We offer consulting at all decision-making levels, from management and engineering to purchasing. The complete ABEG® consulting cycle ranges from analysis and planning to implementation.
Application consulting for design engineers
Whether you’re designing something from scratch or making modifications, the beginning is always difficult, especially when there are high standards of profitability and energy efficiency in addition to the technical requirements. These are ideal conditions for successfully concluding your project with our application consulting.
Method 1: downsizing You’re looking for the smallest bearing that only just guarantees your desired service life.
Method 2: cost-sizing The bearing size is defined by framework conditions. Switching to another product line creates cost benefits.
Method 3: upsizing Larger bearing dimensions can actually even be more favorable when switching product lines.
Three paths, one goal
Our experienced consultants know the best way to optimize the cost of your solution. The goal remains the same: ABEG® delivers competitiveness and security of investment.
We would be happy to teach your employees how to effectively use all the methods involved in the tough daily work of roller bearing procurement. Ask about our workshops and seminars.
ABEG® is intended to be implemented in the long term, in several steps that build upon each other. All consulting results are meant to become established in the long run. We create something substantial that lasts – that’s investment security through sustainability.
Learn from experts
Manufacturer-independent, modular training programs will make you proficient in roller bearing technology. They are also possible at your location.
Economic pressure is rising, and so is time pressure. Rapid solutions have to be found for the most urgent issues. Our creative minds will set the right priorities and look for the right solution. We think collaboratively and incorporate all decision-making levels into the solution process to find a technically and economically optimum solution.