The business unit Component Technology is the EISENBEISS competence centre for gear system technology. This sector has been in business for over 50 years and is in demand worldwide as a production and development partner for high-quality gear system components in small to medium series. Our long-term business partners can rely on our team of experienced specialists.
They appreciate our flexible resources and know-how, profiting from the latest developments and high degree of perfection in all sectors of our business. From the Innovation Team through Quality Assurance Management to IT Knowledge Management and Fabrication Technology; our key strength is that we are not only capable of manufacturing specialised gear systems, but also possess unique knowledge regarding the requirements and operating conditions for complete gear solutions.
Assembling individual components into units also presents an everyday challenge. From the perspective of our customers' business sectors, here is a range of applications where our competence in top quality manufacturing and implementation has been proven time and time again:
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>> Wind energy
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>> Pinion shafts
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• highest material specifications
• uniform load distribution
• economical implementation
• stable manufacturing process
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>> Gear-type pump shafts
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• consistent displacement (low pulsation)
• highest resistance to wear, best surface quality
• reduced notch effect
• wide range of materials
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• case hardened and ground
• shaft length up to 2000 mm
• normal module up to 24 mm
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>> Rail engineering
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>> Bevel gears
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• increased safety specifications
• reduced running noise
• hardened surface
• compensated installation factors
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>> Turbo gear systems
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• highest degree of accuracy
• double diagonal teething
• high overlap
• reduced sliding
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• case hardened and ground
• diameter up to 1000 mm
• normal module up to 24 mm
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>> Planetary gears
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• highest load bearing capacity
• tight wheel unit tolerances
• optimised contact pattern
• mated twin gear wheels
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>> Machine tools
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>> BEVELOIDS
Conical teeth
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• solid, zero-play operation
• increased uniformity
• high rigidity
• maximum reliability
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>> Marine engineering
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• compact dimensions
• minimised number of parts
• high power density
• underrated classification
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• case hardened and ground
• diameter up to 800 mm
• normal module up to 18 mm
• axle angle up to 15 degrees
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