agriculture

High-Volume Precision for Modern Farming

Q: How can we prevent part inaccuracy and time-consuming adjustments when rolling high-yield, wear-resistant steels like Hardox or Docol for agricultural machinery?

Agricultural components frequently require high-strength steels to withstand severe field wear, but these materials exhibit significant spring-back that complicates the forming process. When manufacturers attempt to roll them using standard machinery, it often results in multiple corrective passes or out-of-tolerance parts.

Q: What tooling setup prevents roll deflection and barrel-shaped errors when forming long, thin-walled discharge tubes or auger housings?

Rolling long sheets of thin plate between 2 mm and 10 mm (1/8" to 3/8") into small-diameter tubes presents a mechanical challenge: traditional top rolls often flex under pressure, resulting in an uneven shape along the length of the cylinder.

Q: How can agricultural equipment manufacturers maintain high daily output and part repeatability despite a shortage of skilled machine operators?

Meeting seasonal market demands for components like augers and grain discharge systems requires continuous operations, but finding highly technical operators to manually manage rolling precision is an industry-wide challenge.

Q: What bending technology avoids cross-sectional deformation when forming heavy-duty structural profiles and chassis frames for harvesters?

Bending the complex hollow sections and structural profiles used in farming equipment frames can cause unexpected wrinkling or cross-sectional collapse if the material is not properly supported during deformation.

In the evolving agricultural industry, manufacturers face a growing demand for productivity and repeatability. From housing tubes for augers to grain discharge systems, drums, and chassis components, the production of agricultural machinery requires handling high-yield materials (like Hardox or Docol) with maximum uptime. Davi provides automated cells that transform thin plates into perfect components, reducing the reliance on highly skilled labor and ensuring a safer, faster workflow.

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DEDICATED agriculture SOLUTIONS

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agriculture components

Specific Challenges, Targeted Solutions

High Spring-back Materials

solution:

Agricultural components often use wear-resistant, high-strength steels. Our machines are engineered with the necessary power and torque to form these "stubborn" materials in a single pass.

Thin Plate Mastery

solution:

We specialize in processing thicknesses from 2 to 10 mm (1/8" to 3/8"), ensuring perfect circularity without deformations.

Mass Production & Speed

solution:

Our robotic rolling lines and automated feeding systems are designed for 24/7 operations, significantly increasing your daily output.

What’s Inside

Analysis

Precision rolling for your sector-specific requirements.

STRATEGY

Managing all the peculiar parts typical of your industry.

DATA

Material and thickness considerations for rolling applications.

Ready to Automate Your Agriculture Production?

Davi automated lines turn the challenges of high-yield materials into a competitive advantage for agricultural manufacturers.

For the most demanding agricultural applications Davi offers the Pre-Stressed design.

Featured Technology: The Pre-Stressed Advantage

advantage 01

Zero Deflection

A system that counteracts roll deflection, allowing for ultra-reduced top roll diameters (e.g., down to 86 mm / 3.4") even on 2-meter (6.5 ft) widths.

Ideal for: Augers, discharge tubes, and high-volume cylindrical shells

The choice for mass production. It allows for fully automated CNC cycles, ensuring that every piece is identical to the first.

faq

Agriculture Manufacturing

We are proud to support the manufacturing excellence of industry giants such as John Deere, Caterpillar, CNH Industrial, and Claas. Our commitment to reliability and safety makes us the choice for those who "keep the world growing.

How can we prevent part inaccuracy and time-consuming adjustments when rolling high-yield, wear-resistant steels like Hardox or Docol for agricultural machinery?

What tooling setup prevents roll deflection and barrel-shaped errors when forming long, thin-walled discharge tubes or auger housings?

How can agricultural equipment manufacturers maintain high daily output and part repeatability despite a shortage of skilled machine operators?

What bending technology avoids cross-sectional deformation when forming heavy-duty structural profiles and chassis frames for harvesters?

Beyond standards, challenge our engineering.

Engineering excellence, in your inbox.

Beyond standards, challenge our engineering.

Engineering excellence, in your inbox.

High-Volume Precision for Modern Farming

Trusted by the Giants in the field

World-Class Service

DEDICATED agriculture SOLUTIONS

SPECIAL layouts AVAILABLE

Specific Challenges, Targeted Solutions

High Spring-back Materials

Thin Plate Mastery

Mass Production & Speed

What’s Inside

Ready to Automate Your Agriculture Production?

Featured Technology: The Pre-Stressed Advantage

Zero Deflection

Edge Overlapping

Interchangeable Top Rolls

The choice for mass production. It allows for fully automated CNC cycles, ensuring that every piece is identical to the first.

Agriculture Manufacturing

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