Manufacturing businesses do not struggle because their people lack knowledge or effort. They struggle because their systems cannot deliver the real-time operational picture that good decisions require.
Micraft builds the software layer that closes that gap — from shop floor execution to warehouse operations to compliance management — configured for how manufacturing actually runs.
Every manufacturer running an ERP has the same experience. The system has the production plan. It knows what should be happening. What it cannot tell you is what is actually happening — right now, on the floor, machine by machine, shift by shift.
Downtime happens and gets recorded at the end of the shift — if it gets recorded accurately at all. A quality issue surfaces at final inspection when it should have been caught inline at the operation where it originated. OEE numbers are calculated from data that was manually entered by someone who was also trying to run a production line. Inventory figures show what the system was last updated to reflect, not what is physically in the warehouse today.
The decisions that manufacturing managers make every day — scheduling, maintenance prioritisation, quality intervention, procurement — are made on information that is already outdated. The cost of that gap compounds across every shift, every week, every quarter.
Micraft is built to close it.
Production data captured manually or reported with a delay. Managers discover what happened on the floor after the shift is over. Bottlenecks, stoppages, and quality failures are identified too late to act on them during the shift.
Micraft MES captures live data directly from machines, operators, and production processes. Every work order tracked in real time. Every machine's availability, performance, and quality measured continuously. Downtime reasons recorded at source by the operator the moment a stoppage happens.
Overall Equipment Effectiveness tracked weekly or monthly from manually compiled data that nobody fully trusts. Losses identified in retrospect. Improvement initiatives start from a baseline that is already out of date.
OEE measured continuously — availability, performance, and quality — at the machine and line level, in real time. Losses are visible as they occur. The data that drives improvement is current, accurate, and granular enough to act on.
Quality checks happening at the end of the line — after the defect has already been produced across an entire batch. Traceability compiled manually when a customer complaint or regulatory inspection requires it.
Inline quality inspection at defined checkpoints during production — not only at the end. Defects flagged and recorded at the operation where they occurred. Every unit traceable forward and backward — raw material batch, production date, machine, operator, quality result.
Calibration managed in spreadsheets or paper logs. Due dates missed because a reminder was not set. Certificates stored in folders no one can find during an audit.
PrecisionCAL automates calibration scheduling, sends alerts before due dates, stores certificates digitally against each instrument record, and generates a complete audit trail automatically. Includes MSA and Gage R&R studies for measurement system validation.
SOPs, work instructions, and quality documents stored in shared drives with no version control. Operators working from outdated documents because nobody distributed the updated version.
DoxCraft manages the complete document lifecycle — creation, review, approval, version control, distribution, and archival — with configurable approval workflows, digital signatures, and a complete audit trail per document.
Raw material stock levels that do not reflect what is actually on the floor. Finished goods figures that lag behind production output. Procurement decisions made on inventory data that was last physically verified days ago.
Micraft WMS and Inventory Management Software track every stock movement in real time — receipts, issues to production, transfers, finished goods completion, and dispatch. Reorder alerts configured for critical materials.
Contractors and vendors accessing production areas without verified induction status. Material movement in and out of the facility tracked on paper gate passes that go missing.
CraftMate manages digital visitor registration, QR-based gate passes, contractor zone restrictions, Returnable and Non-Returnable Gate Pass workflows for material movement, and a real-time dashboard of everyone currently on site.
Manufacturing businesses operate under a range of compliance frameworks — and the software they use either supports compliance or creates compliance risk.
Quality Management Systems
Document control, calibration records, production traceability, non-conformance management.
Automotive Quality Management
Production part traceability, MSA, calibration compliance, and supplier-linked quality records.
Good Manufacturing Practices
Batch records, equipment calibration, document control, and electronic signatures for pharma and food.
Medical Devices Quality
Rigorous traceability, document lifecycle management, and instrument validation requirements.
Testing and Calibration Laboratories
Specific to PrecisionCAL — managing uncertainties, traceability to national standards, and laboratory compliance.
In a manufacturing environment, the connections matter as much as the individual products. Our ecosystem creates a seamless digital thread across your floor.
Contractor induction and work permits managed in DoxCraft, linked to CraftMate for automated access control.
Operators access current approved SOPs and work instructions from the shop floor — always the latest version.
When production marks finished goods complete, inventory updates automatically in the WMS without manual entry.
Work instructions reference required instruments. PrecisionCAL confirms calibration status before operation begins.
The manufacturing businesses that benefit most from Micraft are not the ones with 18 months and a large capital budget for a software transformation project. They are the ones who know exactly what operational problem they need to solve, need to solve it this quarter, and cannot afford a system that takes a year to stabilise before it delivers value.
Micraft MES deploys in 30–60 days. Operator interfaces are designed for shop floor use — not for software professionals. Configuration reflects your workflows, your product categories, your quality checkpoints. And support is structured with defined SLAs, not a ticket queue.
For manufacturers who have already invested in ERP and automation but are still running on manual shift reports and spreadsheet-based OEE tracking — Micraft is the execution layer that makes the investment in planning infrastructure finally deliver its full return.
