Beveling machines, also often called chamfering machines or edge milling machines, are indispensable mechanical equipment in the field of metal processing. Its function is to bevel metal plates to meet the needs of subsequent welding or other processing. When purchasing, you should consider your actual needs, budget range and the performance characteristics of the equipment to ensure that you choose the most suitable flat beveling machine for yourself.
Consideration of parameters of beveled workpieces
When purchasing a flat beveling machine, the first consideration is the various parameters of your beveled workpiece, including plate thickness (δ), plate size, bevel surface size (W), bevel surface angle (α), plate material and budget. These data are crucial for choosing a beveling machine suitable for your workpiece, so be sure to communicate fully with the manufacturer to ensure that you choose the most suitable equipment.
Influence of beveling processing environment
When processing bevels, different environmental conditions will affect the selected equipment. For small-scale, small-volume beveling operations, portable beveling machines are usually the first choice because they are easy to carry and operate. However, for operations that require batch processing, self-propelled beveling machines are more suitable. Among them, self-propelled rolling shear beveling machines are suitable for occasions that pursue high efficiency, while self-propelled milling beveling machines can provide high-quality bevel surfaces. Choosing according to actual needs will ensure the dual satisfaction of processing efficiency and bevel quality.
Precision requirements for bevel surfaces
During the beveling process, different industries and application scenarios have different requirements for the accuracy of bevel surfaces. For occasions that require efficient operations, such as steel structures, cranes, civil air defense projects, environmental engineering, amusement facilities, and shipbuilding industries, rolling shear beveling machines, such as MH-20, MH-20R (with flip), MH-28, 28R (with flip), are usually the first choice. However, if a higher precision bevel surface is required, such as in pressure vessels, automobile manufacturing, sheet metal, cabinet manufacturing, and pressure welding in the air-conditioning industry
Determine the required bevel surface size
It is crucial to understand your specific needs for the bevel surface size, because this will determine which size of beveling machine you should choose. Generally speaking, small beveling machines are suitable for situations where the bevel surface size is less than or equal to 6mm, medium-sized beveling machines are suitable for situations where the size is less than or equal to 16mm, and large beveling machines are suitable for situations where the bevel surface size is greater than or equal to 16mm.
