How much working capital does a manufacturer need?

Compute the production cycle in days — raw material purchase through customer collection — and multiply by daily production cost. A manufacturer with a 90-day cycle on $8M of annual cost of goods carries roughly $2M in permanent working capital across materials, WIP, finished goods, and receivables. Growth adds to that figure faster than it adds profit, which is why the facility should scale with the cycle rather than being fixed to last year’s revenue.

Can work-in-process inventory be financed?

Generally no — half-built goods have little liquidation value, so lenders exclude WIP or discount it heavily. Facilities advance against raw materials and finished goods instead. Manufacturers with long WIP stages typically bridge that middle with a line of credit sized to the production float, or by structuring customer deposits and progress payments into larger contracts.

What is the best way to finance a large purchase order as a manufacturer?

It depends on how much of the production is yours. Orders fulfilled with purchased finished goods fit classic PO financing, where the funder pays your supplier. Orders requiring substantial in-house production shift the risk from delivery to execution, and many PO funders decline them — the workable structures become inventory facilities against materials, a production-sized line of credit, and receivables financing once shipments begin.

How do lenders treat chargebacks and rebates from retail customers?

As dilution — the gap between invoice face value and what actually collects. Retail and distribution receivables commonly carry meaningful dilution from chargebacks, rebates, co-op advertising, and returns, and lenders set advance rates from your historical dilution figures. Documenting that history cleanly, and disputing chargebacks promptly, directly improves borrowing capacity.

Industry capital

Working capital for manufacturers: funding the months between raw material and collected invoice.

Manufacturing spends at every stage — materials, labor, overhead, finished stock — and collects only at the end, on terms. That production-cycle float is calculable, collateralized, and financeable; the structures below are built for it.

Reviewed by Ryan Hurley, Co-Founder & CEO

The Challenge

Why manufacturers need working capital to grow.

Manufacturing is a capital-intensive business at every stage. Raw materials must be purchased before production begins — often with deposits or prepayment required from suppliers. Production costs (labor, utilities, overhead) accumulate throughout the manufacturing cycle. Finished goods sit in inventory until they're shipped. And once shipped, customers pay on terms — typically net-30 to net-60.

The result is a cash conversion cycle that can stretch 90 days or more. A manufacturer with $10M in annual revenue can easily have $1.5M–$3M tied up at any given time in raw materials, work-in-process, finished goods, and receivables. That's capital that's already been spent but hasn't come back yet.

Growth amplifies the problem. A new $2M purchase order from a retail chain is exciting — but it requires $800K–$1.2M in material purchases, production labor, and shipping before the first dollar of revenue arrives. Without working capital, manufacturers are forced to choose between accepting orders and maintaining cash flow. That's not a choice any growing manufacturer should have to make.

Common Scenarios

When manufacturers need working capital most.

Large order

Fulfilling a Major Purchase Order

You've landed a $1.5M order from a national distributor. Raw material costs alone are $600K, plus production labor and packaging. The customer pays net-60 after delivery. Working capital funds the production so you can accept the order and deliver on time.

Seasonal production

Building Inventory Ahead of Peak Season

Consumer goods manufacturers often need to build 3–6 months of inventory before their busy season. That means buying materials and paying production costs months before revenue arrives. Working capital funds the build phase so you're ready when demand hits.

Raw material costs

Locking In Material Prices or Supplier Discounts

Steel, resin, lumber, or specialty inputs are available at a 10–15% discount for bulk or early purchase. But you need $300K now to capture the savings. Working capital lets you take advantage of purchasing opportunities that improve your margins on the production side.

Capital Structures

How we structure working capital for manufacturers.

Manufacturing capital isn't one-dimensional. Different stages of the production and sales cycle create different capital needs — and different structures address them most efficiently.

Revolving line of credit

A revolving credit facility provides flexible working capital for the day-to-day: raw material purchases, payroll, utilities, and shipping. Draw when production ramps, repay as receivables collect. The facility revolves continuously, matching your production cycle without requiring reapplication for each drawdown.

Asset-based lending

For manufacturers with $5M+ in revenue, an ABL facility uses your receivables, inventory, and equipment as a borrowing base. As your receivables and inventory grow with revenue, the facility grows with you — providing a capital structure that scales naturally with production volume.

Purchase order financing

When you've received a large PO but don't have the cash to buy materials, PO financing provides capital against the confirmed purchase order. This is particularly valuable for manufacturers who land orders that exceed their current working capital capacity.

Equipment financing

Adding production lines, CNC machines, packaging equipment, or warehouse infrastructure requires significant capital. Equipment financing preserves working capital by dedicating a separate facility to asset purchases, with terms matched to the equipment's productive life.

The full-cycle stack

One order, three financing stages: PO, production, receivable.

A large manufacturing order moves through three distinct financing problems, and the cheapest path funds each with the instrument built for it rather than stretching one product across all three.

Stage one — the order you cannot yet afford to accept. Confirmed demand, but materials and deposits exceed available cash. This is purchase order financing territory, with one manufacturing-specific caveat that surprises people: many PO funders finance finished goods for resale but not extensive in-house production, because the risk shifts from delivery to manufacturing execution. Manufacturers running their own lines often fund this stage through inventory or asset-based structures instead.

Stage two — the production float. Raw materials on the floor, work-in-process, finished goods awaiting shipment. Inventory facilities advance against raw materials and finished goods at appraisal-based rates; work-in-process is typically ineligible — half-built goods have little liquidation value — which is why the raw-and-finished pools carry the borrowing weight.

Stage three — the receivable. Shipped, invoiced, and waiting on net-30-to-60 terms. Receivables financing advances 80–90 percent against invoices to creditworthy buyers within days. For manufacturers selling into retail and distribution, watch dilution: chargebacks, rebates, and returns reduce what lenders will advance, and clean dilution history is worth real basis points.

At scale, the three stages consolidate into one asset-based facility across receivables and inventory together — the structure in our $4.8M manufacturing case study, which funded a 3x inventory expansion against a major retail contract. And the machinery itself is a fourth pool most manufacturers forget: paid-down production equipment supports an equipment refinance, often the cheapest working capital an established plant can raise.

Our Approach

We understand manufacturing cash conversion — not just balance sheets.

We evaluate manufacturers by understanding their actual production and sales cycle: lead times on raw materials, production duration, inventory turns, customer payment patterns, and seasonal demand fluctuations. A food manufacturer with 14-day production cycles and weekly retail payment has different capital dynamics than an industrial parts manufacturer with 90-day production runs and net-60 B2B terms.

With $500M+ deployed across 1,000+ businesses in 50+ industries — including extensive manufacturing experience — we've structured capital for contract manufacturers, branded consumer goods producers, industrial component makers, and food and beverage manufacturers. Our manufacturing case studies illustrate how we approach capital structuring for production businesses.

Facilities from $50K to $20M+ structured around your production and cash conversion cycle
48-hour preliminary recommendation after reviewing your financials and order book
Senior advisor who understands manufacturing — from first call through closing
Multiple facility types available through a single advisory relationship

Explore more manufacturing capital resources.

Industry

Manufacturing working capital, answered directly.

How much working capital does a manufacturer need?: Compute the production cycle in days — raw material purchase through customer collection — and multiply by daily production cost. A manufacturer with a 90-day cycle on $8M of annual cost of goods carries roughly $2M in permanent working capital across materials, WIP, finished goods, and receivables. Growth adds to that figure faster than it adds profit, which is why the facility should scale with the cycle rather than being fixed to last year’s revenue.
Can work-in-process inventory be financed?: Generally no — half-built goods have little liquidation value, so lenders exclude WIP or discount it heavily. Facilities advance against raw materials and finished goods instead. Manufacturers with long WIP stages typically bridge that middle with a line of credit sized to the production float, or by structuring customer deposits and progress payments into larger contracts.
What is the best way to finance a large purchase order as a manufacturer?: It depends on how much of the production is yours. Orders fulfilled with purchased finished goods fit classic PO financing, where the funder pays your supplier. Orders requiring substantial in-house production shift the risk from delivery to execution, and many PO funders decline them — the workable structures become inventory facilities against materials, a production-sized line of credit, and receivables financing once shipments begin.
How do lenders treat chargebacks and rebates from retail customers?: As dilution — the gap between invoice face value and what actually collects. Retail and distribution receivables commonly carry meaningful dilution from chargebacks, rebates, co-op advertising, and returns, and lenders set advance rates from your historical dilution figures. Documenting that history cleanly, and disputing chargebacks promptly, directly improves borrowing capacity.

Ready to structure working capital around your production cycle?

Whether you're funding a large order, building seasonal inventory, or scaling production capacity — start with a consultation to review your options.

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