> ## Content Index > Fetch the complete content index at: https://blog.financely-group.com/llms.txt > Use this file to discover other available public pages before exploring further. # 9 Ways to Finance Industrial Automation Projects: Funding Strategies for Manufacturers - URL: https://blog.financely-group.com/9-ways-to-finance-industrial-automation-projects/ - Published: 2026-07-29T13:27:10.000Z - Updated: 2026-07-29T13:27:10.000Z - Author: Financely Debt Advisors Industrial automation can boost output and quality while cutting operating costs. But let’s be honest, the upfront investment can test any budget. You’ll need a [funding plan](https://www.financely-group.com/agro-industrial-project-finance?ref=blog.financely-group.com) that fits the project’s [cost, timeline, cash flow](https://www.financely-group.com/key-considerations-and-strategies-to-prepare-business-for-project-finance?ref=blog.financely-group.com), and your expected return. **You can finance automation through** [**internal budgets**](https://www.financely-group.com/business-financing-options?ref=blog.financely-group.com)**, loans, leases, vendor programs, grants, credit lines, system integrators, and other funding sources.** We’ll look at how each option works, which costs to watch for, and how to mix and match funding without putting too much strain on your business. You’ll also find tips on comparing payment terms, factoring in integration and maintenance costs, and picking a funding mix that really supports your production goals. ## Assess Project Economics And Capital Needs Before you pick debt, leasing, grants, or internal funds, you’ll want a [complete cost view](https://www.financely-group.com/projectfinancescope?ref=blog.financely-group.com) and a measurable return model. Think about installation risks, working-capital needs, expected savings, and how long it’ll take to recover your investment. ### Estimate Total Installed Cost Look at the **total installed cost**—not just the price tag on the equipment. Add up robots, controls, sensors, software, safety systems, tooling, conveyors, integration, installation, testing, training, and any facility changes. Don’t forget engineering, project management, permits, shipping, taxes, and spare parts at the start. Separate one-time costs from ongoing expenses. Software licenses, maintenance contracts, cloud services, replacement parts, and support fees can sneak up on your annual cash needs. Also, estimate labor and lost production during installation, testing, and training. Get supplier quotes if you can, but always ask for a detailed scope of work. Watch out for items not included in the quote, like electrical upgrades or line modifications. Add a contingency—usually **10% to 20%** for complex installs. That’s just playing it safe. Check the effect on [working capital](https://www.financely-group.com/how-to-use-supply-chain-finance-to-improve-cash-flow-for-importers-and-exporters?ref=blog.financely-group.com). You might need to cover payroll, inventory, and customer orders while the new system ramps up. This [total capital requirement](https://www.financely-group.com/how-to-bridge-the-equity-gap-for-solar-projects?ref=blog.financely-group.com) gives [lenders and investors](https://www.financely-group.com/securing-project-finance-without-upfront-fees?ref=blog.financely-group.com) a clearer picture of your project. ### Model Productivity And Payback Build a model that compares your current process with what you expect after automation. Try to quantify labor savings, more output, less scrap, fewer quality claims, reduced downtime, and less overtime. Use realistic numbers—think about utilization, shift schedules, changeover time, maintenance downtime, and ramp-up delays. Calculate simple payback by dividing the total investment by expected annual cash benefit. For example, a $600,000 project with $200,000 in annual savings has a three-year payback. It’s a good start, but don’t stop there. For bigger projects, use [**discounted cash flow**](https://www.financely-group.com/financial-modelling-for-trade-finance-project-finance?ref=blog.financely-group.com) **(DCF)** analysis. Discount future benefits for the time value of money, then check net present value and internal rate of return. Test weaker scenarios—lower production, delays, higher maintenance, or smaller labor savings. These help you set a safe borrowing limit and pick financing terms that fit your real cash flow. ## Use Internal Capital Budgets Internal funding means you skip interest costs and keep control over timing. You can use [retained earnings](https://www.financely-group.com/strategies-for-enhancing-long-term-success-in-corporate-finance?ref=blog.financely-group.com) for top-priority upgrades, then spread spending across lines to match your cash flow and implementation pace. ### Allocate Retained Earnings Set aside retained earnings for automation projects with clear business goals—more output, fewer defects, or swapping out unreliable gear. Build a detailed [capital request](https://www.financely-group.com/funding-gap-and-capital-stack-review?ref=blog.financely-group.com) that covers equipment, installation, software, training, maintenance, and downtime. Weigh the project’s expected benefits against other uses for the cash. Use measures like [**payback period**](https://www.financely-group.com/project-finance-feasibility-and-capital-readiness-review?ref=blog.financely-group.com), ROI, and net present value. Add realistic assumptions for labor savings, more production, less scrap, and maintenance costs. Finance teams should stress-test results under lower demand, delays, or higher costs. Protect your working capital before committing. Keep enough cash for payroll, inventory, repairs, and surprises. If the project needs more capital than you have in one budget cycle, [approve it in stages](https://www.financely-group.com/pre-development-finance-bridging-the-funding-gap-before-construction?ref=blog.financely-group.com) tied to design, delivery, and testing. ### Phase Investments By Production Line Break a big automation plan into smaller projects by line. Start with the line that’s got the highest volume, biggest labor need, or the worst bottleneck. This limits your upfront cash outlay and gives you real data before moving to later phases. Set measurable targets for each phase—units per hour, defect rates, changeover time, or labor hours per unit. After commissioning, review the results. Adjust specs, training, and budgets for the next phase based on what you learn. Phasing helps manage operational risk. Schedule installs during planned shutdowns. Don’t upgrade several critical lines at once. Keep a clear record of approved costs, actual spending, benefits, and what’s left to do. That way, each phase gets funding based on proven results. ## Secure Equipment Loans An equipment loan can cover machinery, robotics, controls, and installation while keeping cash available for operations. Compare the full repayment cost and check if the assets can serve as collateral. ### Compare Term Lengths And Interest Structures Match the loan term to the equipment’s useful life and expected cash flow. A [shorter term](https://www.financely-group.com/short-term-business-loans-best-options-rates-requirements?ref=blog.financely-group.com) means less interest but higher payments. A longer term lowers payments but costs more overall—and you might still pay after the equipment’s lost its edge. Check if the lender offers a **fixed or variable rate**. Fixed rates keep payments predictable, which is great for planning. Variable rates might start lower but can creep up. Don’t just look at the rate. Compare: - Annual percentage rate (APR) - Origination and documentation fees - Prepayment penalties - Down payment required - Funding and installation costs - Payment start date Ask if the loan covers software, integration, training, shipping, and site upgrades. If not, you’ll need extra working capital. ### Use Automation Assets As Collateral Most [equipment loans](https://www.financely-group.com/lenders/equipment-financing-lead-generation-for-lenders?ref=blog.financely-group.com) use the machinery as collateral. That helps you qualify, since the lender has something tangible to claim if you default. Get your details straight: purchase price, manufacturer, model, useful life, and installation status. Provide [vendor quotes](https://www.financely-group.com/how-to-get-approved-for-trade-finance-8-things-lenders-want-to-see?ref=blog.financely-group.com), budgets, maintenance plans, and financials. A solid automation plan helps the lender judge the equipment’s value and your repayment ability. Ask how the lender values specialized equipment. Custom robotics and integrated systems might have poor resale value, which could affect your loan terms. You might need a **personal guarantee** or extra collateral, especially if your business has a short credit history. Check insurance requirements, and see if the lender allows upgrades, relocation, or resale while the loan’s active. ## Choose Equipment Leasing Leasing helps you get robots, conveyors, vision systems, or control [equipment](https://www.financely-group.com/equipment-financing-for-logistics-companies-trucks-aviation-and-vessels?ref=blog.financely-group.com) without a big upfront payment. Compare total cost, ownership, maintenance, tax impact, and payment schedule before picking a [lease](https://www.financely-group.com/sale-leaseback?ref=blog.financely-group.com). ### Evaluate Operating Leases An operating lease might work if you only need automation for a while or plan to replace it before it’s worn out. The lessor owns the equipment, and you make regular payments to use it. Depending on the deal and accounting rules, you might not record the asset as owned—check with your accountant. Review the **lease term, monthly payment, usage limits, maintenance, insurance, and end-of-lease options**. Some leases let you return, renew, or buy the equipment at market value. See if the lessor allows software updates, hardware tweaks, or integration work. Operating leases preserve cash for installation, training, inventory, and payroll. But returning customized gear can get tricky, and repeated leasing usually costs more than buying. Stack up all payments and fees against the purchase price and expected service life. ### Consider Capital Lease Options A capital lease (or finance lease) feels more like ownership. You make fixed payments over a set term and may get the option to buy at the end. Sometimes, ownership transfers automatically after the last payment. This option fits if the automation system will run for years. You can often customize, control the schedule, and keep the equipment once you’re done paying. It usually shows up on your balance sheet, so check with your accountant about depreciation, interest, and tax rules. Before you sign, compare the **APR, total repayment, residual/buyout, warranty, service costs, and early payoff terms**. Match the payment period to the system’s useful life. Don’t stretch payments out longer than the equipment will be useful. ## Arrange Vendor And OEM Financing Vendor and OEM programs can fund specialized automation without a separate [bank loan](https://www.financely-group.com/how-to-finance-a-factory-acquisition?ref=blog.financely-group.com). Focus on total cost, [approval rules](https://www.financely-group.com/secure-your-acquisition-financing-with-a-lender-commitment-letter?ref=blog.financely-group.com), payment timing, equipment ownership, and how it affects [cash flow](https://www.financely-group.com/acquisition-financing-for-manufacturing-businesses?ref=blog.financely-group.com). ### Review Manufacturer Credit Programs Ask the manufacturer, dealer, or integrator if they offer financing through an affiliated lender or third party. These programs might cover robots, CNCs, conveyors, controls, installation, software, and maintenance—if bundled in one project. Compare with a bank loan or lease. Look at the **APR, fees,** [**down payment**](https://www.financely-group.com/down-payment-for-business-acquisition-loans-explained?ref=blog.financely-group.com)**, term, residual value, personal guarantees, and early-payoff rules**. Check if the lender covers soft costs like engineering, shipping, training, and integration. Some only finance equipment with a clear resale market. Get a full payment schedule before you sign. See if payments start at delivery, installation, or final acceptance. A lower rate isn’t always better if you have to pay before the system makes money. ### Negotiate Deferred Payment Terms If installation and testing will take months, ask for terms that fit your cash flow. Maybe you can defer principal payments until final acceptance or start with interest-only payments during install. Spell out payment triggers in the contract. Define **delivery, installation, commissioning, performance testing, and acceptance** with real numbers. For example, acceptance could mean a certain production rate, accuracy, uptime, or working integration. Request milestone billing instead of a lump sum. Tie payments to testing, delivery, installation, and final performance. Ask if the vendor can extend terms for 30 to 90 days after acceptance. Make sure deferred payments don’t sneak in extra fees, higher interest, or a big final payment. Get everything in writing and line it up with your financing deal. ## Access Bank Lines Of Credit A business line of credit from Access Bank can help you cover automation costs as they come up, instead of borrowing the whole project amount upfront. You can use [revolving credit](https://www.financely-group.com/revolving-credit-facility-for-trade-working-capital?ref=blog.financely-group.com) to bridge timing gaps and protect cash flow by matching draws to purchases, installation, and customer payments. ### Match Revolving Credit To Project Timing You can draw funds when you need to pay an equipment supplier, systems integrator, installer, or contractor. Once you repay the balance, your available credit may open up again, depending on the account’s terms and limit. This setup works well for projects with **staged invoices**. For example, you might use credit for a deposit, pay some back after getting customer payments, and then draw again for commissioning or software costs. A [line of credit](https://www.financely-group.com/the-difference-between-a-line-of-credit-and-a-letter-of-credit?ref=blog.financely-group.com) can also help with smaller upgrades that pop up after the main installation. Before you apply, put together a cash-flow schedule that lists: - Expected supplier and contractor invoices - Deposit and milestone payment dates - Your expected customer receipts - The amount you can repay each month - The credit limit you’ll need during peak spending Ask Access Bank about the interest rate, annual fees, draw rules, repayment terms, collateral, and whether the line has a fixed or variable rate. Make sure the limit covers your highest projected cash need, not just the initial deposit. ### Manage Working Capital Requirements Automation projects can stretch working capital before they actually improve production. You might need to buy raw materials, pay labor, keep inventory stocked, and cover receivables while equipment is still being installed or tested. Use the credit line for **short-term operating needs** that support the project, like inventory buys or temporary labor. Keep a separate record of these draws so you can track the project’s true cost and avoid using the facility for unrelated expenses. Base your borrowing plan on realistic payment cycles. If customers pay in 60 days but suppliers want payment in 30, the line can help bridge that gap. Build repayment into your budget—don’t just count on future sales. For long-lived assets, compare a line of credit with equipment financing or a term loan. Revolving credit usually fits temporary needs, while fixed-term borrowing can give you a clearer repayment plan for machinery that’ll last several years. ## Explore Government Grants And Incentives Public funding can lower automation costs through [competitive grants](https://www.financely-group.com/project-funding-services?ref=blog.financely-group.com), [tax credits](https://www.financely-group.com/tax-credit-advisory-services-for-us-businesses?ref=blog.financely-group.com), [low-interest loans](https://www.financely-group.com/modern-alternatives-for-business-funding?ref=blog.financely-group.com), and accelerated depreciation. Check your eligibility, match your expenses to the program rules, and apply before you order equipment or start work if required. ### Identify Manufacturing Modernization Grants Look for federal, state, and local programs that support **manufacturing modernization, productivity, workforce training, energy efficiency, or regional economic development**. In the U.S., Manufacturing.gov, Grants.gov, the Economic Development Administration, and your state’s economic development agency are good places to start. Many programs focus on small and midsize manufacturers, rural businesses, or projects that create jobs. Grant rules differ a lot. Some cover equipment, software, installation, training, or consulting, while others rule out construction or routine replacement. You may need to provide [matching funds](https://www.financely-group.com/project-finance?ref=blog.financely-group.com), financial statements, a project timeline, job data, and measurable results. Build a grant-ready project plan that covers: - The automation system and eligible costs - Your required cash match - Expected labor, output, quality, and safety improvements - Vendor quotes and implementation dates - Plans for training and maintaining the equipment Don’t assume you’ll get an award. Avoid committing funds before you check if the program needs approval first. ### Claim Tax Credits And Accelerated Depreciation Tax incentives can improve project cash flow even if you don’t get a grant. Depending on where you are and your project, you might qualify for credits tied to **R&D, energy efficiency, advanced manufacturing, workforce training, or investment in eligible equipment**. Rules vary by jurisdiction, so check with your tax adviser about which costs qualify. Accelerated depreciation might let you deduct the cost of qualifying machinery faster than standard depreciation. In the U.S., Section 179 and bonus depreciation can apply to certain equipment, but annual limits, business-income restrictions, placed-in-service dates, and changing laws all affect the deduction. Keep purchase orders, invoices, installation records, asset descriptions, and commissioning dates organized. Separate out equipment, software, construction, maintenance, and training costs—each might get different treatment. Claim only incentives that match current rules, and line them up with grants so you don’t end up with double funding or disallowed deductions. ## Partner With System Integrators A good system integrator can connect equipment selection, engineering, installation, programming, training, and maintenance. You can also use the [project contract](https://www.financely-group.com/projectfinanceservices?ref=blog.financely-group.com) to manage cash flow and combine technical services with payment options that work for you. ### Structure Milestone-Based Payments Tie payments to clear project milestones instead of paying everything up front. Common milestones include design approval, equipment delivery, installation completion, successful testing, production launch, and [final acceptance](https://www.financely-group.com/project-finance-end-to-end-how-deals-reach-financial-close?ref=blog.financely-group.com). Spell out each milestone in the contract. For instance, “successful testing” might mean the system meets agreed targets for cycle time, product quality, uptime, or safety. Include documentation requirements—test results, training records, and operating manuals. A [milestone schedule](https://www.financely-group.com/how-to-successfully-structure-a-project-finance-transaction?ref=blog.financely-group.com) can protect your working capital while giving the integrator predictable payments. Hold back a reasonable amount until final acceptance, when the system meets the agreed specs. Ask the integrator to flag any costs outside the fixed price. Be clear about design changes, delays caused by your facility, shipping charges, software licenses, and post-launch support. This setup helps avoid surprise invoices during installation. ### Bundle Engineering And Financing Services Some integrators can handle equipment purchases, engineering, installation, programming, training, and maintenance under one agreement. A single contract can make project management easier and put one party in charge of the whole deployment. Ask if the integrator offers vendor financing, lease options, deferred payments, or financing through a partner. Compare the total cost, interest rate, fees, ownership terms, and payment start date with banks and equipment finance companies. Review the proposal closely if it combines technical services and financing. Make sure you know who owns the equipment during repayment, who deals with warranty claims, and what happens if the system doesn’t pass acceptance testing. Ask for an [itemized budget](https://www.financely-group.com/how-to-secure-infrastructure-project-funding?ref=blog.financely-group.com). Break out equipment, labor, software, integration, training, maintenance, taxes, and financing costs. This makes it easier to compare proposals and spot which services you could fund from operating cash. ## Use Alternative Funding Sources Alternative funding can help you finance automation when a bank loan doesn’t fit your cash flow, credit profile, or project timeline. Private credit offers [structured debt](https://www.financely-group.com/private-credit-what-it-is-how-it-works-and-why-businesses-are-turning-to-it?ref=blog.financely-group.com), while [revenue-based financing](https://www.financely-group.com/revenue-based-financing-for-businesses?ref=blog.financely-group.com) ties repayment to your sales. ### Consider Private Credit Private credit lenders provide loans outside the traditional banking system. They might consider your equipment, accounts receivable, contracts, or projected cash flow when reviewing your application. This flexibility can help you fund robots, control systems, conveyors, or custom integration work. You might get [faster decisions](https://www.financely-group.com/private-credit-vs-bank-loans-how-non-bank-funding-can-fuel-your-business?ref=blog.financely-group.com) and more [flexible terms](https://www.financely-group.com/private-credit-redefining-modern-lending?ref=blog.financely-group.com) than banks offer. But private credit often comes with higher interest rates, fees, or stricter terms. Look at the full cost, repayment schedule, collateral requirements, personal guarantees, and penalties for early repayment. Before you apply, prep a detailed [project budget](https://www.financely-group.com/private-credit-for-project-finance?ref=blog.financely-group.com) and cash-flow forecast. Show expected labor savings, added production capacity, maintenance costs, and payback period. Compare at least two lenders and check if the loan allows staged equipment purchases and progress payments to an integrator. ### Evaluate Revenue-Based Financing Revenue-based financing gives you capital in exchange for a fixed share of future revenue until you repay an agreed amount. Your payments go up during strong sales periods and drop when revenue falls. This setup can suit manufacturers with recurring orders but uneven monthly cash flow. You usually keep ownership, but the total repayment might exceed the original advance. The contract may define eligible revenue, payment caps, minimum payments, and reporting duties. Check if the lender claims specific sales or needs a personal guarantee. Use this option for automation that can produce measurable sales or capacity gains soon. Compare the expected monthly payment with your existing debt, payroll, materials, and maintenance costs. If your sales are unpredictable or your project won’t generate cash soon, this probably isn’t the best fit. ## Select The Right Funding Mix Match each funding source to the automation system’s useful life, expected cash savings, and effect on daily liquidity. A balanced mix can lower financing costs while keeping cash available for maintenance, training, and project hiccups. ### Balance Cost Of Capital And Flexibility Compare the full cost of each option, not just the interest rate. Factor in origination fees, lease charges, insurance, maintenance terms, taxes, and any early-payment penalties. An equipment loan may cost less over the asset’s life, while a lease can preserve cash and make upgrades easier. Use different sources for different project needs: - **Equipment loans:** Finance robots, conveyors, control systems, and other long-lived assets. - **Leases:** Reduce upfront cash outlay when technology might become outdated fast. - **Lines of credit:** Cover installation, training, inventory changes, and short-term working capital. - **Vendor financing:** Can simplify procurement, but compare its terms with independent lenders. - [**SBA or other supported loans**](https://www.financely-group.com/business-acquisition-financing-sba-and-bank-loan-playbook?ref=blog.financely-group.com)**:** May help eligible smaller businesses get longer repayment periods. Set repayment terms close to the equipment’s useful life. Don’t use short-term credit for automation that’ll produce savings over many years. ### Mitigate Financing Risks Test the project under less-than-ideal conditions before you sign a financing agreement. Lower expected production gains, delay the start date, bump up installation costs, and model higher interest rates for variable-rate debt. Check that your business can still make payments if savings arrive later than planned. Review the agreement for [**personal guarantees**](https://www.financely-group.com/proof-of-funds-for-business-purchase?ref=blog.financely-group.com)**,** [**collateral requirements**](https://www.financely-group.com/proof-of-funds-for-business-acquisitions?ref=blog.financely-group.com)**, restrictive covenants, variable rates, balloon payments, and maintenance obligations**. Keep enough working capital for payroll, materials, repairs, and commissioning problems. Don’t commit every available dollar to equipment. Tie funding withdrawals to project milestones—like design approval, delivery, installation, and successful production testing. Make sure acceptance terms are clear so you don’t make the final payment before the system reaches the agreed performance level. ## Frequently Asked Questions You can fund automation through equipment loans, leases, vendor programs, grants, and working capital. The best option depends on project cost, cash flow, tax treatment, expected savings, and what lenders require. ### What are the most common financing options for industrial automation projects? You’ve got several options: - **Equipment loans:** Borrow money to buy the machinery and repay it over a set term. The equipment usually serves as collateral. - **Capital leases:** Make scheduled payments and may own the equipment when the lease ends. - **Operating leases:** Use the machinery without taking ownership, which can help preserve cash. - **Vendor financing:** An equipment supplier or financing partner may offer payment plans for approved buyers. - **SBA-backed loans:** Eligible U.S. businesses can use SBA programs to finance equipment and related project costs. - **Working capital loans or lines of credit:** These can cover integration, training, or other costs that an equipment loan might not include. Compare interest rates, total repayment cost, fees, down payment, ownership terms, and how each affects monthly cash flow. ### How can manufacturers calculate the return on investment for automation equipment? Start by adding up the project’s full cost. Include equipment, engineering, software, installation, integration, training, maintenance, financing fees, and production downtime. Then estimate the yearly financial benefits. These might be: - Higher production volume - Lower labor or overtime costs - Reduced scrap and rework - Fewer quality-related claims - Lower energy use - Less unplanned downtime - Improved workplace safety Here’s a basic formula: **ROI = (Annual net benefit ÷ Total project cost) × 100** You can also find the payback period by dividing the total project cost by the expected annual cash benefit. Test the numbers with lower production, higher maintenance costs, and slower ramp-up just to be safe. ### Should a company lease or purchase industrial automation machinery? Purchasing might make sense if you’ll use the equipment for many years, want ownership, or expect strong long-term cash flow. You also get more control over upgrades, resale, and customization. Leasing can help preserve cash and provide predictable payments. It’s useful when technology changes quickly, you want to replace equipment on a set schedule, or you’d rather not make a big upfront payment. Review the lease’s purchase option, end-of-term conditions, maintenance duties, early termination fees, tax treatment, and accounting impact. It’s smart to ask your accountant to compare the after-tax cost of both choices. ### What types of grants and incentives are available for automation upgrades? Available programs really depend on where you are and what industry you’re in. You might find support through: - State manufacturing modernization grants - Workforce training grants - Energy-efficiency rebates - Research and development tax credits - Local economic development programs - Export or supply-chain improvement programs - Federal programs for small businesses, advanced manufacturing, or strategic industries Most programs want you to apply before you order equipment or start building anything. Always check the rules for what equipment qualifies, matching funds, job creation, reporting, and project deadlines. ### Can equipment financing cover installation, integration, and software costs? Some lenders go beyond just the machinery. Depending on the program, you might roll in tooling, delivery, installation, controls, programming, system integration, training, and some software costs. It’s smart to ask the lender for an itemized list of what they’ll cover before you sign anything. Sometimes you’ll need separate loans or working capital for things like facility changes, permits, consulting, inventory, or longer testing periods. Also, check when the lender actually hands over the funds. Some pay the supplier when the equipment arrives, while others wait until after installation or testing. That timing can make a difference, so don’t be shy about asking. ### How do lenders evaluate eligibility for industrial automation project financing? Lenders usually check your business revenue and cash flow. They’ll look at profitability, credit history, existing debt, and how long you’ve been in business. They might also consider the equipment’s resale value and the supplier’s reputation. The useful life of the equipment and its potential as collateral can matter too. You’ll want to pull together recent financial statements and tax returns. Bank statements, a project budget, and supplier quotes help paint a clearer picture. Forecasts showing expected savings or added revenue are a plus. Sometimes, lenders want to see installation plans, customer contracts, or details about your management team. Lenders often calculate your debt-service coverage ratio to check if your cash flow can handle new payments. If you can swing a larger down payment, offer stronger collateral, or work with a reputable supplier, you might land better approval terms.