Ophthalmic Metrology

When developing optical test instruments for ophthalmology TRIOPTICS has relied on a broad experience in optical testing, optimization for mass production and in-house software development. All instruments are optimized for ophthalmic lenses and provide accurate and repeatable measuring results.

	Download OptiSpheric^® IOL PDF Brochure

	OptiSpheric^® PRO IOL
	low resolution / high resolution

	Download WaveMaster^® IOL PDF Brochure^®


	Download ImageMaster^® VISION PDF Brochure

OptiSpheric^® IOL
Characterization of intraocular lenses

The OptiSpheric^® IOL allows the measurement of all important parameters of intraocular lenses according to the EN/ISO 11979. For any type of lenses (monofocal, multifocal, toric) with any type of structure (refractive, diffractive) or materials (PMMA, foldable, hydrophilic). It measures in air or in situ the following parameters:

Effective focal length (EFL)
Power, add power, cylinder
Modulation Transfer Function (MTF)
Point Spread Function (PSF)
Cylinder axis
Radius of curvature
Back focal length (BFL)
Through focus scans
Relative transmission

WaveMaster^® IOL
Wavefront measurement of intraocular lenses

Real time wavefront measurement of intraocular lenses in air and in situ in compliance with ISO 11979
Measurement and analysis results: Dioptric power, aberrations, Zernike coefficients, power mapping, 2D Modulation Transfer Function (MTF), Effective Focal Length (EFL), Point Spread Function (PSF)
High accuracy (λ/20) and dynamic range (1500 λ) for wavefront measurement
Lens diameter 0.5 to 15 mm
Power range -100 to 100 D in model eye with model cornea, absolute accuracy 0.1 to 0.3%
Real time measurement (10 Hz) for wavefront, MTF and aberrations
Short measurement time of 5 sec for dioptric power

µPhase^®
Measuring contact and intraocular lenses

Interferometer for the surface profiling of contact and intraocular lenses, molding tools for ophthalmic lenses
High resolution camera (1000x1000 pixels)
Radius measurement
Small footprint

Further Information

ImageMaster^® VISION
Imaging quality evaluation of ophthalmic glasses

Imaging Quality Analysis in terms of Modulation Transfer Function (MTF) of eye glasses
Further parameters: Dioptric power, through focus MTF, line spread function, phase transfer function, astigmatism
Analysis of the measurement results: MTF vs. Spatial Frequency, MTF vs. Object Angle, MTF vs. Defocus
Flexible design enables different measurement settings
±40° adjustable arms for on-axis and off-axis MTF measurement
Object distances between 30 cm and infinity conjugate
Simulation of the accommodation and the adaption of the human eye
User friendly software offering a variety of measurement and analyzing tools