MillCert Reader Saves 10 Hours Monthly for Production Teams
User: Production Manager
Company: Midland Steel
Production Manger who leads a busy production line at Midland Steel, a rebar manufacturer who
have operations in Ireland, UK, and Norway. Their product range include Cut & Bend rebar, Mesh, Couplers, Accessories, Standard Prefabricated Rebar and their patented Modular Offsite reinforcement solution called FasterFix.
Like many in the industry, his team was spending countless hours manually extracting and renaming mill certificate documents—often entering long product codes line by line. It’s time-consuming, repetitive, and prone to human error.
That changed when they started using MillCert Reader on GoSmarter.ai.
“I logged in for the first time and was up and running in minutes. MillCert Reader now pulls all the key info—chemical composition, mechanical properties—automatically. What used to take hours every week is done in seconds.
Since adopting the tool, he has saved 10 hours a month, freeing them up to focus on more valuable production tasks. The instant document renaming feature has been particularly helpful in reducing errors and speeding up workflows.
Looking ahead, this Production Manager is excited about how MillCert Reader and other GoSmarter.ai tools that could help track materials more effectively and support the company’s sustainability goals.
“It’s not just about speed—it’s helping us work smarter”
To explore how MillCert Reader can support your operations, visit: gosmarter.ai.
FAQs
What is the broader impact of automated certificate management?
The 10 hours per month saving for Midland Steel’s production manager is the visible part of what MillCert Reader delivers. The invisible part is the reduction in error risk. Manual document renaming and data entry is not just slow — it is error-prone in ways that can have real consequences. A certificate that is filed under the wrong heat number, or where a chemical property has been mis-keyed, is a compliance risk and potentially a quality failure waiting to happen.
MillCert Reader eliminates that risk by extracting data directly from the certificate document rather than through human re-entry. The AI model has been trained on thousands of real mill certificates from mills across Europe and further afield — learning to read the format variations, poor scan quality, and non-standard layouts that make manual extraction so time-consuming.
Why production managers are the right users for this tool?
The production manager profiled in this case study is the ideal MillCert Reader user: technically capable enough to set up and use the tool independently, but not a data scientist or IT specialist. MillCert Reader was designed to be used by the person who actually needs the data — not delegated to an IT team or a specialised administrator.
The “up and running in minutes” experience reflects a deliberate design philosophy: GoSmarter tools should work immediately, with real data, for real users. If it takes hours of setup or extensive training to get value, the tool is not ready for production teams.
What comes next for MillCert Reader?
The production manager’s interest in using MillCert Reader to support material tracking and sustainability goals reflects the natural extension of the tool’s capabilities. Chemical composition data from mill certificates is the foundation for calculating the embodied carbon of steel — and for tracking material through production in a way that supports both quality traceability and environmental reporting.
GoSmarter continues to develop MillCert Reader based on feedback from production teams like Midland Steel’s, and the next phase of development focuses on exactly these sustainability and traceability applications.