The Challenge:
The customer’s existing coin medallion machines relied on aging analog platforms and outdated, cash-only payment methods. To meet modern customer expectations and expand sales, they needed to launch their first-ever high-tech kiosk.
Their specific requirements demanded:
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Modern Interface: A sleek, large touchscreen display to handle all transactions and user interactions.
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Robust Computing: A mini-PC solution powerful enough to run their custom Linux-based software reliably.
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Extreme Durability: The components had to be industrial-grade, capable of surviving continuous 24/7 operation in highly variable climates, from the freezing cold of Alaska and Canada to the extreme heat and high humidity of Texas and Florida.
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Scalability: Their initial attempt with a consumer-grade Raspberry Pi solution was deemed unfeasible for mass production and lacked the necessary thermal management and power.
Our Solution:
Impact Components provided a seamless, industrial-grade computing and display package, ensuring the new kiosks could withstand harsh environmental demands while delivering a premium user experience. By leveraging Impact Components’ expertise, the customer successfully deployed their new line of high-tech souvenir kiosks.
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Unmatched Durability: The fanless Mini-PC was specifically engineered for extreme conditions, confirmed to be operational at temperatures as low as -40°C, ensuring performance in the coldest regions.
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Sustained Operation: Both the monitor and PC are industrial-grade and designed for 24/7 continual operation, eliminating the maintenance and failure issues associated with consumer-grade parts.
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Future-Proof Scalability: The industrial solution provides guaranteed longevity and support, allowing the customer to confidently scale their high-tech machines into mass production without fear of obsolescence or component changes.
The customer now provides a reliable, modern, and engaging souvenir experience, backed by the industrial resilience of Impact Components' display and embedded computing solution.
Technologies Used:
