Lw-328 MOBILE PHONE WIRELESS MAGNET OBSERVATION PLATE
PKR 1250.00
LW-328 wireless magnet observation plate for mobile phone repair, testing, and alignment of magnetic components during wireless and electronic diagnostics.
Overview
The LW-328 Mobile Phone Wireless Magnet Observation Plate is a specialized tool designed for technicians working with wireless magnetic components in smartphones. It provides a stable, flat platform for observation, testing, and alignment, making it easier to perform wireless charging, sensor, and magnet-related repairs without disturbing other delicate components.
Key Features
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Flat observation plate for mobile phones
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Designed for wireless magnet component testing
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Stable platform to prevent device movement
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Transparent or marked surface for easy alignment
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Compact, durable design for workshop use
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Supports observation during wireless charging or sensor testing
Benefits
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Improves accuracy when aligning wireless magnetic components
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Prevents device shifting during repair or testing
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Enhances visibility for precise magnet and sensor work
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Reduces risk of damaging delicate components
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Suitable for repeated workshop use
Applications
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Wireless charging coil testing and alignment
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Magnetic sensor diagnostics
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Smartphone repair involving magnet components
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Observation during electronic repair or micro-soldering
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Quality control for wireless function repairs
Compatible Models
Compatible with multiple smartphone models and wireless component types.
FAQ Section
1. What does the LW-328 plate do?
It provides a stable surface to observe and align wireless magnetic components on mobile phones.
2. What repair tasks is it used for?
Wireless charging, magnetic sensor testing, and alignment of phone components.
3. Is it suitable for all smartphones?
Yes, it works with most smartphone models during wireless component repairs.
4. Is it easy to use?
Yes, it is designed for simple observation and alignment, suitable for all technicians.
5. How does it improve repair outcomes?
It ensures precise magnet placement and testing without shifting or damaging components.