Reasons Why Stainless Steel is the Ideal Material for Custom Conveyor Systems
Blog | September 27th, 2018Stainless steel, an ever-popular material choice, answers the needs of many product handling challenges. The alloy-toughened metal solves such challenges by providing a customized edge. For example, what happens when an automated production line employs sensor arrays and special electronic circuits? For stainless steel, a conveyor system material that doesn’t generate messy, sticky, or free-floating particles of process dirt, the sensitive electronic parts are left clean and in pristine condition.
Assuring Production Accuracy
The polished metal functions with creditable proficiency in the above processing example. Then, because the satin-finished alloy slides easily past other stainless steel segments, that particulate-negating feature is joined by a lubrication-free system attribute. Used in food-safe settings, those two customizable material properties are beyond priceless. Next, the activity on the line is clean and lubricant-free, but is it obeying the directions given out by the processing controls? Customized so that conveyor systems can add product handling assemblies and positional aids, only stainless steel offers this degree of fabrication-friendly versatility.
Stainless Steel: One-Sheet Ribbons
Moving away from the food-safe industry for a moment, this is an alloy that also excels as an across-the-board system customization option. On a line that ejects extruded plastic parts, for example, standard rubber belts and fibre-reinforced plastics leave ugly marks on curing plastics. Replaced by a single sheet of stainless steel, the ribbon acts as it would in a catering establishment; the product doesn’t stick, nor does it gain scores of unsightly marks. In this example, flat-sheet ribbons, not articulated segments, perform as the custom-fabricated system asset. Of course, stainless steel does adapt to that articulated configuration with some ease.
Stainless Steel: Articulated Segments
In food-safe settings and plastics-processing lines, the one-sheet approach partners with continuous TIG welding technology to assure a wholly flat product. For true customization versatility, however, manufacturers often opt for steel-segmented configurations. Handling inclines and elevation changes, curves, and product buffering incidents, this conveyor system layout just underlines our theme-of-the-day that this incredibly versatile metal can adapt to handle any production environment and every imaginable application. And, like certain rugged aluminium alloys, this metal is considered a fabrication paragon, one capable of dominating all other material solutions, as used in today’s conveyor ribbons.
A drive transmission, made of stainless steel gears and couplings, resists corrosion. Meanwhile, there are customized rails and fittings, made of the same metal, of course, lining the entire length of the production line. Sensor supporting rods, position-orienting accessories and more, this is undoubtedly, uncontestedly, the ideal conveyor system material. It won’t corrode, but it certainly will adapt to suit every conceivable production setting.
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