Your Swansea steel yard stores by heat number and certificate, and the WMS only understands shelves and bins
A custom warehouse management system for a Swansea operation runs £50,000 to £120,000 over 4 to 7 months. Manhattan and ERP (Enterprise Resource Planning) warehouse add-ons are built for a distribution centre of shelves, bins, and pick faces, which is not how South Wales heavy industry and life science store things. A steel yard organises coils and plate by heat number, grade, and certificate; a life-science store organises reagents by lot, expiry, and temperature zone. A custom WMS models how your material is actually stored and retrieved, not a generic pick-face the tool assumes.
You looked at Manhattan or your ERP's warehouse module and they all assume the same thing: a building full of racking, bins, and a pick path optimised for picking small items off shelves. A Swansea steel yard doesn't work like that. Material is stored outdoors and in bays by heat number and grade, moved by crane and forklift, and retrieved by certificate and dimension, not by a bin location. The WMS's whole mental model is wrong before you start.
Life-science storage breaks it differently: reagents and samples organised by lot, expiry, and temperature zone, with cold-chain rules the generic tool has no concept of. In both cases you bend the WMS until the bin-and-shelf model sort of fits, lose the traceability and storage logic that actually matters, and end up running the yard or the cold store on operator knowledge and a spreadsheet. The system meant to run the warehouse can't describe your warehouse.
Why the usual tools struggle in Swansea
- Steel yards store by heat number, grade, and certificate, not the bins and pick faces Manhattan assumes
- Crane and forklift retrieval by dimension and grade doesn't fit a pick-path optimised for shelf picking
- Life-science cold stores need lot, expiry, and temperature-zone logic generic WMS lacks
- Bending the tool to fit loses the traceability that makes steel or reagent storage compliant
What a custom warehouse management build changes
You go custom when how you store material doesn't match the bin-and-shelf model. A Swansea build represents a steel yard by heat number, grade, certificate, and physical bay, or a cold store by lot, expiry, and temperature zone, and drives crane and forklift retrieval the way your operation actually moves material. The custom case is fundamental for heavy industry and life science: the generic WMS encodes a distribution-centre assumption you don't share, and no configuration replaces a storage model the tool never had.
The features that matter for Swansea
What we build under warehouse management in Swansea
The engagements Swansea teams bring us most often: slotting optimization, inbound and outbound logistics, fulfillment software, 3PL software, warehouse management system (WMS) and WMS development.
- You store steel by heat number, grade, and certificate rather than in bins
- Retrieval is by crane, forklift, dimension, and grade, not a shelf pick path
- Life-science storage needs lot, expiry, and temperature-zone control
- Bending an off-the-shelf WMS loses the traceability you're legally bound to keep
- You run a conventional shelf-and-bin warehouse with standard picking
- Manhattan or your ERP's warehouse module fits your storage model
- You don't have yard, crane, or cold-store complexity
- Off-the-shelf configuration meets your traceability needs
Warehouse Management pricing in Swansea: the real numbers
| Project scope | Typical cost | Timeline |
|---|---|---|
| Steel-yard WMS with heat-number and certificate storage | £55k to £90k | 4 to 6 months |
| Full custom WMS with yard or cold-store logic and equipment integration | £90k to £120k | 5 to 7 months |
| Cold-store and reagent zone-management module | £50k to £80k | 4 to 6 months |
From kickoff to launch: the schedule
Exactly what you get
A WMS that describes your Swansea yard or cold store, not a distribution centre. Concretely: a storage model keyed by heat number, grade, and certificate for steel, or lot, expiry, and temperature zone for reagents, crane and forklift task management, goods-in to dispatch traceability, and scanning suited to outdoor and cold environments. It integrates with your inventory management software, supply chain software, and ERP for one stock truth. The heat-number traceability from your inventory build runs straight through to dispatch here.
How to choose a developer in Swansea
Find a team that asks how your material is physically stored and moved before it mentions pick paths, because a steel yard and a cold store break the bin-and-shelf assumption completely. Ask how a coil is found by heat number and grade, and how a reagent's temperature zone is enforced. A good partner will tell you honestly when a conventional warehouse should just use Manhattan or an ERP module, the same restraint a strong inventory or supply chain software team shows. Match the model to the material.
- Storage model that matches reality: heat number, grade, and certificate for steel, lot and zone for reagents
- Crane and forklift retrieval logic by dimension and grade, not shelf-picking pick paths
- Cold-chain and temperature-zone rules enforced for life-science storage
- Traceability preserved from goods-in to dispatch, so certificates and lots stay attached
- A WMS that describes your yard or cold store, feeding inventory and supply chain systems cleanly
- A substantial build versus a configurable off-the-shelf WMS module
- Yard, crane, and cold-store hardware integration is involved and operation-specific
- You own the system and its physical-equipment integrations for the long term
- A conventional shelf-and-bin warehouse genuinely suits Manhattan or an ERP add-on, and custom is overkill
- !They show a pick-path optimiser; ask how it stores a steel coil by heat number and certificate
- !No yard or crane concept; ask how retrieval works without shelves and bins
- !They ignore cold-chain; ask how temperature zones and expiry are enforced for reagents
- !Traceability isn't central; ask how certificates and lots stay attached to dispatch
- !They quote a stock module as custom; ask what part of your actual yard it can't model
Most Swansea teams pricing warehouse management end up comparing notes on business intelligence dashboards, lms, internal tools too; the systems share one data spine.
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
Can't Manhattan or our ERP's warehouse module be configured for a steel yard?
Not really, because they assume bins, shelves, and a pick path for picking small items, while a steel yard stores by heat number, grade, and certificate and retrieves by crane and dimension. That's a different storage model, not a configuration option. You can force it and lose the traceability that matters, or build a WMS that represents the yard as it actually is. For heavy industry, the latter is usually the only thing that works.
How does heat-number storage work in a custom WMS?
Material is received and located by heat number, grade, certificate, and physical bay, so any item can be found and retrieved by its material attributes and its certificate stays attached from goods-in to dispatch. Crane and forklift tasks are driven by those attributes rather than a shelf location. This preserves the traceability chain that customers and standards demand, which generic WMS can't.
What does a custom WMS add for a life-science cold store?
Lot, batch, and expiry tracking, temperature-zone management, and cold-chain rules that block storing or picking something incorrectly, all tied to the reagent's funding and compliance record. Generic WMS has no temperature or expiry concept. For a Bay Campus spinout this protects both the samples and the audit trail, and it pairs with grant-aware inventory and accounting.