Gravity-fed bin flow rack systems engineered for small-parts FIFO storage, line-side kitting, and Kanban pull replenishment. Ten specialized configurations — from lean two-bin systems to high-density ESD-safe storage. Built on modular aluminum T-slot profiles for tool-free lane adjustment, rapid reconfiguration, and long service life.
Ten specialized bin flow rack configurations — select a category to explore specifications, features, and applications.
Gravity-fed bin lanes sized for small parts, hardware, and fasteners with precise lane width and divider spacing.
Lean-optimized bin flow racks for waste reduction, pull-system replenishment, and line-side visual management.
Integrated Kanban card holders and two-bin pull signals for visual replenishment in lean manufacturing environments.
Fixed-angle sloped shelving for bin presentation and ergonomic front-face access at line-side workstations.
Tool-free continuous lane dividers and adjustable track widths for rapid bin size changeover and mixed SKU lanes.
Compact bin flow rack modules integrated into assembly workstation frames for point-of-use parts presentation.
Dual-lane two-bin Kanban configurations with active front bin and reserve rear bin separated by a physical stop.
Color-coded bin and divider systems for visual SKU management, error-proofing, and material zone identification.
Electrostatic-discharge safe bin flow racks for electronics assembly, PCB handling, and sensitive component storage.
Multi-tier stacked bin flow configurations maximizing vertical storage density for high-SKU small-parts environments.
Need a Custom Bin Flow Configuration?
We engineer bin flow systems around your bin sizes, replenishment cycles, floor space, and throughput targets — from single workstation to full facility installations.
Request a QuoteGravity-fed inclined lanes deliver bins to the pick face without motors or power — zero operating cost per lane after installation.
Rear-load, front-pick architecture ensures strict first-in-first-out bin rotation — essential for date-sensitive materials and lot traceability.
T-slot aluminum frames allow lane width, tier height, and rack depth to be changed in the field without new parts as bin sizes and SKU mix evolve.
Integrated card holders, two-bin dividers, and empty-lane visual signals are designed into the frame — no retrofit hardware needed.
Multi-tier stacking with narrow lane widths uses full building height and delivers the highest small-parts pick-face density per square foot.
Bin flow modules attach directly to assembly workstation T-slot frames — no secondary structure needed for point-of-use parts presentation.
Inclination angle adjusts to match bin weight and base friction — heavier bins on shallower pitch, lighter bins on steeper pitch, in the same frame.
Continuous lane dividers slide and lock in T-slot channels with hand knobs — full lane width changeover in under two minutes, no tools required.
Conductive bin track, ESD bin tray options, and grounding strap connection points for safe handling of sensitive electronic components.
Colored dividers, bin labels, and lane end-caps provide visual SKU differentiation and error-proofing across high-SKU small-parts pick faces.
Aluminum frames do not corrode in cold and humid environments. Components operate reliably to -20°C with stainless fastener options for cold rooms.
Physical lane dividers create active and reserve bin zones in a single lane — two-bin pull replenishment without additional hardware or bin movers.
Let our engineering team design bin flow rack systems sized for your bins, throughput, and facility layout.