ReLife© Refurbished Screen

Description

ReLife© refurbished screens embody excellence in refurbishment within the professional mobile repair sector. Designed to preserve the full original user experience, these screens offer display quality, touch responsiveness, and durability strictly identical to those of a new screen. The ReLife© refurbishment process requires keeping all internal components — digitiser, polariser, touch cell, and LCD or OLED panel — thus ensuring perfect preservation of the original characteristics. Only the external glass is replaced with extreme precision, ensuring incomparable optical and mechanical integrity.

These specifications prevent any performance alteration, from touch sensitivity to colour reproduction, unlike heavy refurbishments that also replace the digitiser or other sensitive layers, often resulting in a loss of quality and increased fragility.

Repairing for even longer

Refurbished screens allow for a greater number of devices to be repaired. They offer a cost-effective alternative when the original Service Pack screen is expensive, and extend the availability of parts. Indeed, most manufacturers cease production of spare parts after a few years or experience periods of stock shortages. ReLife© screens thus guarantee near-permanent availability, allowing for rapid repairs within 24 hours, even on older or temporarily unavailable models.

Technical Specifications

• Full preservation of the original digitiser, polariser, and LCD/OLED panel
• Exclusive replacement of the external glass using a high-precision industrial process
• Touch quality and display 100% compliant with manufacturer specifications
• Perfect compatibility with the device's native electronics
• Durability equivalent to that of an original screen
• No visual defects: no ghosting, no light leakage, no loss of contrast
• Individual functional tests by our internal quality team

Advantages

• Total preservation of the original user experience
• Mechanical and electronic reliability equivalent to a new screen
• Reduced risk of failure or premature degradation
• Preservation of the ultra-precise native touch capability
• Ecological commitment: limiting the carbon footprint through the reuse of critical components
• Extended availability of parts to ensure rapid device repair
• Rigorous internal quality control process

Optical Fingerprint Sensor Calibration

On smartphones equipped with an under-screen optical fingerprint sensor, replacing the panel, even with a high-quality refurbished screen like this one, can lead to a temporary loss of responsiveness or sensor efficiency. This behaviour is not related to a product defect but to the fact that the optical alignment between the original sensor and the screen layers sometimes needs to be manually recalibrated.

In most cases, if the sensor takes time to recognise the fingerprint, fails randomly, or fails to register a new fingerprint, this indicates a slight misalignment of the optical axis. This phenomenon is particularly common when the sensor is reused from the original screen. Precise realignment allows for normal biometric operation to be restored.

Using an optical calibrator, such as the Relife RL-071B, allows this operation to be performed quickly. Simply turn off the device, place the calibrator at the sensor location, centring it perfectly, then turn the phone back on in test mode or via a manufacturer application. The light emitted by the sensor must pass precisely through the centre of the calibrator. If this is not the case, a manual adjustment of the positioning is necessary before finalising the assembly. This simple procedure guarantees optimal alignment without resorting to a software solution or a workshop return.

Instructions for the RELIFE RL-071B Calibrator

• Turn off the phone and remove the screen if not already done
• Place the calibrator at the sensor location, centring it precisely
• Turn on the device in test mode or via a manufacturer application
• Observe the light emitted by the sensor and check that it passes through the centre of the calibrator
• Manually adjust the sensor if necessary, until perfect alignment is achieved
• Once the positioning is validated, remove the calibrator and finalise the assembly