Fast, accurate and intelligent lens measurement for modern optical practices.
The Tomey Automated Lensmeter TL-3000C is a precision digital lensmeter designed for quick and reliable measurement of single vision, bifocal and progressive lenses. It offers automatic detection, a clear display and high accuracy suitable for busy optical clinics and retail stores.
The Tomey Automated Lensmeter TL-3000C is engineered to provide efficient lens verification with enhanced accuracy and ease of use. Its advanced optical system ensures precise measurement of sphere, cylinder, axis, prism and addition power. With automatic lens recognition and alignment support, the TL-3000C reduces operator effort and improves workflow speed.
The device features a bright and clear touchscreen display that presents readings in an easy to understand format. It is suitable for a wide range of lens materials, including high index, polycarbonate and progressive designs. The TL-3000C also supports UV transmittance evaluation, making it useful for assessing protective eyewear.
Its compact design allows smooth integration into clinical setups, optical shops and finishing labs. Built for consistency and reliability, the TL-3000C ensures accurate results with every measurement.
Measurement of single vision, bifocal and progressive lenses
Prescription verification before dispensing eyewear
Lens power measurement in clinical and retail environments
UV transmission testing for protective eyewear
Prism and addition power evaluation
High precision digital measurement system
Automatic lens recognition and alignment
Clear and bright display for easy readability
Supports all standard lens types and materials
UV transmission testing included
1. Can the TL-3000C measure progressive lenses?
Yes, it provides accurate readings for progressive, bifocal and single vision lenses.
2. Does it support UV testing?
Yes, it includes UV transmittance evaluation.
3. Is it user friendly for beginners?
Yes, the automatic detection features and simple display make it easy to operate.
4. What parameters can it measure?
Sphere, cylinder, axis, prism and addition power.
5. Is it suitable for optical labs?
Yes, its accuracy and consistency make it ideal for lab and clinical use.
