MES System – Manufacturing Execution System
Manufacturing Execution System (MES) Measure and analyse your production process with MES and indicate places for greater improvement Download Smart Factory Report They Trusted Us:
This is why you need a complete solution that ensures you higher performance and availability. Discrete production companies need track&trace of used raw materials, components, and tools together with their validation during the production process.
ANT DISCRETE MANUFACTURING Suite is a solution dedicated to OEMS, TIER 1, 2 & 3. It supports low volume with very high complexity or high volumes of low complexity items with manual, automatic, or semi-automatic production.
Manufacturing Execution System (MES) Measure and analyse your production process with MES and indicate places for greater improvement Download Smart Factory Report They Trusted Us:
Computerized Maintenance Management System (CMMS) Plan, manage and react with CMMS System from ANT. The new maintenance system will allow you to schedule repairs and
Quality Management System (QMS) Control production processes to maintain production consistency. Standardize operations and monitor adherence to standards set in the plant. Reduce defects, optimize
aging | gluing | palletizing |
annealing | grinding | preheating |
assembly | heating | pressing |
automated assembly | helium testing | printing |
automated welding | hydrostatic testing | programming electronics |
bending | injection | shearing |
cleaning | labeling | spinning |
CNC machining | laser welding | stamping |
comparting | lasering | stranding |
components mounting | leak testing | test, quality & rework rooms |
cutting | loading and unloading | thermoforming |
dosing components | manual assembly | trimming |
drawing | manual welding | turning |
EOL test units | marking | vision checking |
extrusion | milling | welding |
feeding | montage | winding |
final packaging | packaging | |
flowforming | painting |
assembly stations / machines | laser | quality control machines |
bending machine | oven (or preheating) | robots |
CNC | press | welding machines / welders |
injection machine | pressure test machines | |
inspection machines | punching machine |
actuators | plastic parts | tanks |
compressors | rotor | trailers |
dump trucks | seats | tray tables |
lawn mowers | semi-trailers | wires |
metal parts | shock absorbers | |
motor | stator |
An e-drive, or electric drive, is a system that uses an electric motor to convert electrical energy into mechanical energy, powering the wheels of electric vehicles (EVs). E-mobility production refers to the entire process of designing, manufacturing, and marketing electric vehicles and their associated infrastructure.
E-drives typically consist of three main components: the electric motor, power electronics, and a transmission system. The electric motor generates torque by converting electrical energy to mechanical energy. Power electronics control the motor’s operation by regulating voltage, current, and frequency. The transmission system then transfers the generated power to the wheels of the vehicle.
E-mobility production encompasses not only the manufacturing of electric vehicles but also the development of charging stations, battery technology, and various support systems required to maintain and promote the adoption of electric vehicles. It is a rapidly growing industry, driven by increasing environmental concerns, government incentives, and technological advancements.
At ANT Solutions, our state-of-the-art MES (Manufacturing Execution System) solutions are designed to help propel the automotive industry into a sustainable future by supporting e-mobility production. As the demand for electric vehicles continues to surge, we understand the significance of e-drive systems and the need for a seamless and efficient manufacturing process. Our MES software offers unparalleled visibility, control, and optimization of e-mobility production, including electric motor assembly, battery technology, and charging infrastructure.Â
By integrating with Industry 4.0 technologies, our robust MES platform enhances overall production efficiency, reduces operational costs, and ensures regulatory compliance. With ANT Solutions at the forefront of e-mobility production innovation, we are committed to driving the success of your automotive business while contributing to a cleaner, greener future for all.
The Rise of Electric Vehicles has become a global phenomenon in recent years. With increasing concerns about climate change and the need to reduce greenhouse
The need for environmentally friendly solutions in industry has revolutionised the automotive industry. Vehicles with internal combustion engines are now increasingly being replaced by their
Manufacturers operating in the automotive industry are currently facing a major challenge – maintaining competitiveness while mitigating the environmental impact of production processes requires them
Production management and consistent pursuit of high quality of products – irrespective of the industrial sector or final goods – is closely linked to the
Making the decision to implement a manufacturing execution system is just the tip of the iceberg. The next stage is to refine the details of
Modern factories must constantly develop and raise efficiency indicators to achieve and maintain a strong market position. One of the ways to do this is
The automotive industry constantly presents manufacturers with new challenges. Production must handle high quality with time-to-market speed and cutting costs. In order to achieve better results, factories implement advanced production management systems. The constructions and assembly are made possible with advanced production processes, which cannot do without specialised management systems. What does MES for automotive industry mean? What is the importance of MES for aviation industry?
What does MES software for automotive industry meaning? Correct operation and a long service life of vehicles are made possible by perfectly matched components. MES in automotive industry enables the manufacture of millions of identical components whose quality complies with exacting standards, like IATF 16949. The advanced software ensures the repeatability of the manufacturing processes and thus reduces industrial waste.
The ability to plan and implement multiple operations allows parts to be made according to their intended use. After all, the automotive industry is not just passenger cars. It also includes vehicles or machinery used in demanding industries.
What is the importance of MES in aviation industry? System generates savings, which are essential in such an expensive production. Increasing efficiency and reducing costs is the goal of industrial enterprises. Aircraft parts must be made with reliable precision to guarantee the safety of passengers. Aviation is an area where there is no room for error. The MES system enables efficient detection of quality errors at an early stage of production. Lower level tiers provide components with dimensions and characteristics as expected.
MES Software for the aviation industry also means reducing thousands of documentation pages. With paperless, it is possible to digitalize all production reports that must be filled manually in the past.
The aviation industry, like the automotive industry, requires the best solutions. Manufacturers produce expensive machines, and their price is determined by their future use. The health and even the lives of passengers will depend on the condition of vehicles. On the other hand, companies are doing everything to ensure that the final price of their products is as low as possible. MES software for automotive industry makes it possible to find the middle route between quality and safety, and price.
Software is designed to support OEM and TIER 1, 2 & 3 suppliers. The production of automotive parts requires the highest precision and efficiency at every stage – starting from the metallurgical industry using advanced CNC machine and ending with assembling ready components. The MES system allows to follow the full production path and calculate the consumption of raw materials and tools needed for the production of components. Tracking past suppliers allow manufacturers to estimate the full efficiency of the production process for each unit.
Automotive and aviation business requires full traceability. Monitoring each process allows to calculate the time of component execution, estimate costs, and additionally find errors earlier and eliminate them. The system allows to adjust the processes to the current production plan based on the collected data on efficiency and downtime.
Another important thing is faster production launch and shorter changeovers. In real time, the system also sends information what blocks production from maximum efficiency. A company can achieve higher OEE by increasing efficiency, availability and quality.
With the MES for automotive industry system, production becomes more repeatable! The software supports operators at every stage of the process.
What is the importance of MES in aviation industry? Machines worth hundreds of millions or even billions of dollars are built to achieve maximum lifespan. However, in order for them to function smoothly for many years to come, regular servicing and replacement of components with those that have just left the production line is essential. MES software for aviation industry is a must on the list of necessary investments.
With MES, working time increases by 23%, while inspection time is reduced by 45%. The software supports the operation of dozens of machines, including CNC machining equipment, welding machines, or robots. The system performs well in the production of metal screws, rotors, trailers, engines, shock absorbers and other components.
Both automotive industry and aviation industry rely on the use of expensive materials. MES for automotive industry means better use of available resources and less waste. MES for aviation industry translates not only into lower costs but, above all, peace of mind for manufacturers. It guarantee the production is safe. That all make production effortless, safer, cheaper and more effective.
Paperless production is an additional benefit. Communication is immediate and digital documentation makes the factory more eco-friendly.
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