Updated October 2026
A device picks up costs at receiving, on the shelf, at the packing table, and again if it comes back. Shipping is the one that surprises device brands most, because a lithium battery can change how a parcel is allowed to travel and what the carrier charges.
The primary drivers of small electronics fulfillment cost are:
Batteries matter because lithium is a regulated cargo. A 3PL can potentially lower some of these costs by choosing the carrier for each order, sizing the box to the device, and keeping your stock closer to your customers.
By The Fulfillment.com team
Two device brands can pay identical rates for each step and still end up with very different totals. Much of the gap comes from:
The battery is what sets electronics apart. Most consumer devices contain a lithium battery or ship with one, and carriers only take lithium under strict rules. So shipping isn't one rate across a catalog. For each SKU, the battery's watt-hour rating decides which shipping routes it can use and which surcharges it can draw.
Rates depend on your devices and volume, so the actual figures come with your quote.
No order ships until your inbound stock has been received, counted and checked in. On electronics, receiving usually includes one more step: recording each unit's serial number or IMEI so it can be tied to the order that ships it. Warranty claims and disputes come back to that record.
Activating a device or wiping its data is separate work from recording its serial, so check which one a quote covers. Pallets that come in counted and barcoded get through receiving faster than loose units someone has to sort by hand.
Devices don't spoil, so at first glance storage is just space: how much you hold and for how long. Expensive electronics that are easy to steal usually belong in access-controlled storage with regular cycle counts instead of on open shelving. That control protects your margin and the link between each serial number and its order.
Stock that doesn't sell keeps paying for controlled space, so buying in line with real sales keeps this cost down. The access and counting controls themselves are described under high-value and theft-sensitive security.
Every order is pulled from the shelf, barcode-scanned and packed. One device on its own is the cheapest order to fill, while accessory kits and devices bundled with cables take more handling. Electronics also ask more of the packing table, from anti-static bags for sensitive parts to cushioning for glass screens.
The barcode scan is what stops the wrong SKU from going out. Getting the pick right saves money too, since a mis-pick turns into a return plus a second shipment. We run picking in BestOMS, with Deposco behind it.
Electronics are returned at high rates, so returns are a regular part of the bill. You pay for each unit's trip back and its inspection, and then for restocking it or disposing of it. We inspect returned devices as they arrive. Only units that pass a check for resellable condition should go back into sellable stock. The rest go to B-stock or disposal, so your next customer doesn't receive a returned unit as new.
Function testing, repair and refurbishment are separate work, so raise them at the start if you need them. Grading and routing are explained step by step in electronics returns, RMA, and reverse logistics.
Shipping is frequently the largest single cost, and on electronics two things push it up. The first is dimensional weight (DIM). When a parcel takes up more space than its weight would suggest, the carrier bills it on its measurements, so a small device in an oversized carton is charged for its size.
The second belongs to this category alone. Lithium batteries are Class 9 dangerous goods, and that classification can raise the freight bill. A battery's watt-hour rating decides whether a parcel can fly, and a battery large enough to be fully regulated for air draws carrier dangerous-goods surcharges. The air rules are strict enough that many battery SKUs end up going by ground. Whether we run an in-house hazmat or regulated-air program is confirmed with you up front. The exact air and ground limits, by watt-hour, are on power bank and charger fulfillment.
Your devices, what they're worth and the batteries inside them set most of the bill. Freight is where a 3PL can potentially lower it, within the routes each SKU is allowed to use.
Whoever you talk to, ask them to:
General-purpose 3PLs most often slip on the battery question, and a wrong answer shows up later as refused parcels and surprise surcharges. Put the same question to us; your quote spells out the hazmat and lithium shipping we cover for your SKUs. A single price per order with no breakdown hides which cost is the expensive one. The rates for your devices, volume and channels come back on a free quote.
Five costs usually stand out. Before an order ships, you pay to receive each unit, capture its serial number, and keep high-value stock in access-controlled storage. Each order then needs picking and packing. After that come freight and returns. Freight works differently for devices, because a lithium battery can bring its own surcharges. A 3PL can potentially lower some of it by having the team that packs each order also choose its carrier, sizing the box to the device, and keeping your stock in several warehouses so each trip is shorter.
Lithium batteries are Class 9 dangerous goods, and that classification can change how a device ships and what its freight costs. Most devices fall in the watt-hour tier that only needs the square lithium-battery mark. A battery over the 100 Wh air limit is fully regulated for air and draws carrier dangerous-goods surcharges. Ground shipping (highway or rail) allows batteries up to 300 Wh, as long as the package is marked forbidden aboard aircraft and vessel. Lithium-ion sent by air has to be at 30 percent charge or less, which pushes many battery devices to ground. Before you sign, check with us which of your battery SKUs fall inside our hazmat and lithium-shipping scope.
Often, for two reasons. When a parcel is large for its weight, carriers bill it by its measurements, which is called dimensional weight (DIM), so a small device in an oversized box pays for its size. Lithium batteries also limit which routes a device can travel and can add surcharges. Sizing the box to the device, leaving the carrier choice with the team that packed the order, and keeping stock closer to your customers can potentially keep this cost down.
Electronics come back often enough that returns are a real line on the bill, and handling them well protects your margin. You pay for each return's trip back and its inspection, and then for restocking or disposing of it. Returned devices are inspected, and only units in resellable condition should go back into sellable stock, and the rest go to B-stock or disposal. Testing, repairing or refurbishing a device is extra work, so raise it at the start if you need it.
Expensive devices attract theft and miscounts, so high-value stock is commonly kept in access-controlled storage with cycle counts instead of in open bins. It pays off when a count or pick that doesn't match is caught before it ships. That protects your margin and the record tying each serial number to its order. Ask any partner what its storage controls actually include.