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- Electric MotorsOME Motors progetta e realizza motori elettrici asincroni trifase, realizzati in alluminio oppure in ghisa. Tutti i motori elettrici di OME Motors rispettano i più alti standard qualitativi, garantiti da un efficace controllo effettuato direttamente dai tecnici dell’azienda; essi, inoltre, sono realizzati nel rispetto delle norme europee UNEL MEC che stabiliscono parametri universali a cui attenersi per la definizione di particolari costruttivi.
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- Explosion-Proof Motors
- High Voltage Motors and Medium Voltage Motors
- Smoke extraction motors
- Permanent Magnet Motors
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- Slip Ring Motors OMA High Voltage
- DC Motors | OMDC
- NEMA Motors
- OMNEX Explosion Proof Nema
- Single Phase Motors
- Synchronous generators
- UL/CSA Electric Motors
- GOST Motors
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- Explosion-Proof Motors
- High Voltage Motors and Medium Voltage Motors
- Smoke extraction motors
- Permanent Magnet Motors
- Standard motors
- Slip Ring Motors OMA High Voltage
- DC Motors | OMDC
- NEMA Motors
- OMNEX Explosion Proof Nema
- Single Phase Motors
- Synchronous generators
- UL/CSA Electric Motors
- GOST Motors
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Forging press motor
In the landscape of the metallurgical and heavy mechanics industry, forging presses are at the heart of entire production processes, transforming semi-finished products into essential components for numerous sectors. The forging press motor is the energy source that drives every work cycle, supporting heavy loads, fast rhythms, and extreme temperatures. For this reason, the selection of motors for forging presses cannot be left to chance; it requires a deep understanding of actual operational needs and everything that modern industrial technology has to offer.
OME Motors offers a wide range of motors for forging presses, designed to meet the most stringent parameters in terms of power, reliability, and adaptability to automation. From hot forging processes for the automotive and railway sectors to those for producing large components for the energy sector, every production area presents technical challenges that are addressed by our specialized solutions. Choosing an optimal motor for the forging press means investing in the future of your production line, reducing management costs, and increasing competitiveness through continuity, safety, and certified quality.
Understanding what distinguishes the best motors for forging presses allows companies to make informed, targeted, and profitable choices.
Forging Press Motors: Technologies and Differences
Forging presses are subjected to harsh and repetitive working conditions. Consequently, the motors dedicated to them must meet stringent criteria of power, modularity, and durability. Today, electric motors represent the most requested solution for their efficiency, ease of control, and ability to integrate with advanced automation systems. They offer:
- High responsiveness in managing the pressing cycle
- Reduced energy consumption
- Simplicity of adjustment and preventive diagnosis through digital systems
- Ability to precisely program the torque curve for each forging cycle
If you would like more information or tailored consultancy to identify the motor most suitable for your forging press needs, contact us now: our technical team is at your disposal to guide you in making the right choice and to answer all your questions.
Fundamental Criteria for Choosing a Forging Motor
Identifying the right motor involves a careful evaluation of the following parameters:
- Power and torque requirements in relation to the mass of steel to be forged and the dies used
- Type of working cycle (rapid and sequenced strokes or sustained pressure over time)
- Physical dimensions compatible with the machine and layout of the plant
- Working environment: exposure to dust, thermal stress, ambient pressures
- Long-term reliability and ease of access to spare parts
- Adaptability to digital control systems (CNC, PLC, industrial IoT)
Our selection includes only motors capable of withstanding the most demanding wear and safety tests, ensuring production continuity and reducing the risk of machine downtime.
Industrial Applications of Forging Motors
Forging press motors are used in all processes of plastic transformation of metals through deformation:
- Automotive sector: production of crankshafts, wheels, gears, and safety components
- General mechanics: manufacturing of flanges, valves, and high-strength fittings
- Aerospace and railway: for forging wheels, axles, and structural components
- Industrial tooling: production of special tools and high-hardness parts
- Energy and mining sectors: forming components for turbines, pipelines, drilling supports
For each sector, we offer specialized consulting that starts with the analysis of the production cycle and leads to customized solutions to ensure maximum return on every investment.
Competitive Advantages of Upgrading Forging Press Motors
Investing in advanced motors for forging presses means accessing measurable benefits:
- Increased productivity and quality of the finished product
- Lower energy costs and reduced environmental impact
- Operational simplification and improved safety
- Enhancement of the existing plant without the need to replace the entire machine
- Continuous support in innovation thanks to a network of experts
If you have questions about compatibility, installation of new generation forging press motors, or customization options, our technical staff is available for clarifications and free feasibility studies.
The forging press motor represents a strategic choice for any business engaged in metalworking. Relying on certified solutions tailored to the real needs of your production line means protecting your investments, growing in an increasingly competitive market, and facing every production challenge with the right tools. Discover our selection now and transform your forging line into a model of efficiency, reliability, and innovation.