USB LED Light Reading Glasses with Transparent Black Frames, ABS Plastic Construction, 14.5cm x 16.3cm Dimensions and 140g Single Pair Weight for Schedule Reading Tasks
USB LED Light Reading Glasses with Transparent Black Frames and ABS Construction

These reading glasses combine vision correction with a practical, integrated light source, powered via USB. Designed for scheduled reading tasks, they offer a hands-free lighting solution that eliminates the need for a separate lamp. The frames are constructed from ABS plastic, a material noted for its rigidity and resistance to bending, which helps maintain the glasses' shape during regular use. The product is available in a transparent black colourway, with a specific size of 14.5cm by 16.3cm and a single pair weight of 140 grams. This product provides a straightforward, all-in-one approach to illuminated reading.
Features and Construction

The core design integrates an LED light directly into the glasses frame, powered by a USB connection. This section details the material choices and the physical specifications that define the product's build and fit.
Material and Build
The frame is made from ABS plastic, a polymer chosen for its structural properties. The source text specifically notes this material as "good material, not easy to bend," indicating a focus on durability and shape retention. This construction aims to provide a stable platform for the integrated LED light and high-quality lenses, which are described as contributing to a "visual field cleaning" effect for clearer sight during use.
Size and Practical Fit
The glasses have defined external dimensions of 14.5cm in width by 16.3cm in height. This provides a measurable footprint for the product. The weight is given as 140 grams for a single pair, offering an indication of heft. Additional weight figures of 41g and 110g are also present in the source data, relating to unspecified components. The frames are offered in two variants of transparent black, providing a colour choice for the user.
Uses and Placement

These glasses are designed for a specific primary function, but their integrated nature suggests utility in various settings where hands-free, directed light is beneficial alongside vision correction.
Event or Professional Use
The product's title mentions "Schedule Reading," which implies use in scenarios where reading is planned or occurs at specific times, such as during study sessions, detailed hobby work like model building, or in low-light professional environments where manual tasks require both illumination and magnification. The USB power source makes them suitable for desk-based or stationary use near a computer, power bank, or wall adapter.
Everyday Home Use
At home, these glasses can be used for evening reading in bed without disturbing a partner with a bright bedside lamp, for working on puzzles or crafts, or for reading instructions or small print on appliances. The integrated light provides a direct, focused beam onto the reading material, which can be more efficient than ambient room lighting.
Benefits and Buying Value

The value of this product lies in its combination of functions, its specified material properties, and the convenience it offers for its intended use case.
Reuse and Low Maintenance
As a durable good, the glasses are designed for repeated use. The ABS plastic construction's noted resistance to bending suggests a product meant to withstand regular handling without deforming. The USB-rechargeable or powered LED light offers a long-lasting illumination source compared to battery-powered options, assuming proper care is taken with the electronics and connection points.
Why Choose This Product
This product is a practical choice for users who frequently engage in scheduled reading or close-up work and struggle with inadequate lighting. It consolidates two items—reading glasses and a light—into one. The concrete specifications of ABS material, transparent black colour, 14.5cm x 16.3cm size, and 140g weight provide clear, factual differentiators for comparison. It offers a targeted solution based on these stated features.


