Used SEIKO / EPSON EB-G7100 #293617172 for sale

SEIKO / EPSON EB-G7100 optical comparator is a high-precision measurement instrument designed for characterizing and measuring the various physical characteristics of various kinds of engineering components and materials. On the surface of its collection unit, SEIKO EB-G7100 offers a digitally controlled scale and cross slide with an accuracy of 0.8 microns, allowing precise measurements between 0 and 200 mm with accuracy levels of 30 microns or better. EPSON EB-G7100 features a high-resolution LCD display offering crisp, clear images with 20 times magnification. The built-in timer also provides precise measurements and an automatic motorized heightens the accuracy of measurements even further. This motorized component allows for automated movement of the cross slide and the horizontal axis of the instrument, adjusting for things like air density and temperature changes to ensure data accuracy. Additionally, EB-G7100 provides its users with a large selection of dedicated attachments and accessories to meet a variety of application requirements. These attachments and accessories include: a friction drive assembly for stage indexing, a removable rectangular stage (RRS) enabling measurements of up to 200x200mm, and a Z-axis adjustable micro-count mechanism allowing extremely accurate measuring capabilities. SEIKO / EPSON EB-G7100 is extremely durable and can withstand a variety of environmental conditions, such as temperature alterations, variations in illumination, and environmental vibration. Its heavy-duty aluminum body also provides great shielding against electric and magnetic interference. Its construction also ensures vibration-resistant and trouble-free performance in a range of environments. SEIKO EB-G7100 is an incredibly reliable and precise optical comparator ideal for characterizing and measuring a variety of engineering components and materials. With its motorized component and removable rectangular stage, EPSON EB-G7100 provides the highest level of accuracy, robustness, and reliability for its user's measurement and testing needs.