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Cost-effective precision gears are a real game changer in the production industry because they contribute significantly to reducing costs while simultaneously boosting performance. In determining the cost-effectiveness of precision gears, however, it is not enough to look at the purchase price alone. Other important considerations include costs of operating (such as energy, maintenance, and repairs), product design, performance specifications, and service life. Not to mention engineering and the production concept.

The following factors affect the cost-effectiveness of precision gears:

• Product design
• Space requirement
• Efficiency ratio
• Precision
• Dynamics
• Durability
• Maintenance requirements
• Engineering
• Production

Cost-effective precision gears in high-performance applications?

Stringent requirements for precision and cost-effectiveness – a contradiction? Not at all. Our cost-effective precision gears are the best example. Our cycloidal gears and strain wave gears feature maximum precision, absolute reliability, a high torque capacity, a compact design, and an above-average service life. They are a guarantee for efficient, reliable production processes, as well as optimal cost-effectiveness.

Balancing act between state-of-the-art technology and cost-effectiveness

But how do we manage the balancing act between cutting-edge technology and cost-effectiveness? How can one achieve a balance between performance and efficiency? We consistently pursue a design-to-cost approach, in addition to our simplicity principle for reducing complexity within the overall system. As a “sparring partner”, we always design gears with the overall application in mind and maintain close relations with our customers throughout the entire process. The result is high-performance precision gears that are 100% tailored to the customer’s application. That is a guarantee for maximum performance, efficiency, user convenience, and process reliability.

A high level of modularity and standardisation also allows economical large-scale production and guarantees high availability. The production process is highly automated and is optimised for maximum efficiency and consistently high quality. Prior to delivery, the gears are subjected to a 100% inspection: Each individual precision gearbox is put through its paces.

Our concept for cost-effective precision gears:

• Unwavering design-to-cost approach
• Principle of simplicity for reducing complexity in the overall system
• Modular system with numerous combination options
• Mass customisation
• Custom engineering
• Excellent product quality
• Powerful plug & play solutions
• Product design compatible with large-scale production
• High level of automation in production
• Scaling effects in production
• Automotive-compliant strain wave gear production

Our precision gears offer substantial potentials for saving

Our cost-effective precision gears are the key to innovative automation solutions – whether in robotics or in machine and plant engineering. They significantly boost performance and efficiency in the production industry and contribute to cost optimisation. Users benefit from faster machining processes, shorter cycle times, higher productivity, outstanding product quality, and lower costs.

Your benefits:

• Extreme precision
• Absolute reliability
• Long life
• Maximum flexibility
• Compact design
• Efficient operation
• Fast integration
• Minimal maintenance
• High availability

Further savings can be achieved by using data-based condition monitoring solutions. Such solutions allow continuous monitoring of the actual operating characteristics and form the basis for long-term optimisation strategies and predictive maintenance concepts.

Would you like to learn more about our cost-effective precision gears, or do you have questions related to a specific project? Then don’t hesitate to contact our experts.