Description

QMX-3 5-Axis Optical Lens Edger

QMX-3 5-Axis Optical Lens Edger delivers precision, speed, and reliability for modern optical laboratories and eyewear workshops. Engineered with advanced 5-axis technology, this fully automatic edger ensures exceptional accuracy in cutting, beveling, grooving, and polishing lenses of various materials — including CR-39, high-index, polycarbonate, and Trivex.

Designed for professional opticians and lab technicians, the QMX-3 combines intelligent software, ergonomic design, and durable components to streamline your lens finishing process. Its high-speed spindle motor and adaptive lens-tracing system guarantee a perfect fit for every frame — from full-rim to rimless and wrap-around styles.

Key Features:

• ⚙️ 5-Axis Precision Control – Delivers highly accurate lens edging and bevel placement for all frame types.

• Smart Digital Interface – Intuitive touchscreen operation with programmable settings for various lens materials.

• Automatic Lens Centering & Tracing – Built-in 3D tracing ensures consistent shape and alignment.

• Multi-Material Compatibility – Handles CR-39, Trivex, polycarbonate, and high-index lenses with ease.

• Low Noise & Smooth Operation – Quiet cutting and polishing for an enhanced work environment.

• Data Connectivity – Supports USB data transfer and network connectivity for workflow integration.

• ️ Compact & Durable Design – Built for continuous, high-volume optical lab use.

Applications:

• Optical workshops

• Eyewear manufacturing

• Ophthalmic laboratories

• Retail optician stores with in-house edging

Technical Highlights:

• Axis system: 5-Axis precision motorized control

• Display: 10” touch LCD panel

• Bevel options: automatic / manual / hybrid

• Power: AC 220V / 50–60Hz

• Dimensions: Compact benchtop design

Why Choose the QMX-3:

The QMX-3 5-Axis Optical Lens Edger simplifies your workflow, improves lens fitting accuracy, and reduces waste. With robust construction and smart automation, it’s the ideal choice for professionals seeking cutting-edge optical finishing performance.