Importance of advanced technology in custom metal fabrication
Advanced technology in custom metal fabrication Toronto means the improvement of processes and products through innovative and cutting edge technology so that it will remain competitive in the industry. Advanced technology when applied to custom metal fabrication improves techniques in product design and production to add value to the manufacturing sector. Innovative products are produced that ensures reliability and affordability. In custom metal fabrication Toronto, advanced technology is found in laser and plasma cutting, CNC metal bending and automated welding services that can create custom subassemblies of piping, plates and structural parts.
Laser and plasma cutting in custom metal fabrication Toronto
Laser cutting is advanced technology used in cutting metal from flat sheet materials to structural and piping metals. Laser cuts the material by melting, burning or blowing it away in a process of simulated emission manifested in the form of a low divergence beam that can be manipulated with various reflective surfaces. Precision in laser cutting is higher than that of typical industrial cutting tools because it creates cleaner, burr-free cuts with quicker production time and minimal operator intervention.
The popularity of plasma cutting in custom metal fabrication grew due to its ability to contour cuts steel plates with the highest speed in the industry. Plasma cutting is the best process to improve productivity inasmuch as it reduces cost by increasing the life of the consumables parts in the torch and by improving the cut edge angularity while minimizing dross formation. The platform of the plasma torch relies on CNC that controls torch motion.
Automation in the welding process
Welding is the process of joining materials during product assembly. The type of welding used is usually dependent upon part materials, joint strength, leak tight requirements and other customer requirements. Ultrasonic welding is widely used for both metal and plastic applications wherein precision is required like in medical devices. The process involves high frequency sound waves and pressure to bond metals together with less energy than conventional welding. Conventional welding usually requires heating other metals as a bonding agent like lead solder in electrical connections. An open flame should reach high temperature to melt metal surfaces together which can be an expensive manufacturing process.
Resistance welding is used in metal to metal joining applications where weld integrity must be validated. Laser welding is primarily employed in custom metal fabrication Toronto and precision metal fabrication for metal joining operations. This is an electromechanical process used to assemble metallic parts without the need for consumables like brazing materials, solder or welding rods.