Touchpad Lenovo Mylar CS16 FRU01LV514 — ανταλλακτικό touchpad για laptop

Replacement touchpad for Lenovo Mylar CS16 laptops, designed to restore touch input and pointer control on compatible Lenovo notebooks. This direct-fit spare part replicates the original touchpad's position and basic functions to replace a faulty or worn unit and bring back responsive multi-touch and cursor navigation as provided by the factory component.

Advantages

This touchpad offers a factory-replacement form factor that fits Lenovo Mylar CS16 chassis without modification. The component supports standard touch gestures and precise pointer movement, enabling accurate on-screen control after installation. As an original-equivalent spare part, it simplifies repairs and reduces downtime compared with extended diagnostic or replacement options.

Key specifications

• Compatibility: designed for Lenovo Mylar CS16 laptop models
• Functionality: capacitive multi-touch input and cursor control
• Form factor: direct-fit replacement matching original touchpad dimensions and mounting points
• Interfaces: standard internal touchpad connector for compatible Lenovo mainboards
• Finish: OEM-style surface for finger glide and gesture recognition

How to use

Power off the laptop and disconnect any external power source or battery according to the device service manual. Remove the bottom cover or keyboard assembly as required to access the existing touchpad, then disconnect the touchpad cable from the motherboard. Replace the defective unit with the new touchpad, ensuring alignment of mounting points and secure attachment of cables. Reassemble the laptop, reconnect battery and power, and boot to verify touchpad detection and gesture response in the operating system.

Recommendations

When installing, follow Lenovo service instructions or seek professional repair assistance if unfamiliar with laptop disassembly. After replacement, check touchpad settings in the operating system and install or update touchpad drivers supplied by Lenovo to ensure full gesture support and optimal sensitivity.