Vision Engineering has launched cost-effective SX stereo zoom microscopes ideal for crucial printed circuit board (PCB) inspections because the microscopes are designed with fine optics and allow a broad range of magnification. The ranges include SX25, SX45, SX80, and SX100.
Stereo Zoom Microscope
The basic-level SX-25 binocular microscope has a standard magnifying range of about x10-x45 with a focusing distance ranging from 97mm to 180mm. It has better optics quality and is suitable for flat area imaging and to deliver high-resolution images. This model is apt for regular life science and commercial applications.
The SX45 Greenough stereo microscope offers high resolution stereo viewing with a focusing distance of 115mm up to 220mm for manipulation, examination, and assembly, activities. This compact design offers a standard magnifying range of x8-x50. On the other hand, the SX45 trinocular microscope is equipped with a head option that can be fixed to a video or digital camera to make use of its image capturing tendency.
SX80 trinocular microscope enables rapid and precise view of all objects with a standard magnification range of about x8-x64. This offers better image clarity and contrast of stereo images with a standard focusing distance of 78mm up to 130mm. The SX80 is compact and has a modular design enabling adding of accessories to its configuration. This microscope has a photo tube option that is modular and can be fixed to a video or digital camera for using its image capturing abilities.
SX100 trinocular microscope has a standard magnification range of x8-x80 with a focusing distance of up to 78mm to 130mm that ensures better performance in stereo magnification during long distance workings. This microscope enables fine and accurate focusing of greater magnifications and critical inspections that permit users to change easily from object manipulation to enlarged examining activity. The SX100 with modular systems is suitable for several applications. This design has a distinctive photo tube option and can be fixed to a video or digital camera for using its image capturing tendency.