Description

LE-320P Auto Lens Edger

The LE-320P Auto Lens Edger is an advanced optical edging machine designed for accurate and efficient lens processing in optical laboratories and vision care centers. This professional optical equipment delivers precise lens edging performance for different lens materials, including CR, glass, and PC lenses. Moreover, the machine supports smooth operation and reliable finishing for modern optical applications.

One of the major advantages of the LE-320P Auto Lens Edger is its automatic emendation system. This advanced feature performs automatic correction when the machine starts, which helps maintain uniform lens size on both the left and right sides. As a result, the system improves edging precision and ensures consistent lens finishing quality during operation.

The machine supports multiple processing types, including pointy edges, flat band processing, bevel edging, and polishing. Furthermore, the advanced diamond wheel system improves cutting accuracy and enhances lens finishing performance. The equipment includes a PC wheel measuring 100×16, a glass wheel measuring 100×14, a V-groove wheel measuring 100×23, and a polishing wheel measuring 100×11 for professional optical processing.

The LE-320P Auto Lens Edger supports an available lens range from 22 mm to 100 mm. In addition, the machine offers an adjustable measurement range of -6.0 mm to +6.0 mm with 0.05 mm precision. Therefore, optical professionals can process different lens sizes accurately and efficiently.

Manufactured with durable materials, the LE-320P features a compact design with dimensions of 510(L) × 490(W) × 400(H) mm. Moreover, the machine operates on AC 220V ±10% with 50Hz frequency and consumes 500W power for stable performance. The total machine weight is approximately 49–50 kg, which ensures durability and vibration-free operation.

Because of its advanced technology, automatic correction system, and reliable performance, the LE-320P Auto Lens Edger is an ideal solution for professional optical lens processing applications.

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