hyhilt.blogg.se - Ogp smartscope flash 302 manual

#Ogp smartscope flash 302 manual manual
#Ogp smartscope flash 302 manual full
#Ogp smartscope flash 302 manual software

#Ogp smartscope flash 302 manual manual

As a camera based system, optics can be tested in the near IR, which is not possible with manual systems.

Wells Research OS210B Optical Test Bench: Focal length (EFL/BFL) and/or image quality (MTF) are often what counts most in an optical system, and the autofocus feature both reduces variation and allows a quick assessment of any astigmatism.

OGP Flash 302: With a camera and touch probe, this multi-sensor CMM is a daily staple for measuring the size and location of mechanical features, including non-contact measurement of step heights.

Mitutoyo Bright 504 CMM: For more exotic freeform surfaces, off-axis aspheres, or to assess an optic’s 3D location error we use our touch probe CMM and measure directly against a 3D CAD model.

Zeiss Surfcom 3000A: Our contact profilometer is a workhorse used to measure aspheres and equation driven freeforms on molded and diamond turned plastic optics.

This supports scan speeds up to 200 points per second while allowing two measuring volumes, 500 x 500 x 500 millimeters and 500 x 700 x 500 millimeters.

Zeiss Micura CMM equipped with VAST XT Gold Sensor: Our latest addition to the line-up offers active, high-speed scanning with accuracy of less than one micrometer.

#Ogp smartscope flash 302 manual software

The reporting using Zygo Mx™ software enhances the reliability and serviceability of our lab. Zygo Verifire™ XPZ Interferometer: The Zygo system is used to measure spherical and flat surfaces featuring a high-resolution camera and digital electronics that can resolve more fringes than ever before.It allows us to measure surface roughness (Ra/Rq), step heights (diffractives) and other micro-features on optical surfaces. Bruker ® Contour GT-K1 3D Optical Microscope: This instrument employs phase shifting and vertical scanning white light interferometry technology.

#Ogp smartscope flash 302 manual full

To support the above process, our metrology lab has a full suite of inspection equipment to ensure all parts are fully characterized: Once a part reaches production, the metrology team provides continuous feedback to our production specialists, in turn protecting our clients against project downtime. These features are then scrutinized during the development phase to guarantee that the manufacturing process is capable of consistently meeting the requirements in the future.

Once the critical to function attributes are recognized, a quality plan is developed that specifies which features are measured, how often, on how many samples, and by what equipment. GS Plastic Optics places heavy emphasis on quality and has developed a highly trained quality team that works with each client to understand the key performance metrics for the optic being produced. Our metrology lab’s high level of service protects you against project downtime by assuring that all parts perform as needed once integrated into your system. Without it, there is no reasonable way to assess the precision of your optical components.

Optical metrology is an absolute requirement when manufacturing optics. Therefore, we test the molded optics to verify compliance with the required surface form-error and dimensional specifications. The optics that we create at GS Plastic Optics are key enabling components for our clients’ optical systems.