Collimators

A collimator is a projector that images a reticle at a specific distance. Usually, imaging to infinity occurs at the wavelength 525 nm, but adjustment to finite distances or other wavelengths are also common and possible. Collimators are used in conjunction with test telescopes for angle measurement and angle adjustment.
Type K

Type K

Möller-Wedel Optical offers collimators with different focal lengths and diameters.

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Type K SW

Type K SW

A collimator with a reticle turret provides 6 selectable collimator reticles. The reticle turret allows a quick change of reticles for different measurement tasks.

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Type K MD

Type K MD

Collimators with double micrometer allow the setting of defined image angles in two directions. The movement of the reticle in x- and y-direction in the focal plane is measured with measuring drums. The scale division is 5 micrometer.

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Type KV - Focusable

Type KV - Focusable

We offer collimators with adjustable focus setting with different focal lengths, diameters and adjustment ranges.

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Type KV MD - Focusable

Type KV MD - Focusable

Adjustable focus collimators with double micrometer allow the setting of defined field angles in two directions. The lateral movement of the reticle in x- and y-direction in the focal plane is measured with micrometer drums. The scale division is 5 micrometer. The distance between reticle and objective is adjustable.

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Type KV SW - Focusable

Type KV SW - Focusable

Adjustable focus collimators with reticle turret provide 6 selectable reticles. The reticle turret allows a quick change of reticles for different measurement tasks. The distance between reticles and objective is adjustable.

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Type KM - Motorized Collimators

Type KM - Motorized Collimators

The collimators are designed for active alignment of cameras for the automotive industry. As standard, the collimators are equipped with a reticle for MTF measurement (transparent crosshair on dark background, slit width 10 µm). There are 4 different focal lengths to choose from. These allow an ideal adaptation of the achievable image distances to the optics to be tested.

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