How to quote custom machinery fast: automation for engineered equipment

This guide is for companies that build machines, skids, conveyors, cranes, panels and other equipment to a customer's spec, and for distributors who quote engineered parts and assemblies. If you run a job shop quoting parts from drawings, see how to automate quoting for a machine shop. If you answer long line-item RFQs for stock items, see how to automate RFQ responses.

Why custom machinery quotes take days

A quote for a standard part is mostly a price lookup. A quote for engineered equipment is a small project. Someone has to read the spec, figure out what to build, decide what is new, build a bill of materials (BOM), get prices on parts you buy from others, set a lead time, and write it all up.

Most of the delay is not the thinking. It is the waiting and the retyping between steps. One CPQ vendor, Cincom, puts the core problem plainly: when sales lacks the technical data to quote a custom product, it must rely heavily on engineering, and that forces engineers to spend their time validating sales configurations and drafting BOMs by hand.

Where the days go

Notice that steps 4 and 6 are both waiting steps, and they usually run one after the other. That is the biggest single place to win back time.

The fast-quote playbook

1. Write down your options as a matrix

Most "custom" machines are a base design plus a set of choices. List them: sizes, capacities, voltages, motor brands, control packages, guarding, paint, extras. For each pair that conflicts, write it down. For each choice that drives a price or a part, write that down too. This is your option matrix. A spreadsheet is fine to start. It turns knowledge in one person's head into something a new sales engineer, or software, can use.

2. Make the past-job lookup instant

Your best estimate is usually a job you already built. Tag past jobs by product family, size and key options, and link each one to its final BOM, cost, price and whether you won. When a new spec arrives, the first thing on screen should be the three closest past jobs, not an empty quote form.

3. Build BOM templates by product family

For each product family, keep a template BOM with the parts that change by option. Pick an option and its parts drop in. Pick a size and the quantities change. This is how ERP configurators work. Acumatica, for example, describes a rules-based configurator that can create a unique bill of material and routing for finished goods, with configured items on quotes copied to sales orders when the quote is converted.

4. Send buyout price requests in parallel

Do not wait for the full design to ask vendors for prices. As soon as the base and options are picked, you know most of the bought parts. Send price and lead time requests to your usual vendors the same day, all at once. Most ERPs can already do this. In NetSuite, a request for quote is emailed to vendors with a link to respond. In Dynamics 365, buyers can score and compare vendor bids, including how far each vendor's date is from the date you asked for. The hard part is the vendors who just reply by email. Something has to read those replies and put the price on the quote. That is where purchasing automation and quoting meet.

5. Send engineering only what is new

If most of a machine matches a past job, engineering should look only at the part that doesn't. Flag the new parts: a size you have never built, an option pair you have never combined, a customer spec that changes a load or a code requirement. Experlogix, a CPQ vendor, makes the same split. It says CPQ can let sellers quote routine configurations without requiring engineering to review every routine quote, while true engineer-to-order requests get routed to engineering. It also says CPQ can't promise every engineer-to-order request is buildable without technical review.

6. Generate the quote document

The proposal should build itself from the data: the right spec sheet for each option, the drawing, the price table, the terms and the lead time. Salesforce's CPQ training describes this kind of dynamic quote PDF, where columns, pages, sections and even single terms show up or hide based on conditions. If you use SOLIDWORKS, DriveWorks' paid tiers list creating documents such as sales quotes, purchase orders and BOMs; the free Xpress tier makes models and drawings but not those documents. Whatever the tool, the goal is one click to a clean, printable quote, with no leftover text from the last customer.

What to automate, and what stays with the sales engineer

The rule we use: software drafts, a person approves. No quote goes to a customer until a sales engineer clicks send.

Tools compared

Epicor says its CPQ can generate CAD drawings and attach them to CRM estimates and pass orders through to ERP. That is strong when your product line fits a rules model. If most of your jobs are "like the last one, but different," a full rules model can take longer to build than the quotes it saves. In that case it is often faster to start with past-job reuse and a simple option matrix, then adding rules where the same choices come up again and again.

How to measure it

• Days from request to quote sent. Pull the last 20 quotes from your email or CRM and count the days. That is your baseline.
• Hours of engineering per quote. Ask engineers to log quote time for two weeks.
• Days waiting on buyout prices. From the first vendor request to the last price in.
• Revisions per quote. Each revision is a sign the first pass missed something.
• Win rate by how fast you quoted. Split your won and lost quotes by turnaround time. Your own numbers will tell you more than any industry average.
• Quote-to-order errors. How often the BOM or price changes after the order is won.

Common mistakes

• Buying a configurator before writing down the options. Software can't model rules nobody has written down.
• Running buyout pricing after engineering. It doubles the wait for no reason.
• Making engineering review the whole machine every time. Review the change.
• Quoting from stale costs. A fast quote at last year's motor price loses money.
• Letting the quote and the order drift apart. If the won quote gets retyped into the ERP, the same errors come back at order entry.
• Letting software send quotes. Drafts are fine. Sending is a person's call.

How Peekgentic does it

We build custom quoting automation around the ERP, CAD files and folders you already use. The software reads the spec and the customer email, finds your closest past jobs, and drafts the BOM and the quote. It flags what is new for engineering, sends buyout price requests to your usual vendors and reads their replies. The sales engineer reviews it, sets the price and sends it. When the quote is won, the same data becomes the order, so nobody types it twice.

For a Garland manufacturer, one desk process went from 4 hours to 15 minutes, and they've saved over $100K in under 8 months.

What you need before you start

• Twenty recent quotes, won and lost, with their final BOMs if you have them.
• Your product families and the options people pick most.
• Your usual vendors for the big buyout parts.
• Your current quote template, and the system the order has to land in. You keep it.