Product Announcements:
Dimensional Instruments

The Qualifire™ is our most adaptable interferometer yet. It combines technical advancements and usability improvements with new features to provide top-end, flexible solutions. Read more...

Global Supplier of ULTRA-PRECISION Gage Comparators to the Manufacturing Industry Read more...

Global Supplier of ULTRA-PRECISION Metrology Instruments to the Aerospace Industry Read more...

Hypersen Chromatic Confocal Sensor is a non-contact displacement sensor that measure object’s thickness, flatness, distance/surface height and displacement at sub-micron level. Compared with conventional laser displacement sensor, this sensor performs much better when inspect transparent and highly-reflective objects, such as glass, display, lens, metal, PCB, chip, plastics, etc. Read more...

Zaber is ready to support system integrators and OEM device manufacturers pushing the boundaries of optical microscopy-based devices with customized modules. Zaber has the capabilities and experience to support you as you progress from R&D into scaling up volume production. Read more...

It is a high-precision optical calibration sensor. It can achieve absolute position correction and zero reset along two dimensions in the sensor plane, and has good impact resistance and durability. It can be applied in Automotive/ Logistics industry. Read more...

Build a custom microscope to capture data as fast as you need. Watch a Nucleus microscope scans a microplate within an astounding 3.8 seconds. Get step-by-step instructions. Read more...

NEW Automated Fluorescence Microscopy Platform & Subsystems For Cellular Imaging
The Nucleus™ platform offers hardware modules and software tools for building custom microscopes. Boost productivity and walk-away time with multiple XY stage options Read more...

Join Zygo metrology software experts to discuss how you can make the most out of your measurements.

For decades, Zygo's Mx software and our non-contact optical products have set the standard for providing trusted measurements, guiding users from data acquisition to analysis with interactive 3D maps, quantitative topography data, intuitive navigation, and built-in statistical proce... Read more...

To acquire a sharp image from a microscope, the sample has to be in focus. Learn how to leverage the power of a motorized focus axis by using OpenCV to automatically discover a good position in fewer than 100 lines of Python code. This allows you to obtain sharp images from your microscope without human intervention, even as slides are moved and objectives are switched out. Read more...