver to tighten the four fasteners.A total of four screws, consisting of two 1.3 mm screws and two 1.0 mm screws, are used to affix the back glass connector cover.

• Employ a tri-point Y000 driver for the battery connector cover's installation.The cover is fastened with three screws requiring a tri-point Y000 driver for removal and installation.Specifically, two screws measuring 1.3 millimeters in length are utilized.
  
  • Additionally, a single screw with a length of 1.0 millimeters is also present.Secure the battery connector cover using the provided screws, ensuring proper alignment.
  • The three screws, two at 1.3 mm and one at 1.0 mm, must be installed with a tri-point Y000 driver.A tri-point Y000 driver is essential for handling the three screws that hold the battery connector cover in place; two are 1.3 mm long, and one is 1.0 mm long.

• Employing either your fingertips or a spudger, carefully separate the surrounding adhesive protective layers to reveal the adhesive.
  During liner removal, prevent any contact between surfaces and the newly exposed adhesive to maintain its bonding properties.
  Thoroughly inspect both the frame and rear glass assembly, eliminating any residual liners, ensuring complete adhesive exposure.

1. Position the rear glass component onto the device frame, initiating the placement with the uppermost boundary.
   Should you encounter opposition during installation, a surrounding retaining clip might be deformed and compressed by the frame; carefully inspect the area of resistance and delicately realign any clips exhibiting bends.
   Apply even pressure across the iPhone's perimeter to ensure the rear glass makes complete contact with the frame.

• Apply warmth to the outer edge of the rear glass utilizing a hair dryer, heat gun, or iOpener until the surface reaches a temperature just beyond comfortable touch.
  This thermal application reduces the adhesive's viscosity, facilitating a more secure reattachment.

• Employ a P2 pentalobe screwdriver for the installation process.The required tool is a P2 pentalobe screwdriver.Secure the two screws, each measuring 7.4 millimeters in length, using the appropriate screwdriver.Two screws, each possessing a length of 7.4 mm, must be affixed.Position the USB-C port, and then utilize a P2 pentalobe screwdriver to fasten the 7.4 mm screws on both lateral sides.