Microscope-based Measuring System

Related Suppliers

Quick Scope, the non-contacting, microscope-based measuring system, is available in two configurations: the easy-to-operate, manual QS-E (economy) system and the CNC/manual (motor-driven) QS system. With their compact footprint design, each offers improvements in accuracy and throughput as compared to conventional microscope-based measuring when performing complex measurements for prototyping or lower volume batch work.

Ideal for observation/measurement of single workpieces, the QS-E is said to be economical, with a 0.1µm resolution, 6” (150 mm) Z-axis range and variable magnification (adjusted by changing objectives). It comes standard with co-axial surface illumination and contour stage illumination while fiber optic ring lighting is an option. Part programs can be created in Windows-based QSPAK software, while graphic and navigation functions are said to allow for quick maneuvering around the workpiece.

Compared to a traditional microscope, the CNC-driven QS model can increase throughput, according to the company. For example, typical lead frames are measured in less than one-sixth the time and PCBs in about one-tenth the time.  QSPAK software provides the this model with zoom, auto-focus, measurement playback, one-click edge detection, graphic display, 48 different macros and a pattern matching function for several common part features. The X, Y stage can be controlled by a mouse or through the optional multi-function control box.


Editor Pick

Additive System Designed for Serialized Production

Designed and engineered with serialized production in mind, the RenAM 500M additive manufacturing system builds complex metallic components directly from CAD using metal powder bed fusion technology.