Buying software for a steel service center is not like buying software for a generic business. The workflows are specific, the data requirements are unusual, and the wrong choice creates years of workarounds. This checklist covers what matters, organized by the department that cares most about each capability.
Sales and Quoting
Real-time inventory visibility in the quoting interface. The sales rep should see available inventory across all locations without switching screens or systems. Available-to-promise (material not already allocated to other orders) should be clear.
CWT pricing with automatic extras calculation. Base price per hundredweight plus grade extras, coating extras, and width extras should calculate automatically based on the product selected. Manual CWT calculation is a recipe for pricing errors.
Customer-specific pricing tiers. Different customers get different pricing based on volume, relationship, and negotiated agreements. The system should apply the correct tier automatically and flag quotes that fall outside the agreed parameters.
Multi-line quotes with mixed products. A typical steel quote includes multiple line items across different product categories (coil, sheet, plate, bar) with different pricing structures. The quoting system must handle this without forcing separate quotes for each product type.
Quote versioning and history. When a customer asks to revise a quote (different quantities, different delivery date, different products), the system should create a new version while preserving the original. Complete quote history by customer should be searchable.
Professional PDF output. The quote document represents your company. It should look professional, include all relevant details (material specs, pricing, terms, delivery timeline), and be customizable with your branding.
Warehouse and Inventory
Dimensional inventory tracking. Every item defined by grade, gauge, width, length, weight, coating, and heat number. Not just SKU and quantity. If the system treats a 48"x120" sheet the same as a box of bolts, walk away.
Heat number traceability. Full traceability from receiving (linked to the purchase order and MTR) through processing (tracking which output pieces came from which input material) to shipment (the customer receives documentation tied to the specific heat numbers in their order).
Remnant management. When processing creates remnants, the system should automatically generate new inventory records with accurate dimensions, weight, and inherited properties (grade, gauge, coating, heat number). Manual remnant entry is the reason most service centers have piles of untracked material.
Multi-location support. Real-time inventory visibility across all warehouses. Inter-warehouse transfer tracking. Consolidated views for sales (what is available anywhere) and location-specific views for warehouse teams (what is in my building).
Barcode/RFID integration. Scanning capabilities for receiving, picking, shipping, and cycle counting. The system should support standard barcode formats and integrate with common handheld hardware.
Cycle counting. Built-in cycle count scheduling, count entry, variance reporting, and adjustment workflows. The system should prioritize high-value and high-movement items for more frequent counts.
Processing and Production
Production order management. Create, schedule, and track processing jobs (slitting, shearing, cutting, leveling, forming) with input material allocation, output tracking, and yield calculation.
Yield tracking at the job level. Input weight versus output weight (finished product plus remnants plus scrap) for every production order. Variance reporting by machine, operator, material type, and customer specification.
Machine center scheduling. Visual or list-based scheduling of jobs across multiple processing lines. The system should show capacity utilization and flag scheduling conflicts.
Quality and Compliance
MTR management. Digital storage, automatic association with inventory by heat number, instant retrieval during shipping, and the ability to deliver MTRs electronically to customers with their shipment documentation.
Inspection workflows. Configurable inspection checklists tied to material specifications. Dimensional verification, surface quality assessment, and pass/fail recording with photo attachment capability.
NCR (Non-Conformance Report) tracking. Create NCRs linked to specific material, orders, or shipments. Track root cause, corrective action, disposition (return, rework, scrap, use-as-is), and recurrence patterns.
Compliance documentation. DFARS compliance tracking, Buy America/Buy American certification, ASTM specification verification, and any industry-specific compliance requirements relevant to your customer base.
Finance and Accounting
AR aging with payment pattern analysis. Real-time aging buckets, automated dunning workflows, credit limit monitoring, and payment trend analysis that flags changes in customer behavior before they become problems.
Margin analysis at the order level. Gross margin calculated for every order, considering material cost, processing cost, freight, and any discounts or adjustments. Roll-up views by customer, product category, sales rep, and time period.
Commission calculation. Support for the common commission structures in steel distribution: inside/outside splits, margin-based tiers, house account exclusions, and clawbacks on unpaid invoices.
Integrated AP and AR. Purchase orders flowing to accounts payable, sales orders flowing to accounts receivable, and both connecting to the general ledger without manual journal entries. Double entry of financial data is the most expensive hidden cost of disconnected systems.
Logistics and Shipping
BOL generation. Automatic Bill of Lading creation from shipping orders with accurate weights, piece counts, and carrier information. Manual BOL creation is time-consuming and error-prone.
Delivery route planning. Multi-stop delivery optimization considering load weight, vehicle capacity, delivery windows, and geographic routing. Integration with mapping services for driver navigation.
Will-call management. Workflow for customer pickup orders: staging, notification, verification, and documentation. Will-call is a simple concept with surprising coordination requirements.
Freight claims tracking. Documentation, submission, and resolution tracking for damaged shipments. This workflow falls through the cracks at most service centers, leaving recoverable money on the table.
The Demo Questions That Matter
During vendor demonstrations, ask these five questions. The answers will tell you more than any feature checklist.
Show me how a sales rep creates a quote for 10 tons of 16-gauge CRC, slit to three different widths, shipped to two locations. If the demo skips over this or hand-waves the complexity, the system does not handle it well.
Show me what happens to inventory records when a master coil is slit. Specifically, where do the remnants go? If the answer involves manual data entry, remnant management is an afterthought.
Show me the system on a phone or tablet. If the mobile experience is a shrunken desktop interface, it was not designed for mobile use. If it does not work on mobile at all, it was not designed for modern operations.
Show me how long it takes to find the MTR for a specific heat number shipped six months ago. If the answer is more than 15 seconds, document management is not integrated.
What happens to my data if I decide to leave your platform? The answer should involve full data export in a standard format. If the vendor hedges, your data is hostage.