Advanced optical precision designed for smooth and accurate lens verification.
The Zeiss Electronic Lensometer Humphrey LA360 is a high performance digital lens measurement device built for fast, clear and consistent readings. It supports single vision, bifocal and progressive lenses with easy operation suited for optical clinics and labs.
The Zeiss Electronic Lensometer Humphrey LA360 is designed to deliver accurate and reliable measurement for a full range of prescription lenses. Its advanced optical system provides precise readings of sphere, cylinder, axis, prism and addition power. The device features a bright digital display and user friendly controls that make lens measurement simple and efficient.
The LA360 helps reduce manual effort through smooth lens alignment and stable focusing. It is suitable for progressive, bifocal and single vision lenses, offering consistent performance across routine clinic workflows and busy retail environments. The robust design ensures long term durability while maintaining high measurement accuracy.
With its clear optics, dependable operation and ergonomic layout, the LA360 supports professional lens verification, quality control and eyewear dispensing with confidence.
Measurement of single vision, bifocal and progressive lenses
Verification of prescription accuracy before dispensing
Lens power assessment for clinical and retail optical use
Prism measurement for specialized prescriptions
Quality control in lens manufacturing and finishing labs
Accurate digital optical measurement system
Clear display for easy and quick reading
Smooth and reliable alignment mechanism
Supports all standard lens types and materials
Durable structure suitable for long term use
1. Can the LA360 measure progressive lenses?
Yes, it can measure progressive, bifocal and single vision lenses.
2. Does it provide prism measurement?
Yes, the device offers precise prism evaluation.
3. Is the display easy to read?
Yes, the digital screen shows measurements clearly.
4. What lens parameters does it measure?
Sphere, cylinder, axis, prism and addition power.
5. Is it suitable for optical labs?
Yes, it provides stable and repeatable readings ideal for laboratory and clinical use.
