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Electronics and White Goods Parts Storage — Storeganizer High-Density Pockets

High SKU counts, small units and shallow stock depth are exactly the profile pocket storage was built for. Convert existing rack into thousands of scannable component locations without adding floor space.

Storeganizer pocket columns installed across pallet rack bays at an electronics distributor

252

locations per 96″ bay (XS)

44 lb

per pocket

4 rows

deep per bay

0

software to integrate

Why electronics is a fitAppliance sparesPocket sizingESD and packagingPicking and accuracyReference resultsFAQs

Why electronics storage breaks conventional shelving

An electronics distributor, contract manufacturer or repair depot usually has the same storage problem in a different package: thousands of active part numbers, almost none of them needing much cube, and a shelf estate that ran out of distinct addresses long before it ran out of volume. The response is normally to share a shelf between several part numbers, which is where mispicks start.

The mismatch, stated plainly

  • SKU count is high, unit volume is low. A shelf level sized for cartons wastes most of its cube on a bagged connector.
  • Stock depth is shallow. Many part numbers are held two or three deep, so a full shelf level per SKU is indefensible.
  • Shared locations cause errors. Two similar part numbers in one bin is the single most common cause of a wrong pick.
  • Travel dominates the pick. When items are spread thin across bays, walking is most of the pick time, not handling.
Diagram comparing pick locations in one pallet rack bay as pallet storage, shelf levels and Storeganizer pocket columns
One bay, priced and counted by addresses rather than square footage — the metric that matters when you are short of locations, not floor.

Hanging textile pocket columns in the rack you already own inverts that. Each pocket is one SKU, one label, one barcode, one address, and a single 96-inch bay can carry hundreds of them. For the underlying mechanism, see how Storeganizer works.

White goods and appliance spares

Appliance spare parts are one of the hardest inventories to slot well, because the range spans a fascia panel and an O-ring in the same catalogue. Mixed pocket sizes within a bay handle that spread without buying three different storage systems:

Part group Typical pocket Why
Seals, clips, fasteners, sensors XS 12×12×6″ Tiny items, high line count — maximum addresses per bay is the objective.
PCBs, control modules, switches S 12×12×12″ Boxed electronics of consistent size; keeps the original ESD packaging intact.
Pumps, motors, valves, hoses M 18×12×14.5″ Bulkier assemblies that still sit well under the 44 lb pocket limit.
Drawer fronts, trays, small panels L 18×20×14.5″ Wide and light — the classic case for depth over height.
Housings, fascias, large covers XL 24×20×18″ Fewer locations, but keeps awkward plastics off the floor and undamaged.
Diagram of the five standard US Storeganizer pocket sizes XS to XL with opening dimensions and pick locations per 96 inch bay
The five standard US pocket sizes and the locations each yields in a 96-inch bay.

Because columns unhook and rehang by hand, a slotting decision made today is not permanent. As a model range is superseded and the spares profile shifts, the pocket mix moves with it — see SKU slotting and rack-space ROI.

Getting the pocket mix right first time

1

Profile the range by geometry

Sort the active part numbers by their largest dimension, not by product family. Storage cares about shape; catalogues do not.

2

Layer in stock depth

A part held three deep needs one pocket. A part held two hundred deep may still belong in a carton on a shelf.

3

Weight by pick frequency

Fast movers belong at the accessible front rows and at comfortable height. Slow movers can go deeper and higher.

4

Configure the bay

Enter real beam dimensions in the Designer and see the column count, pocket count and total locations before you commit.

Configure a bay in about two minutes

The Storeganizer Designer takes your beam width, depth and clear height and returns a preliminary configuration with total pick locations. No login, and nothing is submitted to us unless you choose to send it.

ESD, packaging and cleanliness — what we will and will not claim

Clear Storeganizer pockets with label holders creating high-density pick faces in pallet rack
Labelled pick faces: each pocket is a discrete, scannable location rather than a shared shelf.

Keep the parts in their own packaging

We do not market a static-dissipative textile, and we are not going to imply one. In ESD-sensitive operations the practical answer is that the component stays in its shielding bag, tube or tray and the pocket serves as the storage address — the same relationship the part already has with a cardboard bin.

Where that is not acceptable to your quality system, say so at the enquiry stage. There are inventories we will tell you to keep in ESD shelving, and it is cheaper for everyone to establish that before a quote than after an installation.

Front covers are available where dust ingress on open components is the concern, and dividers where two small part numbers must share one pocket under controlled conditions.

What it does to picking and accuracy

Two things change at once. Pick density per linear foot of aisle rises sharply, so a picker covers more lines in the same walk; and every part number gets its own labelled, barcoded address, which removes the shared-bin ambiguity behind most mispicks.

🚶

Less travel

Independent research at the University of Leuven (2013) measured around 42% less travel time and about 26% better picking efficiency across the systems studied.

📦

More addresses per step

Consolidating a thin, wide range into fewer bays means more pickable lines per linear foot of aisle.

✅

Fewer wrong parts

One SKU per labelled pocket, scan-verified. Electronics part numbers that differ by one character stop sharing a bin.

Diagram comparing a long picking route across eight shelving bays with a short route across two Storeganizer bays
The same pick list across spread-out shelving versus a consolidated run of pocket columns.

More on the mechanics: order picking efficiency. If you are weighing pockets against carousels, flow rack or a VLM, our alternatives comparison is deliberately even-handed about where automation wins.

Reference results from electronics and distribution operations

Reported by the operators concerned. We publish what was measured and attribute it, and we do not extrapolate it to your building:

Operation What they reported
Ingram Micro, Northampton (technology distribution) Around 40% more SKUs handled per linear foot of picker travel — reported by David Cuddeford, Principal Engineer.
Gates (industrial components) Approximately 90% space saving in the converted storage area.
DSV (contract logistics) 19 medium-pocket bays; roughly 50% space saving and about 30% better picking efficiency.
CEVA Logistics, Daventry (3PL) 26 bays across five pocket sizes in a 90,000 sq ft operation; improved picking KPI with reported 100% accuracy.

Full write-ups, including the numbers behind them, are in our Storeganizer case studies.

Electronics and white goods storage — FAQs

Is Storeganizer suitable for electronic components?
Yes, for boxed, bagged and blister-packed components and for finished small assemblies. Each pocket holds up to 44 lb (20 kg) and is addressed individually, which suits the very high SKU counts and small unit volumes typical of electronics distribution and repair operations.
Are the pockets ESD-safe or static-dissipative?
We do not claim a static-dissipative textile. Where components are ESD-sensitive, the normal approach is to keep parts in their existing ESD packaging, bag or tray and use the pocket purely as the storage address. Tell us the ESD requirement up front and we will confirm what is and is not appropriate before quoting.
Can pockets hold white goods spare parts?
Yes — that is one of the strongest fits, because appliance spares span an enormous range of shapes with low stock depth each. Larger housings, fascias and panels go in L or XL pockets; clips, seals, PCBs and sensors go in XS or S.
How many locations can we get from one bay?
In a 96″ bay, the published US range runs from 252 locations with XS pockets down to 28 with XL. Most electronics operations mix two or three sizes in the same bay, which is normal and is how the suspension system is designed to be used.
Will barcodes and our WMS work with it?
Yes. Pockets take label and barcode holders, so each pocket becomes a scannable location in the WMS you already run. There is no software to license and nothing to integrate — you are adding locations, not a system.
What about long, thin parts like harnesses and extrusions?
Pocket depth is limited, so genuinely long items are better in shelving or a cantilever. Send the outliers with your SKU list; we will tell you which ones do not belong in pockets rather than force them in.

See what your component range looks like in pockets

Send bay dimensions and a SKU list. You will get a pocket mix, a location count and a straight answer on any parts that do not belong in pockets.

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