Best SPC Software in the UK

Shoplogix is a smart, scalable platform trusted by manufacturers worldwide for over 20 years. It transforms real-time machine and production data into actionable insights, helping teams uncover hidden losses and drive rapid ROI. Features include intuitive visual dashboards, integrated analytics, and real-time alerts for fast, informed decisions. Shoplogix connects to any machine type, tracking downtime, scrap, throughput, and setup stages. Operators and managers can quickly spot issues, launch action plans, and improve efficiency on the fly. With built-in continuous improvement tools and seamless scaling from one line to multi-plant operations, Shoplogix empowers your team to eliminate bottlenecks, boost OEE, and achieve lasting operational excellence.

QDM SPC Platform gives you access to your quality information from anywhere, at any time, instantly. Automate your quality collection and start reducing your costs with real-time monitoring and powerful SPC tools. --- Automate inspection data collection --- Hardware agnostic - use any inspection device --- Monitor product quality in real-time --- Instant SPC reports with trend charts, run charts, and dozens of other SPC chart types --- Create custom reports with any data set based on time, machine, location, operator --- Standardize your quality data regardless of the source --- Connect suppliers to allow them to see their quality and fix problems before shipping --- Use Dashboards to see your quality across all plants and suppliers --- Start small or large and grow the QMS Quality Management System as you need it by adding modules and clients Join dozens of other companies and upgrade your quality to reduce costs and get a hold of your manufacturing quality.

Based on 40+ years experience and thousands of customers DataLyzer developed the 4th generation SPC software. SPC Qualis is a webbased statistical process control (SPC) software that simplifies the tasks of real-time data collection, charting, and analysis. Designed with the functions of manufacturing businesses in mind, DataLyzer Qualis provides powerful analysis, reports and dashboards; supports efficient data collection from any source; delivers programmable shop floor screens; and more. The solution also offers instant operator feedback, real-time data entry for both variable and attribute data, and audit traceability for IATF16949, RM13006 and ISO compliance. SPC Qualis integrates with Qualis Gage management for calibration and MSA and with DataLyzer FMEA software offering a complete APQP suite.

WinSPC is a real-time statistical process control application that helps manufacturers create the highest quality product for the lowest possible cost -- collecting and analyzing real-time shop-floor data from virtually any source. Dashboards combine real-time statistics, charts, and events into grids to summarize current plant or line performance. WinSPC empowers monitoring. Detect process change and deliver actionable intelligence. WinSPC real-time control charts on the shop floor, enable anyone to immediately detect and process issues. Close the quality loop from "detection-to-correction" with built-in triggers that alert, or take action for you, when violations occur. Experiment, visualize and reveal more about any variable or relationship using the one-click variable analyzer. Quickly create, publish, and share quality reports throughout your organization using a graphical report builder with dozens of standard report templates.

SPC are the initials of “ Statistical Process Control ”. This is statistical process control or Statistical Process Control (SPM) in French. This technique experienced a very important boom in the mid-1980s in the American automobile industry. The main objective of the SPC is, thanks to the quality control of the continuous production and by sampling, to reduce the scrap or rework rates , in anticipation of the non-quality. SPC software enables real-time analysis of your processes and alerts you when control limits are exceeded. © Infodream. Among the alerts, we will in particular detect overruns of control limits (which are tighter than the tolerance limits ) and drifts that demonstrate that a process is deteriorating. We see that we will then be able to react to the manufacturing process before manufacturing non-conforming parts. This technique is applicable to any manufacturing process, whether we manufacture small or large series, whether we do 100% control or sample control.