SECTORS / MANUFACTURING

Eliminate Scrap, Downtime, and Quality Loss in Discrete Manufacturing with AI

In discrete manufacturing facilities in Turkey, unplanned equipment downtimes, scrap from quality errors, and bottlenecks in CNC/assembly lines seriously hamper production efficiency. With Corius's predictive maintenance agents and ML quality control models, increase OEE by %15, reduce unplanned downtimes by %60, and decrease quality scrap costs by %35 — integrate with your existing MES/ERP infrastructure.

%15+ OEE Increase
%60 Downtime Reduction
%35 Scrap Cost Reduction
7/24 Production Monitoring
WHY CORIUS?

Why Does Manufacturing Sector Choose Corius Instead of Standard MES Software?

Discrete manufacturing's unique challenges — CNC programming deviations, assembly line cycle time variations, and multi-level BOM complexity — are areas that standard ERP reports cannot solve. Corius develops customized solutions that provide measurable production improvements by combining IoT/OPC-UA sensor data collected from the field with ML models.

Let's Discuss Your Production Processes

Industry-Specific Data Expertise

Technical infrastructure capable of processing CNC machine parameters, pneumatic sensors, assembly line cycle time, and BOM data structures. Natively supports OPC-UA and MQTT protocols; integration with legacy SCADA systems is also available.

Integration with Existing Systems Without Interruption

REST API integration with SAP PP, Aras PLM, and custom MES systems. We enable transition from pilot to production without stopping the existing production line; integration architecture is designed at the beginning of the project.

Proven Manufacturing Sector Reference

In the Mine Colours plastic/masterbatch production project, FTR rate increased from %68 to %93, FPY increased from %74 to %91. Full ROI achieved in 5 months.

What Are 6 Core Problems Hindering Profitable Growth in Manufacturing?

Unplanned equipment downtimes, scrap from quality errors, manual quality control delays, and unscheduled maintenance costs are the most common pain points in Turkey's manufacturing sector. Industry research shows that %72 of manufacturers experience at least three of these problems simultaneously.

%20-30 Production Loss Share

Unplanned Equipment Downtimes

Unplanned downtimes in discrete and assembly line machines consume %20-30 of total production time. Predictive maintenance models convert this rate into planned maintenance windows.

%8-15 Average Scrap Rate

High Scrap and Rework Costs

Out-of-tolerance part rate in CNC machining and assembly operations ranges from %8-15 depending on operation scale. ML quality prediction model enables part acceptance decision to be made before cutting or assembly begins.

3-5x Emergency Maintenance Cost Multiplier

Reactive Maintenance Cycle

Maintenance intervention after a failure increases the cost of the same job by 3-5 times. Predictive maintenance agent detects failure 48-72 hours in advance, enabling planned intervention.

%40 Detection at Final Stage Rate

Manual Quality Control Delays

Of quality errors are detected only at the final stage of assembly or during customer delivery. Real-time ML model moves this detection point to the beginning of production, eliminating rework costs.

2-3x Processing Time Increase

Bottlenecks and Cycle Time Variation

Unplanned setup changes and operator-dependent cycle time variations reduce line efficiency 2-3 times over time. Time series analysis detects bottlenecks in advance, providing actionable recommendations.

5+ Disconnected System

Fragmented Production Data

MES, ERP, CNC controller logs, sensor data, and quality tracking systems don't communicate with each other. Real-time OEE calculation is impossible, decision-making remains reactive.

SOLUTIONS

Which 5 AI Solutions Help Manufacturers Gain Competitive Advantage?

Each solution provides measurable production improvements by integrating with your existing MES, ERP, and CNC infrastructure.

AI Agent System That Detects Equipment Failures 48 Hours in Advance

AI agent that tracks vibration, current, and temperature data from CNC machines, presses, assembly robots, and conveyor sensors in real-time; detects anomalies and notifies failures 48-72 hours in advance. Reduces unplanned maintenance rate by %60.

%60 Unplanned Downtime Reduction
48-72 hours Early Warning
Review AI Agent Solutions

Real-Time Fault Detection and Quality Control in CNC and Assembly Lines

ML model that processes machine parameters and sensor data; predicts deviations that will cause out-of-tolerance part production before cutting or assembly begins. Image processing integration also supports optical quality control.

%35 Scrap Cost Reduction
%91+ Fault Detection Accuracy
Discover Predictive Models

Track OEE in Real-Time and Increase Line Efficiency by %15

Dashboard that calculates Availability, Performance, and Quality components in real-time via OPC-UA; automatically detects bottlenecks, setup times, and micro-stop patterns. Provides actionable recommendations to transform production planning into proactive actions.

%15+ OEE Increase
%25 Setup Time Reduction
Review AI Solutions

Model Order Fluctuations in Advance and Optimize Production Planning

Demand forecasting model that combines customer order history, supplier lead times, and capacity constraints to minimize excess capacity loading and delivery schedule overruns. Integrates with MRP and ERP systems.

%85+ Forecast Accuracy
%20 Delivery Delay Reduction
Review Demand Forecast Model

AI Agent That Automatically Prepares Quality Reports and Work Orders

AI agent system that automatically prepares quality reports, NCR (Non-Conformance Report), maintenance work orders, and customer delivery documents. Pulls data from ERP and produces documents in ISO 9001 audit format.

5 days → 4 hours Report Preparation Time
%98+ Document Accuracy
View Automation Solutions

Do you have a different manufacturing problem?

We also develop solutions for manufacturing problems not on the list. Share your production data and goals, let's evaluate together.

DESCRIBE YOUR NEED

Which Technologies Are Used in Manufacturing Sector AI Projects?

Predictive Maintenance & Anomaly Detection

INFLUXDB KAFKA GRAFANA PROPHET ISOLATION FOREST

Quality Control & ML

XGBOOST SCIKIT-LEARN PYTORCH OPENCV SHAP

Industrial Connectivity

OPC-UA MQTT SCADA CONNECTOR MODBUS TCP

Data Integration

POSTGRESQL DBT AIRBYTE TIMESCALEDB

MES / ERP Connection

SAP PP CONNECTOR REST API ORACLE API ARAS PLM

Which Projects Have Been Implemented in Manufacturing and Production Sector?

Plastic / Masterbatch

Mine Colours

FTR rate increased from %68 to %93, scrap cost decreased by %38.

We now catch quality deviations in production line before they occur — this is revolutionary for us.
Review Our Case Study
Composite / Epoxy Material Production

Enart Energy

Fault detection accuracy reached %91 with ML model in epoxy composite blade material production.

ML model detects micro-defects in material testing that manual review cannot see.
Review Our Case Study

Frequently Asked Questions About Manufacturing Sector AI Solutions

How long does it take to install predictive maintenance system in a manufacturing facility?
Data integration process takes 8-12 weeks on average. If sensor infrastructure exists, this period goes down to 6 weeks. Pilots usually start on a single critical machine and roll out to the line after proven ROI.
How much historical data is needed for quality control in CNC machines?
Minimum 12-18 months of work orders, tool life, and measurement records are sufficient. If sensitive historical data is not available, a 3-4 month data collection phase can be started; the model matures over time with transfer learning.
How does integration work with our existing MES or ERP systems?
Integration with SAP PP, Oracle, Canias, Logo, and custom MES systems is provided via REST API, OPC-UA, and MQTT. Existing production line continues without interruption; integration architecture is designed at the beginning of the project.
What sensor infrastructure is needed for OEE calculation and monitoring?
PLC/SCADA OPC-UA output or machine manufacturer API is sufficient. For older machines, low-cost industrial IoT gateways (4-20mA, Modbus TCP) can be used; hardware procurement process is also supported if needed.
Do you develop solutions for small and medium-sized manufacturing businesses?
Yes. With a modular approach, we start with one high-impact problem — predictive maintenance or quality control — and expand scope after proven ROI. We have successfully executed projects with SME-scale manufacturing companies as well.
Does the AI model replace manufacturing workers and maintenance teams?
No. The model can transform into actionable suggestions for operators and maintenance engineers; decision-making always remains in human hands. It automates low-value tasks like routine data analysis and report generation.
How is data security and GDPR compliance ensured?
All production and customer data is protected with encrypted transmission (TLS 1.3) and access control policies. Models can run on company-internal servers (on-premise) or private cloud environments depending on preference. Data anonymization and deletion procedures are also regulated in the project contract within the scope of GDPR requirements.
IMPROVE PRODUCTION

Let's Detect the Biggest Inefficiency in Your Manufacturing Facility Together

In a free preliminary analysis meeting, we listen to your production processes — understanding your machine park, line data, and goals — to determine the starting point with the highest ROI potential.