Lenses and Objectives

We offer a range of special optical systems, from single best form lenses and achromatic doublets for high-power and femtosecond lasers, to apochromats and camera objectives designed for the UV range. All lenses can be supplied with antireflection coatings upon request. We can also customize lens holders and mechanical interfaces to meet your specific requirements.

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Lenses and Objectives available from our catalogue

Below you can find the Lenses and Objectives available as catalog items. Click on the respective logos to visit the catalogue pages and explore the products. You can also use the feature filter to identify the type of Lenses and Objectives best suited for your application.

Here we show the Lenses and Objectives which are available as catalogue items. It does not claim to provide a complete system from which most optical setups can be realized. It is restricted to a variety of high quality parts which simplify the usage of the optical parts manufactured by us. Please click on the different logos to visit the catalogue article sites and check out the different products. You can use the feature filter to check which type of Lenses and Objectives suits your application.

Features
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Best Form Lenses

Narrowband

UV-IR High Internal Transmission

High Power

Laser Applications

Achromatic Focussing Lenses

High Power

VIS-IR Achromatic

Laser Applications

Diffraction Limited

Diverging Objectives for High Powers

Laser Applications

VIS-IR Achromatic

Polychromatic Lenses for UV, VIS and IR

Diffraction Limited

Suited for Raman Spectroscopy

Laser Applications

UV-IR High Internal Transmission

Narrowband

Achromatic Lenses for fs-Pulses

Laser Applications

Short Pulses

Aperture up to 60 mm

UV-VIS-IR Apochromats

Aperture up to 60 mm

Diffraction Limited

UV–IR Achromatic

UV-IR High Internal Transmission

Objectives for UV Cameras

Aperture up to 60 mm

Imaging Applications

UV–IR Achromatic

UV-IR High Internal Transmission

Scientific publications that reference to our Lenses and Objectives

Here you will find a selection of scientific papers in which our Lenses and Objectives have been used. The logos represent the various areas of application in which these can be utilized. You can use the two buttons to access either the publication or the corresponding product.

UV camera lens

Energy and Combustion Imaging

OUC 2.50

Optical characterization of methanol compression-ignition combustion in a heavy-duty engine

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UV camera lens

Energy and Combustion Imaging

OUC 2.50

Combustion improvement and pollutants reduction with diesel-gasoline blends by means of a highly tunable laser plasma induced ignition system

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best form lenses

Spectroscopy

OBS

Photoinduced dynamics in photocatalysis

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UV camera lens

Energy and Combustion Imaging

OUC 2.32

Nitric oxide laser-induced fluorescence using the fifth harmonic of a broad-band Nd: YAG laser

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UV camera lens

Energy and Combustion Imaging

OUC 2.50

Study of Ultra-low Emissions Diesel Combustion Systems by Synergetic Application of 3D-CFD and Single-Cylinder Engine

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UV camera lens

Energy and Combustion Imaging

OUC 2.50

Mixture formation and combustion process analysis of an innovative diesel piston bowl design through the synergetic application of numerical and optical techniques

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UV camera lens

Energy and Combustion Imaging

OUC 2.50

Comparison of the Diffusive Flame Structure for Dodecane and OMEX Fuels for Conditions of Spray A of the ECN

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UV camera lens

Energy and Combustion Imaging

OUC 2.50

Spectroscopy on the verge of soot formation

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UV camera lens

Energy and Combustion Imaging

OUC 2.50

Experimental study of influence of Liquefied Petroleum Gas addition in Hydrotreated Vegetable Oil fuel on ignition delay, flame lift off length and soot emission under …

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UV apochromat

Energy and Combustion Imaging

OUV

Development of Abel's inversion method to extract radially resolved optical emission maps from spectral data cubes collected via push-broom hyperspectral imaging with sub-pixel shifting sampling

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UV camera lens

Energy and Combustion Imaging

OUC 2.50

On the influence of wall distance and geometry for high-pressure n-dodecane spray flames in a constant-volume chamber

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UV camera lens

Energy and Combustion Imaging

OUC

Investigation of High-Pressure Ignition Phenomena of CO2-Diluted Syngas in Shock Tubes

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UV camera lens

Energy and Combustion Imaging

OUC 2.50

Effect of a novel piston geometry on the combustion process of a light-duty compression ignition engine: An optical analysis

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UV camera lens

Energy and Combustion Imaging

OUC 2.50

Experimental study of the influence of gasoline–diesel blends on the combustion process and soot formation under diesel engine-like conditions

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UV camera lens

Energy and Combustion Imaging

OUC 2.50

Holistic analysis of a gliding arc discharge using 3D tomography and single-shot fluorescence lifetime imaging

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UV camera lens

Energy and Combustion Imaging

OUC 2.50

Characterization of the oxymethylene ether fuels flame structure for ECN Spray A and Spray D nozzles

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