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Processes involved in custom metal fabrication - Toronto
January 03, 2016

Custom metal fabrication in Toronto has become an integral part of modern industrial applications with companies looking for workable solutions for their processes. Most processing and manufacturing businesses are looking for advanced equipment that can effectively meet their needs at the lowest possible cost. Metal fabrication has come in to bridge the gap between the available equipment and modern customer needs.

Custom metal fabrication refers to processes such as welding, rolling and assembling of metals to develop certain machines or equipment. These processes are applied on materials such as aluminium, stainless steel, steel, copper, brass, plexy glass, extrusions and polycarbonate, and are aimed at producing highly versatile products to fit different applications. Cutting can be done through shearing, sawing and chiselling for materials using both manual and powered variants. Modern Toronto warehouses also use hand-held torches such as oxyfuel and plasma fuels, as well as numerical control cutters like laser mill bits and water jets to cut materials more accurately. Modern CNC cutters can penetrate thick metals of up to 500” and deliver perfect edge surfaces with minimal material wastage.

Bending is an important process of custom metal fabrication in Toronto that is done through hammering and press brakes. Just like cutting, this process can also be done through both manual and powered gadgets. Modern fabricators use press brakes to air-bend or coin sheet metal into the required form. Back gauges that are CNC controlled use hard stops to position different cut parts perfectly so as to place bend lines on the right position. The latest programming tools have made it possible to achieve very efficient bends on industrial metals.

Assembling in custom metal fabrication Toronto refers to the processes involved in joining pieces together to form a certain structure. It is normally done through activities such as welding, riveting, bending of adhesives and using thread fasteners. The usual starting materials for most fabrication processes are sheet metal and structural steel along with flux, welding wire and fasteners used to join cut pieces together. Modern developments in technology have made it possible to automate various fabrication processes, making it possible to come up with highly calibrated products within a short period.

Technicians are necessary for every fabrication process as they play an important role in the engineering and design duties. Custom-precision sheet metal fabrication enables manufacturers to design individualized products to meet varying needs in the industry.

Precision is key to metal fabrication.
Posted by: Regina | January 30, 2017, 4:05 pm
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