Laser metal cutting machine Laser metal cutting machine is mainly used for cutting materials that are not easy to be oxidized or active metals, such as stainless steel, titanium, aluminum and its alloys. Laser cutting stainless steel has no external force contact, high precision, fast cutting speed, smooth and bright white cut. The laser metal […]
Main features of Victaulic Grooving Machine 1. Equipped with a 25-horsepower KOHLER (Cole) twin-cylinder gasoline engine, super power can accelerate the construction speed and construction efficiency, avoid uneven gouging or breakage; 2. Equipped with KOHLER’s patented technology dual element purifier and three-stage air filter device, the filter system adopts double-layer filter device and rotary disc
Fiber laser cutting machine Fiber laser cutting machine can be divided into three levels of low power laser cutting machine, medium power laser cutting machine and high power laser cutting machine according to the power. The cutting efficiency of the laser cutting machine in each power section is different. The low power laser cutting machine
Working principle of Air plasma cutting machine Air plasma cutting machine is a new type of thermal cutting equipment. His working principle is to use compressed air as working gas. Using a high-temperature and high-speed plasma arc as a heat source, the cut metal is partially melted, and at the same time, the molten metal
The working efficiency of the Groove Cutting Machine Groove Cutting Machine improves work efficiency. Adopt high-power cutter motor, install 2 high-speed steel planers in the front and 3 cemented carbide forming knives in the rear, and the maximum planing depth is 1.2mm. The cutting efficiency is more than 5 times higher than traditional models. It
The working efficiency of the Groove Cutting Machine Read More »
V Grooving Machine for Sheet Metal 1. The radius of the rounded edge of the workpiece after bending is small and no refraction is known from the bending process. The radius of the arc of the edge of the workpiece after bending is directly proportional to the thickness of the workpiece to be bent, due
