Introduction: The commonly used cutting machines in the laboratory are mainly grinding wheel cutting machines, laser cutting machines and other grinding wheel cutting machines. They mainly cut according to the rotation and friction of the grinding wheel. The grinding wheel machine is mainly composed of a base, a grinding wheel, a motor or other power source, and a bracket. The protective cover and the water supply device, etc., are commonly used equipment for cutting materials such as flat metal flat pipes, flat flat steels, I-beams, channel steels, carbon steels, and primary pipes. Features: 1. The Q-2A metallographic sample cutting machine uses a high-speed rotating thin-grain grinding wheel to cut metallographic specimens. It is widely used in the metallurgical laboratory to cut various metal materials. 2. Since the machine is equipped with a cooling device, it is used to take away the heat generated during cutting, thus avoiding the change of the metallographic structure of the sample when it encounters heat. Technical Parameters: 1, the maximum cutting diameter: Φ55mm 2, speed: 2860 rev / min 3, grinding wheel specifications: 300 × 2 × 32mm 4, power supply: 380V, 50HZ 5, motor: 2.2KW 6、Dimensions: 650×500×400mm
Introduction: The commonly used cutting machines in the laboratory are mainly grinding wheel cutting machines, laser cutting machines and other grinding wheel cutting machines. They mainly cut according to the rotation and friction of the grinding wheel. The grinding wheel machine is mainly composed of a base, a grinding wheel, a motor or other power source, and a bracket. The protective cover and the water supply device, etc., are commonly used equipment for cutting materials such as flat metal flat pipes, flat flat steels, I-beams, channel steels, carbon steels, and primary pipes.
