Manufacturers within life science and medical industries require 100% data integrity and extremely reliable components that are small enough fit into their machines. From reading labels on specimen tubes or directly marked surgical instruments, to automated presence/absence detection of microtiter plates, manufacturers depend on the highest levels of performance and flexibility, with minimal integration effort.
Our products feature the latest barcode reading technology for decoding both linear barcodes and 2D symbols, such as Data Matrix. Specialty readers are available for tight spaces, high-speed reading and symbol reconstruction.
We offer a variety of offline and inline verification solutions that include camera, software and precision illumination specifically designed for the verification of 1D/2D codes to industry standards.
Microscan machine vision solutions provide precision product inspection to ensure quality and accuracy. Our products include machine vision software, smart cameras, and complete inspection systems.
Microscan offers a wide range of verification solutions to meet industry standards including:
Are you a beginner looking to learn more about barcode quality, or already have some experience under your belt, but are in need of a quick overview of barcode quality 101? We've put together an e-book for you where you can find the basics needed to understand how to read, monitor and verify barcodes.
The FDA established a unique device identification (UDI) system to identify and trace medical devices throughout their distribution and use. As part of this mandate, labels on medical devices must contain a UDI code in human- and machine-readable form.
ISW GmbH, Microscan Vision Select Partner, designed a turnkey hardware/software solution for the pharmaceutical industry to specifically ensure accurate dimensions and fill levels of ampoules in production, using machine vision inspection with Microscan high-performance Gigabit Ethernet (GigE) cameras to replace error-prone manual quality control processes.