Setting Up Your First E-commerce Packing Station

You've been shipping e-commerce orders from the same table where your warehouse team eats lunch. The label printer sits next to the microwave. Packing tape shares a drawer with ketchup packets. Orders get picked from wherever someone remembers seeing the product last.

It works. Sort of. Until it doesn't — and "doesn't" usually looks like a wrong-item shipment to an Amazon customer who leaves a 1-star review, or a Friday afternoon where 40 orders need to ship and nobody can find the packing slips.

Setting up a dedicated packing station isn't complicated and doesn't cost much. But the details matter. Here's exactly what you need, what it costs, and how to set it up so it actually works.

The Hardware: What You Need and What You Don't

This is the bill of materials for a single packing station that can handle 100–200 orders per day with one operator.

Under $2,000 for everything. If you already have a computer and a table, you're looking at $500–$700 for the scanner, label printer, and TV.

What you don't need: A touchscreen (the scanner is your input device). An expensive industrial computer (any mini PC with a browser works). A fancy packing bench with built-in conveyors (that's for 1,000+ orders/day operations). RFID equipment (barcodes are simpler, cheaper, and work fine for this scale).

The Physical Layout

Where you put things matters more than what you buy. A poorly laid out station with great equipment is slower than a well-laid out station with basic equipment.

The TV goes on the wall, at eye level, directly in front of the operator. Not on the table — that wastes table space and forces the operator to look down. Wall-mounted, 4–5 feet from the operator, with text large enough to read from that distance. The screen shows the current order: items to pack, quantities, and scan status.

The scanner sits in a holster on the table edge, dominant-hand side. The operator grabs it, scans, puts it back. It shouldn't be buried under packing materials or tethered with a cord that's too short.

The label printer goes on a shelf or stand next to the table, not on the table itself. Labels print and the operator grabs them without moving products out of the way. Keep the label output facing the operator.

Packing supplies go on the opposite side from the scanner. Boxes, tape, bubble wrap, packing peanuts — whatever you use. The workflow is: scan items (right side) → pack items (center) → grab supplies (left side) → seal and label. Left-to-right flow. No backtracking.

The command chart goes on the wall next to the TV. This is a laminated sheet with control barcodes — PACK ORDER, CONFIRM, NEXT ORDER, SHIP UPS, SHIP USPS. The operator scans these to control the workflow without touching the computer.

The Command Chart: Your Keyboard Replacement

In a warehouse, keyboards and mice are slow and error-prone. Gloved hands, dusty surfaces, operators who are standing and moving — none of that is compatible with typing.

The command chart replaces keyboard input with scannable barcodes. It's a laminated sheet posted on the wall near the packing station with large, spaced-apart barcodes — each one triggers a system command.

The essential commands:

PACK ORDER — Starts the packing workflow for the next order in the queue. The TV screen shows the order details and items to scan.

CONFIRM — Confirms that all items have been scanned and the box is packed. Triggers the shipping label to print and updates the order status.

NEXT ORDER — Skips to the next order (used when an order can't be fulfilled — out of stock, damaged item, etc.).

SHIP UPS / SHIP USPS / SHIP FEDEX — Selects the carrier for the current order. The system may auto-select based on the cheapest qualifying rate, but the operator can override.

STOCK TAKE — Switches the station to inventory count mode for periodic stock verification.

These barcodes are printed large — at least 2 inches wide — and spaced far enough apart that the operator can scan from arm's length without accidentally hitting the wrong one. The whole sheet fits on a standard letter-size page, laminated, and stuck to the wall with double-sided tape.

The Packing Workflow: Step by Step

Here's what a single order looks like from start to finish:

Step 1: Scan PACK ORDER. The TV displays the next order: Order #8847, 3 items. SKU-4412 (Lavender Concentrate 16oz) × 1, SKU-7801 (Spray Bottle) × 1, SKU-4415 (Eucalyptus Concentrate 8oz) × 1. Shelf locations are shown next to each item.

Step 2: Pick items from shelves. The operator walks to the shelves and grabs each item. If your warehouse uses location codes (A-12, B-07, C-03), the screen shows them.

Step 3: Scan each item. Back at the station, the operator scans each product's barcode. The TV shows a running count: 1/3, 2/3, 3/3. If the operator scans the wrong item — say, SKU-4413 (Peppermint) instead of SKU-4415 (Eucalyptus) — the screen goes red, an alert sounds, and the system shows what was expected versus what was scanned.

This is the step that prevents wrong-item shipments. It adds about 3 seconds per item. For a 3-item order, that's 9 seconds of scanning that saves you the $25–$50 cost of a wrong-item return and replacement.

Step 4: Pack the box. All items verified. The operator selects an appropriate box size, packs the items with appropriate protection, and seals the box.

Step 5: Scan CONFIRM. The shipping label prints automatically. The operator peels it and sticks it on the box. The order status updates to "Ready to Ship" and syncs back to the sales channel. The TV clears and is ready for the next order.

Total time per order: 2–4 minutes depending on item count and how far the operator has to walk for picks. An experienced operator can process 15–25 orders per hour with this workflow.

The No-Printer Variation

Some manufacturers prefer not to put a printer in the warehouse at all. Maybe the warehouse is dusty and printers jam. Maybe you want to keep the packing station as simple as possible. Maybe your office is 30 feet from the warehouse and it's easier to print there.

In this variation, the office prints the packing slip and shipping label for each order. The warehouse operator's workflow changes slightly:

Scan PACK ORDER → Scan the barcode on the pre-printed packing slip → The TV shows the order (3 items expected) → Pick and scan each item → If FIFO is enforced, the system alerts if the operator picks from the wrong batch → Once all items scan green, the TV shows "PACK BOX" → Pack items, seal box, apply the pre-printed shipping label → Scan CONFIRM to log completion.

The advantage: zero printer maintenance in the warehouse. The disadvantage: someone in the office has to print and organize slips before the warehouse starts packing. For operations under 100 orders/day, this is often the simpler approach.

Common Mistakes to Avoid

Mistake 1: Putting the station too far from inventory. If your operator has to walk 100 feet to the shelves and 100 feet back for every order, you'll burn hours on walking alone. The packing station should be adjacent to your highest-velocity SKUs. If 80% of orders contain your top 10 SKUs, those 10 products should be within 15 feet of the station.

Mistake 2: No dedicated packing supplies. If the operator has to hunt for the right box size or walk to another room for tape, you lose 1–2 minutes per order. Stock a variety of box sizes and all packing materials within arm's reach of the station.

Mistake 3: Skipping the verification scan. "We'll just be careful" is not a quality control system. The scan takes 3 seconds per item. The wrong-item shipment it prevents costs $25–$50. Do the math.

Mistake 4: Using a tiny screen. A 15-inch laptop screen at the packing station means the operator is squinting and leaning forward. Use a 32"+ TV mounted at eye level. The text should be readable from 4 feet away. Large fonts, high contrast, minimal clutter on screen.

Mistake 5: No carrier pickup schedule. Orders packed but sitting on the floor until someone remembers to call UPS aren't shipped orders. Set up daily scheduled pickups with your carriers. Know the cutoff time (usually 3–4 PM) and build your packing schedule around it.

Scaling Up: When You Need a Second Station

One station with one operator handles 100–200 orders per day comfortably. If you're consistently above 150 and the operator is rushing to make carrier cutoff, it's time for a second station.

The second station is identical hardware — another scanner, another TV, another section of table. Both stations pull from the same order queue. The system assigns orders to whichever station scans PACK ORDER next. No manual load balancing needed.

At 300+ orders per day, consider a dedicated picking role — one person picks items for multiple orders and stages them at the packing stations, while the packing operators focus on scanning, verifying, and boxing. This pick-and-stage model is faster than having each operator do their own picking, because the picker learns the warehouse layout and optimizes walking routes.

The Bottom Line

A proper packing station costs under $2,000 and takes a weekend to set up. The return — fewer errors, faster processing, happier customers, better marketplace metrics — pays for itself within the first month for most manufacturers doing 50+ orders per day.

This isn't about buying expensive equipment. It's about designing a workflow where the system catches mistakes before they ship, the operator has everything within reach, and the process is fast enough to scale without adding headcount.

See the full PackScan packing station workflow.