Your Burnaby warehouse holds rental gear and production parts on the same racks with no system that knows the difference
A custom warehouse management system for a Burnaby operation runs $70,000 to $170,000 over 5 to 10 months. Manhattan-class systems are built for large, single-mode distribution centres, and ERP (Enterprise Resource Planning) warehouse add-ons are thin. A Burnaby warehouse often mixes modes: serialized rental gear that goes out and comes back, manufacturing parts staged for a production line, and finished units awaiting shipment, all under one roof. A custom WMS handles mixed-mode picking, returns processing, and the kitting a production line needs, rather than forcing one logic onto inventory that behaves three different ways.
Your warehouse does more than one job. Part of it is a rental gear room where serialized assets ship to a shoot and return to be inspected and restocked; part is staging for a manufacturing line that needs parts kitted in build order; part is finished-goods shipping. A Manhattan-class WMS assumes a single, high-throughput distribution model, and an ERP add-on barely manages bins. Neither handles returns inspection, kitting for a line, and serialized rental movement in one coherent system, so your team bridges the gaps by hand.
That's the structural problem. Big WMS platforms optimize one mode, usually high-volume pick-pack-ship, and assume everything in the building behaves that way. A Burnaby operation that blends rental returns, production kitting, and finished-goods shipping needs a system that knows which mode each item is in and applies the right logic. Force it all through a single-mode WMS, and the returns inspection and the line kitting fall back to spreadsheets and tribal knowledge.
- Your warehouse runs multiple modes, rental returns, line kitting, finished-goods shipping, at once
- Returns inspection and production kitting fall back to spreadsheets on your current system
- Serialized assets need tracking through every mode, not just stock counts
- A single-mode WMS or thin ERP add-on can't model how your floor actually works
- You run a single-mode, high-volume distribution centre
- A Manhattan-class platform fits your throughput and budget
- Your inventory behaves one consistent way throughout the building
- You can't fund a longer mixed-mode custom build
- Mixed-mode handling, so rental gear, production parts, and finished goods each get the right logic
- Returns inspection and restock as a real workflow for serialized rental assets
- Kitting in build order for the production line, staged and tracked through the floor
- Serial-level tracking across every mode, so an asset's location and state are always known
- One coherent warehouse system replacing a single-mode platform plus several spreadsheets
- Mixed-mode logic is harder to build than a single-purpose WMS, so it costs more and takes longer
- You own the hardware integration, scanners, label printers, and any conveyor or RFID, and its maintenance
- Warehouse staff must follow the scan-and-stage discipline or the system diverges from the floor
- A single-mode, high-volume distribution operation would be better on a proven platform
The honest cost picture for Burnaby
| Project scope | Typical cost | Timeline |
|---|---|---|
| Mixed-mode WMS for a blended warehouse | $70k to $110k | 5 to 7 months |
| Full WMS with kitting, returns, and shipping integration | $130k to $170k | 8 to 10 months |
| Returns or kitting workflow layer over existing WMS | $50k to $90k | 4 to 6 months |
Feature priorities for Burnaby teams
Burnaby warehouse management: the full scope
The engagements Burnaby teams bring us most often: slotting optimization, inbound and outbound logistics, fulfillment software, 3PL software, warehouse management system (WMS), WMS development and pick pack ship.
Exactly what you get
A WMS that knows which mode each item is in, rental gear, line-bound parts, or finished goods, and applies the right pick, return, kit, or ship logic with serial tracking throughout. It integrates with the inventory management software that owns asset records, the supply chain software feeding parts in, and the production scheduling in your ERP, so returns inspection and line kitting become real workflows instead of spreadsheet side-tasks.
How to choose a developer in Burnaby
Hire a team that walks your floor and identifies every mode before quoting, the gear returns, the line kitting, the shipping, because a single-mode assumption is the classic failure. They should talk about serial tracking, returns inspection, and scanner integration concretely. Burnaby's blend of film rental houses and clean-energy manufacturers means local developers can grasp a warehouse that does several jobs at once. Confirm they design a scan discipline staff will keep, since a WMS drifts the moment logging slips.
Timeline: what happens, and when
- !They assume a single-mode warehouse; ask how they'd handle rental returns and line kitting together
- !No returns-inspection workflow; ask how serialized gear is graded and restocked
- !No kitting plan; ask how parts get staged in build order for the line
- !They ignore hardware; ask how scanners and label printers integrate and who maintains them
- !They quote without walking the floor; ask how they'll learn your three modes
If warehouse management is on the roadmap, business intelligence dashboards, lms, internal tools usually follow within the year. Budget them as one conversation.
Rohan advises mid-market and enterprise teams on ERP, CRM and custom software, and has led delivery on dozens of business-software builds.
Writes for Digital Heroes, shipping business software for 2,000+ brands across 55+ countries since 2017.
Frequently asked questions
Why can't a Manhattan WMS run our warehouse?
Manhattan-class platforms optimize a single high-volume distribution mode and assume everything in the building behaves that way. A Burnaby warehouse that blends serialized rental returns, production-line kitting, and finished-goods shipping needs a system that knows which mode each item is in. Force it all through a single-mode platform and the returns inspection and kitting fall back to spreadsheets, which is what custom fixes.
What does mixed-mode handling actually mean?
It means the system recognizes that a serialized lens, a fuel-cell part, and a finished unit need different workflows, return-and-inspect, kit-in-build-order, and pick-pack-ship, and applies the right one to each. A single-mode WMS applies one logic to everything; a mixed-mode custom build routes each item by its mode, which is how a blended warehouse really operates.
How does the system handle rental returns?
Through a dedicated returns workflow: the serialized asset is scanned back in, inspected and graded for condition, and restocked or flagged for maintenance, with its history updated. Big WMS platforms built for outbound distribution don't model this inbound, condition-sensitive flow, which is a core reason rental-heavy operations need custom.
Will warehouse staff actually use it?
Only if the scan-and-stage workflow is fast and fits how they work, which is why a good build designs the floor process alongside the software. A WMS diverges from reality the moment logging is skipped, so scanner ergonomics and clear staging steps matter as much as the backend. The process design is part of the build, not an afterthought.
Should a single-mode distribution centre build custom?
No. If your warehouse runs one consistent high-volume mode, a Manhattan-class platform fits your throughput and the proven workflows save you money and risk. Custom WMS earns its cost when the building runs several modes at once, rental, kitting, shipping, that no single-mode platform can model coherently.