Intralox AIM™ Equipment — Gentle, Hygienic Automation for High-Throughput Applications
Intralox AIM™ Equipment enables fast, hygienic, and gentle automation for sorting, switching, and merging. Designed for washdown environments, it reduces maintenance, eliminates downtime, and boosts efficiency in high-throughput processing lines.
Balanced Innovation + Clean Design
AIM™ technology merges modular plastic belting with a sleek, single-sculpted carryway design, delivering hygienic, gentle, and efficient automation. It excels in sorting, switching, and merging, even in washdown environments.
Capabilities Tailored to Your Line
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Sorting—AIM Sorter & Multilane Sorter
Redirect products quickly—up to four times faster than traditional pusher/paddle arms—while preserving orientation at speeds up to 200 ft/min (61 m/min). Ideal for reject sorting, line balancing, and more. -
Switching—AIM Switch & AIM Glide™
Gently divide product lanes up to four times faster than conventional methods. AIM Glide™ offers even greater advantages:-
75% less maintenance
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50% cleaning time reduction
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Lubrication-free operation
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Zero unscheduled downtime
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Zero-rework design with quieter, safer performance
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Merging—AIM Merge & Perpetual Merge
Seamlessly merge multiple product lines (up to 2:1 or 3:1 ratios) at speeds up to 200 items/minute. The Perpetual Merge offers a fully mechanical, washdown-capable design—no accumulation trap, minimized jams, and simpler controls.
Proven Benefits Across Operations
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Gentle, Product-Friendly Handling — Protects integrity while boosting throughput
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Hygiene-First Design — Washdown-ready, easy to clean, low contamination risk
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Operational Reliability — Reduces labor, avoids jams, and minimizes unscheduled downtime
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Efficiency Gains — Delivers maintenance time and effort savings across the board
Intralox AIM™ Equipment sets a new standard for automated conveying, combining gentle product handling with clean, reliable performance. Whether sorting, switching, or merging, AIM systems elevate efficiency, sanitation, and flexibility in fast-paced processing lines.
Further information