Scienscope International announced today that E.M.I., one of the largest and most efficient OEM manufacturers in Southern California, has been relying on Scienscope’s latest X-ray component counters to improve the efficiency.
E.M.I. is currently in the process of purchasing another counter from Scienscope to strengthen their relationship with key customers. Being the most important OEM manufacturer for key customers, the real-time, transparent inventory communication is the key to guarantee lead time and accurate inventory. It also makes component tracing automatic.
“We have purchased three Scienscope AXC-800 component counters. These machines are accurate, affordable and easy to use,” commented C.M., President of E.M.I. “We are in the process of purchasing the latest model AXC-800 III, which includes the internal barcode reading. The overall savings over 18 months will definitely pay for the machine.”
Scienscope is debuting the next-generation desktop component counter at productronica, November 12-16, 2019 at the Messe in Munich, Germany. The next-gen machine features internal barcode scanning and MES integration.
According to Scienscope’s President and Chief Designer Eddy Lin, the latest component counter should be easier to use than a microwave and just as fast.
For more information, email Scienscope at email@example.com, call 1-800-216-1800, or visit www.scienscope.com.
Scienscope was founded in 1994 to meet the growing need for reliable and affordable general-purpose optical and video inspection solutions for the electronics and PCB industries. The company began with basic stereo zoom microscopes used for SMT inspection and rework of circuit boards and electromechanical assemblies with a commitment to quality, value and support. Over the past 25 years, Scienscope has evolved to become a complete inspection solution provider, offering both offline and inline X-Ray systems, Video coordinate measurement systems, Video inspection systems, and microscopes to meet a wide variety of applications and manufacturing quality requirements.