High-precision auto lensmeter engineered for fast, accurate and consistent optical measurement.
The CLM-1300P is an advanced automatic lensmeter designed to measure single vision, bifocal and progressive lenses with high accuracy. Its bright display, fast processing and stable optical system make it ideal for optical clinics and refraction centres.
The CLM-1300P Auto Lensmeter combines refined digital optics with intelligent detection technology to deliver accurate measurement of a wide range of prescription lenses. It provides reliable readings for sphere, cylinder, axis, prism and UV transmittance with excellent repeatability.
The device supports automatic lens recognition and offers detailed progressive lens analysis with clear mapping. Its high-resolution display, ergonomic design and streamlined user interface ensure smooth workflow in busy clinical environments.
Built for long-term durability and daily use, the CLM-1300P enhances prescription verification, lens quality assessment and optical dispensing accuracy.
Measurement of prescription eyeglass lenses
Evaluation of single vision, bifocal and progressive lenses
UV transmittance testing
Prescription verification before dispensing
Optical workshop and laboratory quality control
High-accuracy digital measurement with excellent repeatability
Automatic lens detection improves workflow efficiency
Supports all major lens types including progressives
Bright and clear display for easy interpretation
Stable optical system minimises user-dependent error
1. What lens types can the CLM-1300P measure?
It measures single vision, bifocal and progressive lenses, as well as UV transmission.
2. Does it offer progressive lens mapping?
Yes, the device provides detailed progressive analysis for accurate verification.
3. Is the CLM-1300P easy to use?
Yes, it features a simple and intuitive interface.
4. Suitable for high-volume optical practices?
Yes, its fast measurement capabilities support busy refraction environments.
5. Can it verify prescriptions before dispensing?
Yes, it delivers precise and stable results suitable for verification.
