#Fastrawviewer contrast edges full#
#Fastrawviewer contrast edges free#

Separate images were selected for center, edge, and corner if needed. The sharpest frame was then chosen using Photoshop at 100% actual pixel view. Test images were taken in a stack in 1 Вµm steps. Vertical stand: Nikon MM-11 with a Nikon focus block

#Fastrawviewer contrast edges full#

3.73 Вµm micron sensor pitch, 35 mm full frame 9504 x 6336, 60 MP), APS-C, 6240 x 4160, 26 MPДЇlash: Godox TT350s wireless flash x 2 with one Godox X1s 2.4G wireless flash transmitter Notes: Effective magnification = Nominal magnification * (New tube lens focal length / System tube lens focal length).Д¬amera: Sony О±7R IV, model ILCE-7RM4, also known as: A7R4 Tube lens: Century Precision Optics +4 250mm (228mm actual FL) Qioptiq mag.x 8x/0.32 LD Plan APO Objective Since the two objectives use a different system tube lens focal lengths, 200 vs 250, matching magnification exactly wasnвЂ™t possible. Price and availability:В As of Jan 2018, $15,767.29 retail and a 16-17 week delivery. Size: XL, 106mm length x 55mm diameter, for scale the Mitutoyo M Plan 7.5x is 60 x 32mm.

#Fastrawviewer contrast edges free#

Lens correction:В compensation free system, no eyepiece or tube lens aberration compensation is needed.Д¬ountry of origin:В lens is made in Germany An infinity-corrected optical system consists of two parts вЂ“ the objective and the tube lens system. Tube Lens:В 250mm system tube lens for a 1x magnification factor. Judging by the tests IвЂ™ve run, a proper 250mm or longer focal length tube lens, like the standard mag.x tube lens, will cover a 43mm diagonal full frame sensor. See the test samples in next section on full frame coverage. With a less than ideal 240mm process lens, it will cover a full frame sensor to about 95% of the way to the extreme far corners.

On a 180mm Componon-S lens, the image circle covers APS-C sensor perfectly with a 28 mm diagonal. I have not tested the factory 250mm tube lens. Adapters are easy to find on RafCamera and Ebay.Д¬overage:В image circle diameter depends on the tube lens focal length. Resolution:В The resolving power of this objective is rated at 2 Вµm down to 0.7 Вµm (micron) depending on tube lens used. Typically an apochromat is corrected from G-line to C-line, thatвЂ™s blue to red, including green, yellow and orange. This is origin of the mag.x system 125 system name.Д¬hromatic Correction:В apochromat over the entire visible spectrum, 420-740nm. The nominal aperture is f/1.38 and the effective aperture is f/12.5 at 8x Objective type:В High-end Industrial inspection systems for Flat-panel display (FPD), Printed circuit board (PCB), and Semiconductor inspection. Official name:В mag.x LD Plan Apo 8x /0.32 objective lens QIOPTIQ MAG.X LD PLAN APO 8X SPECIFICATIONS I do not show any ads, use affiliate links, neither to I take commission from content on this site. The content on this site is created in my free time to help my photomacrography community and my friends. The expenses incurred with this loan were just under $400 USD, including $68 in Fedex importation customs paperwork fees, and $295 for Fedex international express shipping + insurance for the trip back to Qioptiq HQ in Bavaria. HQ graciously agreed to provide us with a demo mag.x lens for one month, later extending the loan to 6 weeks after being stuck in US customs for 5 days before arriving safely via Fedex.

Special thanks to Stephen C., Chris S., and Qioptiq for making this test possible. The mag.x 5x performs at the highest image quality level that IвЂ™ve ever seen out of any objective, far above the image quality level of a Nikon Plan APO or Mitutoyo M Plan APO! The mag.x 5x was tested here on in 2017, see this link for the full test. See the bottom of this page for links to the Qioptiq website for more information on the System 125 inspection system. The mag.x System 125 is fully modular and designed for sub-micron imaging with closed-loop autofocus inspection and measurement applications, like semiconductor, flat-panel display (TFT & OLED), printed circuit boards (PCB), micro measurement & metrology, MEMS & nanotechnology, fluorescence microscopy, digital pathology and more.