Why Equipment Financing Takes 73 Days, and What Manufacturers Can Do About It

A new production line is supposed to be a growth story. But every week it sits in a crate, or on a purchase order waiting for approval, is a week of lost output. Equipment financing for manufacturers is meant to keep expansion moving, yet approvals are getting slower just as investment is getting bigger.

According to First National Capital Corporation’s 2026 Manufacturing CapEx Outlook, average bank equipment financing timelines have stretched to 73 days, up from 54 days in 2022. The same report finds that median planned equipment spending has reached $4.2 million per company, a 34% increase from 2024. Note that FNCC is a private credit lender, so treat its figures as industry-reported rather than independently audited.

In this article, we look at why approvals are slowing, what the delay really costs, and how manufacturers can finance automation and CapEx faster.

How Equipment Financing Timelines Got Longer Since 2022

A 19-day increase in the average approval window may not sound dramatic, but it compounds across a year of planning, ordering, installation and commissioning. Two forces sit behind it.

What the 54-day to 73-day shift means for production schedules

Manufacturers rarely buy equipment in isolation. A financing decision is usually tied to a customer contract, a hiring plan or a plant expansion window. When approval takes more than two months, the equipment may arrive after the demand it was meant to serve, or after the supplier’s quoted price has changed.

Rising CapEx budgets and bigger deal sizes

Larger projects get more scrutiny. As manufacturers invest in automation, robotics and energy-efficient systems, deal sizes grow, and so does the number of reviewers, documents and conditions involved. Industry guides also point to domestic manufacturing investment as a long-term driver of equipment financing demand, which keeps lender pipelines full.

Why Automation Projects Are Hard to Underwrite

Automation is where traditional credit processes struggle most.

Value sits in integration, not individual components

A conveyor, a robot arm, a vision system and the software that ties them together may each be unremarkable on their own. The value comes from how they work as one line. FNCC notes that integrated automation projects routinely run between $2 million and $8 million per production line, and that generalist credit analysts struggle to evaluate systems where value lies in integration rather than in separate components.

The generalist credit analyst problem

A lender who finances trucks and standard machine tools every day can price those assets quickly because resale markets are well understood. A custom, integrated line has no obvious secondary market and no standard valuation. Analysts ask more questions, escalate more files, and take longer to say yes.

Typical project size and what it triggers

At $2 million to $8 million per line, a project usually moves beyond branch-level authority. More sign-offs mean more waiting, particularly if the file arrives incomplete.

The Real Cost of a Slow Approval

Delay has a price even if nobody invoices you for it. Consider this hypothetical example:

• A new line is expected to add $15,000 per day in contribution margin once running.
• Moving from a 54-day to a 73-day approval adds 19 days before the project can even start.
• 19 days × $15,000 = $285,000 in deferred contribution, before counting any price increases, missed delivery windows or customer penalties.

Your own numbers will differ, but the exercise is worth doing for every major purchase. Slow financing also pushes teams to compromise, such as buying smaller than planned, choosing a less suitable machine because it qualifies more easily, or paying cash and straining working capital.

Faster Alternatives to Traditional Bank Financing

Banks are not the only route. The right option depends on the asset, your credit profile and how urgent the timeline is.

Option	Typical strength	Trade-off	Best fit
Traditional bank equipment loan	Often competitive rates for strong borrowers	Slowest process; rigid structures	Established firms with time to plan
Private credit / specialty equipment lender	Industry expertise; can evaluate integrated systems	Pricing varies; confirm total cost	Complex automation and multi-component lines
Lifecycle-aligned structures	Payments and terms matched to the equipment’s useful life	Requires more upfront planning	Long-lived, high-value assets
Vendor or manufacturer financing	Convenient; bundled with the purchase	May limit negotiating flexibility	Standard equipment from a single supplier

Private credit and specialty equipment lenders

Lenders that focus on manufacturing know how to assess integrated systems. They tend to ask better questions earlier, which can shorten the process. Some also offer repayment structures aligned with real operations rather than rigid amortization schedules.

Lifecycle-aligned financing structures

FNCC reports that manufacturers who actively optimize financing structures across their equipment portfolios reduce total cost of capital by 15 to 25 percent compared with those using standardized approaches. As with all lender-published research, test that claim against your own quotes, but the principle holds: match the financing to the asset’s life and cash flow.

Vendor and manufacturer financing programs

Equipment suppliers often arrange financing at the point of sale. It can be fast, but compare it to at least one outside quote so convenience does not hide a higher cost.

How to Speed Up Your Own Approval (Checklist)

• Assemble documents before you apply: recent financial statements, tax returns, debt schedule and a current equipment list.
• Present the project as a system: include an integrator’s scope of work, a line diagram and the expected throughput gain, so analysts see value beyond component prices.
• Tie the purchase to revenue: attach the customer contract, order backlog or capacity forecast that justifies the spend.
• Ask lenders for a written timeline: request expected decision dates, required documents and any conditions up front.
• Run lenders in parallel: approach two or three at once rather than waiting for a decline.
• Plan the financing early: start the conversation when you request equipment quotes, not after you sign.

Frequently Asked Questions

How long does equipment financing take?

FNCC reports that average bank timelines have reached 73 days. Timelines vary by lender, deal size and how complete your documentation is. Ask each lender for a written estimate.

Can I finance automation and robotics equipment?

Yes. Many lenders finance automation, though they differ in how well they understand integrated systems. Specialty lenders with manufacturing expertise are often better suited to multi-component projects.

What credit is needed for manufacturing equipment loans?

Requirements vary widely. Lenders typically weigh business cash flow, time in operation, existing debt and the equipment itself as collateral. Speak with a lender about your specific profile.

Conclusion

A 73-day approval window is a planning problem and a profit problem. Manufacturers who prepare early, present automation projects as complete systems and compare more than one financing route give themselves the best chance of getting equipment running when demand needs it.

Ready to shorten your approval timeline? [Your Company] helps manufacturers structure equipment financing that fits the project. [Contact us for a free consultation.]

Sources: First National Capital Corporation, 2026 Manufacturing CapEx Outlook (published via the Association for Advancing Manufacturing press release). Dollar example is illustrative only.