FORGING AND HEAT TREATMENT
Transform your forging and heat treatment plant with an integrated solution that maximizes efficiency and quality at every stage of the production process
Optimize your heat treatment processes and furnace operations with ERIS, gaining full control over each stage of the production cycle. Improve the efficiency of your furnaces, reduce downtime, and ensure the quality and consistency of the treatments applied. With ERIS, take your heat treatment plant to a higher level of productivity and precision.
Total Control of the Thermal Process
ERIS allows continuous supervision of all heat treatment and furnace operations, offering a real-time view of equipment performance and temperature, enabling quick reactions to any deviations.
Intelligent Optimization of the Thermal Cycle
Advanced planning and efficient resource management ensure that each heat treatment cycle is executed optimally, reducing waste and improving energy efficiency.
Data-Driven Decisions
ERIS's advanced analytics provide detailed information on the efficiency and quality of heat treatments, enabling continuous improvement and decisions based on updated data.
ERIS technology for heat treatment and furnace operations offers a comprehensive solution to optimize every stage of the process. From real-time monitoring to improving energy efficiency and quality control, ERIS provides a complete platform that helps companies maximize efficiency, reduce costs, and ensure the quality of the final product. The advanced planning capabilities, detailed analysis, and strict quality control guarantee smooth thermal operations, reducing downtime and significantly increasing productivity.
ERIS’s real-time monitoring enables constant supervision of heat treatment and furnace operations, immediately detecting any failures or deviations in key parameters such as temperature and cycle time. With instant data updates, operators can react quickly to avoid stoppages or errors in treatments.
- Continuous supervision of furnace temperature and cycle time.
- Immediate identification of failures or deviations in thermal cycles.
- Quick reaction to minimize downtime.
- Constant optimization of treatment parameters.
- Improved productivity through real-time data.
Planning
ERIS optimizes the planning of heat treatment cycles, enabling efficient resource management and ensuring that furnaces operate continuously without interruptions. Dynamic planning adjusts priorities based on furnace and material availability, optimizing workflow and reducing wait times.
- Reduction of bottlenecks in furnace scheduling.
- Dynamic adjustment of production based on available resources.
- Improvement in the sequencing of thermal cycles.
- Optimization of furnace and material usage.
- Greater compliance with delivery deadlines.
Analytics
ERIS’s analytics module provides detailed information on furnace performance, thermal cycle efficiency, and areas for improvement. Historical and real-time data help identify patterns and opportunities to reduce costs, improve energy efficiency, and ensure the quality of the treatment.
- Detailed information on furnace performance.
- Identification of patterns and areas for improvement in treatments.
- Better decision-making based on data.
- Reduction of inefficiencies in energy consumption.
- Continuous optimization through data analysis.
Quality Control
ERIS ensures that each heat treatment meets the highest quality standards through strict control of process parameters. With the ability to monitor quality and make automatic adjustments, defect rates are reduced, and the consistency of the final product is improved.
- Continuous quality control throughout the thermal cycle.
- Reduction of defects and rework.
- Improvement in the consistency and precision of heat treatment.
- Assurance of compliance with customer specifications.
- Optimization of time spent on manual inspections.
Maintenance
ERIS implements a preventive maintenance system that reduces the frequency of unexpected breakdowns and increases the lifespan of furnaces. Soon, predictive maintenance functionality will allow anticipation of potential failures using artificial intelligence, minimizing downtime and ensuring operational continuity.
- Preventive maintenance that reduces unexpected failures.
- Increased availability of furnaces and associated equipment.
- Prolonged lifespan of thermal equipment.
- Reduction of reactive maintenance costs.
- More productive time due to fewer stoppages.
Document Management
ERIS facilitates the centralization and organization of all relevant workshop documentation, such as machine manuals, maintenance records, and quality documents. This ensures that critical information is always accessible to operators and management, improving efficiency and reducing the time spent searching for documents.
- Quick and secure access to all plant documentation.
- Reduction of administrative errors and search times.
- Improvement in organization and regulatory compliance.
Automate
With the integrated automation system in ERIS, you can design customized workflows that automate both repetitive tasks and complex processes in the workshop. This not only improves coordination between teams and systems but also optimizes operational efficiency, allowing your team to focus on higher-value activities.
- Automation of repetitive tasks and complex processes.
- Optimized coordination and communication between systems and teams.
- Increased efficiency and reduction of operational times.
OEE (Overall Equipment Effectiveness)
ERIS calculates and monitors OEE in real-time, offering a clear view of availability, performance, and quality in the heat treatment process. It quickly identifies areas that negatively affect productivity and allows informed decisions to improve overall efficiency.
- Automatic calculation of OEE in real-time.
- Continuous improvement of furnace availability.
- Identification of inefficiency causes in thermal cycles.
- Reduction of downtime and improvements in productivity.
- Increased overall performance of thermal equipment.
“This module provides a comprehensive solution to optimize heat treatment and furnace operations, covering all critical aspects, from planning and monitoring to maintenance and operational efficiency. ERIS ensures that each thermal operation runs at its full capacity, with the best possible quality, while reducing associated costs”
Monitoring of Critical Furnace Parameters
Monitor furnace temperature, atmosphere, and other essential parameters in real-time, ensuring that the heat treatment is performed under optimal conditions for product quality.
Optimization of Heat Treatment Cycles
Adjust furnace conditions in real-time to maximize efficiency of treatment cycles, reducing process times and optimizing energy consumption.
Energy Consumption Control
ERIS detects inefficiencies in energy usage, optimizing consumption and reducing operational costs without compromising heat treatment quality.
Guarantee of Treatment Quality
Verify and adjust thermal process parameters to ensure that each treated part meets technical specifications, minimizing the risk of defects and rework.
Maximization of Furnace Availability
Implement efficient preventive maintenance to avoid unplanned stoppages and prolong the lifespan of furnaces and equipment, ensuring high operational availability.
Comprehensive Management of Thermal Production
ERIS facilitates the planning and management of treatment cycles, optimizing workload and efficiently coordinating the operations of each furnace.
Data-Driven Decisions for Thermal Processes
Provides detailed and updated data on furnace performance and treatment quality, allowing informed decisions to optimize the process.
Document Management of Technical Specifications
Centralizes and organizes all technical documentation, such as treatment recipes, operation manuals, and maintenance records, ensuring quick and secure access to key information.
Process Automation and Alarms
ERIS automates repetitive tasks and triggers alarms for any deviations in furnace parameters, ensuring a quick response and preventing issues that may affect treatment quality.
Complete Traceability of Heat Treatment
Provides a detailed record of each heat treatment cycle, from material loading to final cooling, ensuring traceability, process quality, and compliance with regulations.
