TOP METAL FABRICATION MACHINERY TECHNOLOGIES: HYTEK
Metal fabrication is the production of metal structures using a wide range of processes such as cutting, bending and assembling. Metal fabrication will often form a complete assembly made from smaller sub-assemblies for use with available standard sections.
The Top metal fabrication machinery Technologies are:
1. FORMING TECHNOLOGY
Forming technology is predestined for the economic production of large required products with high accuracy. These effects have only a minor influence on conventional macro processes but must be taken into account for the design and production of micro parts in the industry.
2. CUTTING TECHNOLOGY
A water jet cutting machine uses water under high pressure to which sometimes abrasive particles are added to cut through materials. The advantage of waterjet cutting over laser and plasma cutting methods is it takes place in cold conditions so that the chemical structure of the metal is not affected.
3. WELDING TECHNOLOGY
The welding technique is used mainly for joining metallic parts usually through the application of the healing process. The welding technique which involved interlayering relatively soft and tough iron with high carbon material, followed by hammer forging produced a strong, tough blade arc welding, Shielded metal-arc welding.
4. MATERIAL HANDLING
Material handling is the process of movement, storage, control, and protection of materials and products throughout manufacturing, warehousing, distribution, consumption, and disposal and all the process as well.
5. CHEMICAL TECHNOLOGY
Chemical technology deals with the chemical unit operations, organic, analytical, and inorganic chemistry, policies and practices in areas of environmental, health and safety, process system control, laboratory instrumentation, and statistics for quality help the graduate to understand the operations of modern chemical industries.
6. TOOL TECHNOLOGY
Machines mainly used for shaping or machining metal or other rigid materials using cutting tools. Machine work includes lathe, milling machine, heat-treating, bench work, drill press, grinder, and band saw. The student is exposed to a Computerized Numerically Controlled (CNC) milling machine and a computerized turning centre. This enables the student to learn current technology as it relates to computer-controlled machinery.
7. SURFACE TECHNOLOGY
The initiative aims to improve machine-machine communication for surface technology to reduce the integration effort for machines, installations, and devices in surface technology. It deals with the integration of machines, installations, and devices of surface technology.
• among each other,
• with peripheral systems and
• with the production control system.
8. ASSEMBLY TECHNOLOGY
Assembly automation is the application of robotics, software, digitized data, and plant design engineering to manufacturing processes to minimize manual labour requirements while maximizing efficiency, safety, and output. Advancements in industrial automation technologies such as artificial intelligence, machine vision, complex robotics, and other controls are making automated assembly more flexible, efficient, and rapid than ever before.
CONCLUSION
The processing of sheet metal is a more complex problem. This blog briefly describes the top metal fabrication machinery technologies. In conclusion, we should set up such kinds of technologies for better working conditions and for more productivity.
