Metal beveling performance varies greatly due to material hardness, toughness and chip‑sticking features. Improper machine selection will cause poor bevel quality and fast tool wear, lowering mass‑production efficiency. Manufacturers should select suitable beveling machines according to workpiece material, output and bevel requirements.
Carbon Steel
Medium hardness with good cutting performance and obvious burrs.
Recommended: Full‑auto Servo Double‑end Beveling Machine, Disc Beveling Machine.
Tips: Cemented carbide tools work well. Servo double‑end models fit mass tubes and bars for inner‑outer beveling. Disc machines deliver strong cutting force for heavy‑duty large beveling.
Stainless Steel
High hardness and toughness, easy to generate heat and stick to tools during processing.
Recommended: Servo Beveling Machine with cooling system preferred.
Tips: Use cemented carbide or diamond tools. Reduce feeding speed to avoid thermal sticking. Do not apply heavy cutting depth for thin‑wall parts to prevent deformation.
Aluminum
Soft and ductile, prone to chip sticking, drawing marks and scratches.
Recommended: Full‑auto Servo Beveling Machine, Brush Deburring Machine for secondary finishing.
Tips: Lower rotation speed and apply cutting fluid. Vibratory feeder supports mass small‑part production.
Use brush machines after beveling for high‑surface‑quality workpieces.
Copper
Soft and ductile. Chips tend to tangle and scratch workpieces.
Recommended: Servo Beveling Machine with light‑cutting setup.
Tips: Reduce cutting depth and improve chip removal. Avoid high rotating speed. Protect workpieces with proper fixtures for cosmetic parts.
Summary
1.Mass tubes and bars: Servo double‑end full‑auto beveling machine for carbon steel, stainless steel, copper and aluminum.
2.Plates & special‑shaped parts: Disc or bench‑type beveling machine.
3.High‑surface‑quality parts: Add brush deburring after beveling.
4.Use cooling unit for stainless steel; lower speed and cutting depth for copper and aluminum to avoid sticking and scratches.
