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What effect has the OMC200 Deluxe optical design on the image quality? It enables a reflecting telescope to be as close as possible to a refractor’s performance in terms of MTF (modular Transfer Function) MTF is the data which determines how much low contrast detail can be seen in an image, e.g. faint bands on Jupiter. Telescopes with MTF curves which are less effective than the OMC200 reduce the amount of detail visible in an image.
MTF has nothing to do with PV wavefront accuracy, that can be measured on a Zygo for instance, MTF is far more difficult to measure but, the MTF plot of the OMC200 and the PV wavefront results guarantee you an incredible journey into the best planetary and lunar imaging and observing you might possibly ever see in a telescope.
Spot diagram of OMC200 Deluxe.
The security of your purchase: Q-certified
We often hear users are not sure about purchasing: is the telescope collimated? Has the operation been verified? Does the focuser work?
For this reason, we have developed Q-certified, a comprehensive control system that we work out in our laboratory prior to shipment and delivery of the product you ordered. In fact, before delivering the OrionOpticsUK telescope, we test the collimation and the perfect functioning of all mechanical components.
In addition, we pay much attention and care to shipping, carrying a sturdy packaging and giving it to the courier service. We want to be sure that you will receive your new OrionOpticsUK not only in the shortest possible time but also with utmost care.
OrionOpticsUK OMC200 Deluxe telescope - scope of delivery:
- Reflector OMC200 Deluxe optical tube (D: 200mm F:4000mm f/20)
- Carbon fiber tube
- Internal focuser with 31,8mm adapter
- 1/8PV corrected mirror
- Support rings
|Optical Design||Modified Maksutov Cassegrain|
|Optics||Primario ellissoidale, secondario sferico, con menisco|
|Focal Length (mm)||4000|
|Field flattener/corrector||Not included (optional)|
|Focuser||Interno (spostamento del primario)|