Régénération des arbres pour le broyeur Eldan Super Chopper et le granulateur lourd Eldan

Initial condition

The shaft showed typical signs of long-term operational stress. There was visible wear on exposed areas, damage to functional surfaces, and the need to restore mounting and seating zones. With a component of this type, local repair alone is not enough. It is necessary to restore the function of the whole part, the geometry of critical sections, and its readiness for further reliable service.

 

Regeneration process

1. Condition assessment

The first step was to evaluate the extent of wear, the condition of the base body, and the most critical high-load zones. It was important to determine which areas required weld build-up, which required machining, and where precise relationships to other machine components had to be maintained.

2. Surface preparation

Worn and damaged areas had to be properly prepared before further processing. The purpose was to remove degraded material and create the right surface condition for strong and durable bonding of the regenerated material.

3. Weld build-up of exposed areas

Material was rebuilt in the most heavily stressed sections in order to restore the necessary structural reserve and functional shape. The regeneration focused particularly on surfaces and reinforcing elements exposed to a combination of abrasive wear and mechanical load.

4. Geometry restoration

After weld build-up, functional and mounting surfaces were machined. For this type of component, regeneration must go beyond visual repair. The final part has to meet practical requirements for reassembly and continued operation.

5. Final usability control

The last stage focused on checking functional details, surface continuity, and the overall readiness of the component for further service.

 

Why regeneration is a strong solution

For large, expensive, and heavily loaded components, professional regeneration is often a very efficient option. It offers several important benefits:

• extended service life of the original component
• cost savings compared to manufacturing a new part
• faster return to operation
• possibility to strengthen the most exposed wear zones
• better use of the original base component

When done correctly, regeneration does not produce only a repaired part. It delivers a technically restored component ready for continued industrial use.

 

Where this approach is most valuable

Regeneration of this type is especially beneficial for components exposed to:

• intensive abrasive wear
• impact loading
• long-term heavy-duty service
• expensive or time-consuming production of new replacement parts

This is exactly the case with Eldan Super Chopper and Eldan Heavy Granulator machines, where the condition of rotating parts has a major influence on the performance and reliability of the entire line.

 

Result

The final result was a technically restored shaft with rebuilt and machined functional areas, ready for further operation. This type of work helps reduce downtime, optimize maintenance costs, and extend the life of key machine components.

 

At Eurotools, we provide not only new spare parts, but also regeneration and technical restoration of heavily loaded industrial components for recycling and processing applications.

Do you have a worn shaft, rotor, holder, or another critical part?

We will be glad to assess its condition and recommend the right restoration approach