Compare 3-roll and 4-roll plate rolling machines. Learn which type fits your plate thickness, production volume, and budget — with a practical decision checklist.
Discover how 4-roll CNC technology, smart automation, and servo-electric drives are transforming plate rolling in 2026. Expert insights from SLM Forming.
Achieving 0.1mm accuracy on an 8+1 axis press brake requires more than a high-end controller. Explore how SLM integrates heavy-duty frame machining and closed-loop hydraulics for complex bending.
Rolling trapezoidal Q355 plates? Discover SLM’s engineering approach to managing torque imbalance and ensuring perfect circularity in non-standard heavy fabrication.
Explore the structural physics behind side roll movement. Learn how SLM optimizes guide geometry to maximize bending torque and ensure sub-millimeter precision for high-tensile steel cylinders.
Eliminate flat ends and welding misalignment. Discover the advanced roll geometry that optimizes pre-bending precision for high-pressure vessel fabrication.
Discover how SLM 4-roll CNC technology eliminates flat ends and achieves ±0.5mm tolerance. Featuring a full-load test case of 20mm Q355 steel rolled to a 958mm diameter.
Case study of SLM 80x3500 Universal Plate Roller rolling 30mm Q355B steel for wind power gear. Learn about pre-bending logic, 320-ton logistics, and critical pit foundation tips.
Learn how to select the perfect plate rolling machine for your workshop. Compare 3-roll mechanical, universal hydraulic, and 4-roll CNC models based on thickness and precision.
Discover why a standard 30mm plate roller often fails when calibrating 20mm Q345 steel. Learn the engineering secrets behind SLM's reinforced W11-35x2500 series and how to achieve perfect roundness.