Advanced Processing Equipment for HENRY block machine
Henry Block Making Machine takes quality as an important indicator. In order to ensure the performance and reliability of each block-making machine, dozens of sets of high-precision processing equipment are used. These devices include:
- CNC machine tools: Using advanced CNC technology for material cutting and processing, it can efficiently process various metal parts. CNC machine tools can achieve high-precision cutting operations and ensure the accuracy of the machining dimensions of block-making machine parts.
2. Precision Grinding Machines: Grinding operations are used to process and adjust key components of block-making machines. The precision grinding machine has high processing accuracy and stability, which can make the parts of the block-making machine have a smooth surface and precise dimensions.
3. Spark machining equipment: Using computer control technology, computer-controlled electric spark discharge is used to process metal workpieces. This processing method can accurately depict complex shapes and fine details, ensuring the processing accuracy of each part.
4. Precision measuring instruments: Use high-precision measuring instruments to measure and verify the dimensions of block making machine parts. These instruments include laser measuring instruments, optical projectors, micrometers, etc., which can monitor and correct processing errors in real-time to ensure that the processing size of the henry block-making machine reaches the level of zero error.
5.Henry Block Making Machine is committed to providing the best quality block-making machine parts by adopting advanced processing equipment and a strict quality control process to ensure that the quality of each part reaches the highest standard. In this way, HENRY Block making machine can maintain efficient, stable, and reliable operation during the working process, meeting the needs and expectations of customers.
HENRY Flame cutting machine Takes use of a High-precision cutting head: it is equipped with a professionally designed cutting head, which is able to achieve precise cutting lines.
The flame cutting machine uses a high-efficiency oxygen ignition device to cut steel plates with high flatness and smooth surface
The Henry factory uses intelligent drilling equipment, which ensures the accuracy of hole spacing, diameter, precision, depth, and position on our block-making machine. Additionally, our experienced craftsmen, who have been skilled for over 20 years, guarantee the precision and perfection of all the components processed for our block-making machine
Henry Factory uses high-precision milling machines to process precision components, such as shaft sleeves, bearings, guide pillars on the brick-making machine, and guide rails on the material cart. These components are all completed on our milling machines. Surface milling ensures flatness and smoothness. Angular milling is used to achieve angled or sloped surfaces
The Henry factory has five independent planer machines to ensure that the vibration platform of the Henry block-making machine, the base of the hollow block mold, is flat and smooth and maintains a horizontal reference so that the production of blocks is exactly the same.
Henry factory has six independent CNC machine tools, with automatic tool change, automatic tool correction, and automatic workpiece clamping during processing, and realize complex curves, curved surfaces, and geometric shapes through computer programming control. Machining, exact reproduction, and machining of complex components
Henry Factory has fifteen lathe machines, each heavy industrial equipment. The critical parts of our block making machine are fixed on the main shaft of the lathe, and the tool is cut on the workpiece by the high-speed rotation of the main shaft, which can be processed into Different lengths, shapes, threads, and tedious processes.
Wire cutting machine is the most commonly used mechanical equipment for block-making machine manufacturers 。For the presser foot of the hollow block mold, the bottom plate, or the pavement brick mold, the presser foot of the earth interlocking block mold, and the processing of the core board, the wire cutting equipment passes steel wire, diamond wire Perform high-speed cutting to ensure zero error and integrity of each part.
Henry Factory has invested a lot of money to put into the production a plasma-cutting machine. The plasma cutting machine uses a high-speed rotating plasma beam to complete a large amount of cutting work in a short time. Moreover, the cutting section is smooth, and the cutting accuracy is higher than that of the flame-cutting machine.
The grinding machine uses a high-speed motor and a grinding disc to grind the unevenness, oxide layer and blemishes on the key parts of the block-making machine and the surface of the concrete block mold. By adjusting the grinding speed and strength, the accuracy and gloss of the surface of the treated part can be guaranteed.
Carbon dioxide shielded welding technology
Carbon dioxide gas shielded arc welding. The shielding gas is carbon dioxide (sometimes a mixed gas of CO2+Ar), which is mainly used for manual welding. Due to the special influence of the thermophysical properties of carbon dioxide gas, when using conventional welding power sources, it is impossible for the molten metal at the end of the welding wire to form a balanced axial-free transition. Usually, it is necessary to use short circuits and droplet constriction to burst. Therefore, free welding with MIG welding causes More splashes than transitions. However, Henry Company uses high-quality welding machines with appropriate parameters to obtain a stable welding process and minimize spatter. Due to the low price of the shielding gas used, the weld seam is well-formed when the short-circuit transition is used, and the use of a welding wire containing a deoxidizer can obtain a high-quality welded joint without internal defects. Therefore, this welding method has become one of the most important welding methods for Henry brick machine steel plate materials.
Manganese steel carburizing technology
Carburizing is a chemical heat treatment method widely used in Henry brick making machines. It is to place the workpiece made of low-carbon steel or low-carbon alloy steel in a carbon-rich active medium, heat it to 850-950°C for several hours, and make the carburizing medium generate active carbon atoms on the surface of the workpiece. After surface absorption and Diffusion and infiltration into the surface of the workpiece, so that the carbon content of the surface reaches more than 0.8% heat treatment process. Henry Brick Making Machine After carburizing, quenching and low-temperature tempering are performed to improve the hardness, wear resistance and fatigue strength of the workpiece surface, while maintaining a certain strength and good toughness in the core. The core parts of the Henry Brick Making Machine are all quenched and tempered so that the mechanical properties of the surface and core meet predetermined requirements. The Henry Brick Making Machine’s hollow brick molds, pavement brick molds, and material truck traveling guide rails all have high Hardness, wear resistance and fatigue strength, etc.
Plasma flame cutting machine
A plasma flame-cutting machine can cut various metals that are difficult to cut by oxygen cutting with different working gases, especially for non-ferrous metals (stainless steel, aluminum, copper, titanium, nickel). The cutting effect is better; its main advantage is that the cutting thickness is not. For large metals, the plasma cutting speed is fast, and it is equipped with an arc pressure automatic height adjustment device. Especially when cutting ordinary carbon steel sheets, the speed can reach 5-6 times that of the oxygen-cutting method (the flame-cutting method). The surface is smooth, the thermal deformation is small, and there is almost no heat-affected zone.
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