How to choose the tool of woodworking engraving machine? What are the precautions?
The woodworking engraving machine is a technological product of the new era. It is widely used in the woodworking engraving industry. With its excellent practical performance, the work efficiency is greatly improved, and the quality of the engraved works is guaranteed. The working principle of the engraving machine is simple, mainly through the operation of the tool, so the selection of the tool is more exquisite, so how to choose a good tool? What should I pay attention to?
As a professional manufacturer, woodworking engraving machine manufacturers will introduce them briefly. Generally, the material of the engraving should be confirmed before selecting the tool. The nature of the material to be cut directly affects the choice of the tool. There are a lot of materials on the market. When selecting, we must consider the properties of different materials, such as solid wood, composite wood and plates, gypsum particleboard, etc. The cutting and tooling requirements of these materials are different. When choosing, we must consider the difficulty and strength of engraving, etc., try to ensure the integrity and firmness of the tool, and the use efficiency is better.
It is not only necessary to take into account the nature of the material being cut, but it is also necessary to be able to pay attention to the parameters of the milling cutter itself. It is usually necessary to look at the basic parameters of the cutter's tool outer diameter, machining thickness and center hole diameter, but at the same time, it is also necessary to take into account the structural form of the milling cutter as well as the direction of rotation, the amount of cutting, etc., thereby reducing the damage to the milling cutter and ensuring Its long-term use benefits.
There are a lot of things to be aware of when selecting engraving machine tools. These are the things that users must consider when operating. The ability to pick the right tool not only increases machining efficiency but also reduces the possibility of failure.
