A diameter 18 mm aluminium disc. A three-week deadline. A feed rate that had to be flawless from day one \u2014 and every day after.<\/p>\n
When a customer brings us a “simple” part, we already know the engineering challenge isn’t the geometry \u2014 it’s everything else: the speed, the orientation, the integration, the timeline.<\/em><\/p>\n An 18 mm diameter \u00d7 4 mm thick aluminium disc. On paper, about as uncomplicated a part as you’ll find. In practice, delivering it at 500+ parts per minute, in a precise rolling orientation, seamlessly integrated with existing downstream equipment \u2014 and commissioned within three weeks \u2014 is an entirely different proposition.<\/p>\n This is the kind of challenge Elscint was built for.<\/p>\n The Challenge<\/strong><\/p>\n Our customer needed more than a feeder. They needed a precision-engineered system that could slot into a live production line and perform without fault from the moment it was switched on.<\/p>\n Customer Requirements<\/strong><\/p>\n None of these requirements are unusual in isolation. Together, at this speed, with this deadline, they demand engineering that leaves nothing to chance.<\/p>\n 500+Parts Per Minute<\/strong><\/p>\n <3Weeks to Delivery<\/strong><\/p>\n \u00b1100mm Height Adjustment<\/strong><\/p>\n Our Engineering Solution<\/strong><\/p>\n We began with our proven Elscint drive base \u2014 a platform chosen for its rigidity and consistent vibrational performance at high throughputs. The real work was in the internal bowl tooling, custom-designed to capture each disc from the bulk mass and orient it onto its edge into a rolling position before it enters the track.<\/p>\n To sustain 500+ PPM without creating a bottleneck at the handoff point, we engineered a custom gravity chute to bridge the gap between our feeder and the customer’s input track. Gravity does the work; precision geometry ensures the orientation is never lost in transit.<\/p>\n Off-the-shelf solutions cannot guarantee orientation, speed, and reliability simultaneously. Engineered solutions can \u2014 and must.<\/em><\/p>\n Built for Real-World Integration<\/strong><\/p>\n A feeder that performs in isolation is only half the job. The system had to function as though it had always been part of the customer’s line.<\/p>\n Smart Leveling Stand<\/strong><\/p>\n The system sits on a robust cubical stand with integrated leg levelers with a central dia 60 mm screw, providing \u00b1100 mm of height adjustment \u2014 enough to perfectly align with virtually any existing input track, horizontally and vertically.<\/p>\n Sensor Interlock<\/strong><\/p>\n A Fork sensor monitored \u00a0the downstream track in real time. If the track fills \u2014 due to a slowdown or stoppage downstream \u2014 the bowl feeder cuts automatically, preventing jams, protecting parts, and reducing energy consumption and wear.<\/p>\n These aren’t afterthoughts. They’re the details that determine whether a system runs for three months before a service call \u2014 or three years without one.<\/p>\n The Results – <\/strong><\/p>\n When you invest in proper engineering upfront, you eliminate the hidden costs that accumulate over years of downtime, misfeed events, and reactive maintenance. The geometry of a part is never the whole story.<\/p>\n\n
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\n Metric<\/strong><\/td>\n Outcome<\/strong><\/td>\n<\/tr>\n<\/thead>\n\n \n Feed Rate<\/strong><\/td>\n Exceeded 500 PPM target \u2014 sustained, consistent throughput from commissioning<\/td>\n<\/tr>\n \n Orientation Accuracy<\/strong><\/td>\n 100% rolling orientation maintained through feeder and gravity chute transition<\/td>\n<\/tr>\n \n Delivery Timeline<\/strong><\/td>\n Concept to fully operational on the customer’s floor in under three weeks<\/td>\n<\/tr>\n \n Maintenance Design<\/strong><\/td>\n Precision-ground tooling engineered for years of maintenance-free operation<\/td>\n<\/tr>\n \n Line Integration<\/strong><\/td>\n Seamless fit with existing downstream equipment; proximity interlock operational on day one<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n