Everyone can price the obvious part of rework. Recut material, extra labor, maybe a rush delivery to get replacement parts to the site. Those costs matter, but the mistake itself is usually cheap to fix.
The expensive part is the disruption. That was the core argument of our June 3 webinar with Matt Parisher, account executive at INNERGY, and Jennifer Giffin, Senior Developer, at Mission Bell Mfg, Inc.
The costs nobody tracks
When a problem comes back from the field, the whole operation reacts. Project managers start working the phones. Engineering stops what it’s working on to revisit what went wrong. Production gets reshuffled, the shop builds gaps into its day to remake parts, and installers lose productivity. Then comes the finger pointing, and even the people who didn’t make the mistake have to help fix it.
Jennifer has watched a measurement that was a fraction of an inch off snowball into thousands of dollars of rework and a halted project timeline. The remake was the cheap part. The lost momentum, the overtime, and the erosion of trust between the shop and engineering never show up on a cost report, but they all come out of throughput you could have spent making money.
Rework starts before anything gets cut
Most people assume rework starts in drafting or on the shop floor. Fabrication is usually where it gets discovered, but it’s not where it begins.
It begins when assumptions replace information. As Matt put it, the challenge isn’t complexity, it’s ambiguity. Complex projects don’t scare an experienced team. Missing information does, because when information is missing, someone instinctively fills in the blank. A designer assumes, an engineer assumes, an installer assumes. Every assumption adds rework risk.
Jennifer sees the pattern constantly: errors caught at install almost always trace back to faulty or incomplete field dimensions, often because someone worked from early architectural drawings instead of certified field measurements. The casework comes out too large, too small, or misaligned with the structure it has to live in.
Heroics don’t scale. Process does.
When an ugly project lands on a desk, it goes one of two ways. The reactive hero rolls up their sleeves and saves the job. We’ve all done it, and those people deserve credit. The problem is that heroics don’t scale.
The structured alternative is the engineering loop: clarify the intent, validate the information, choose the right tools, verify before release, and repeat it the same way every time. Full kit before you start. If you don’t have the information, don’t begin, because you’ll just have to reset your station and relearn the project later.
Mission Bell builds that discipline into physical practice. Before committing to hardware that will repeat across a job, they build a mock cabinet and test the locks and pulls against it. The cost of one mockup is nothing next to recutting every door on the project.
The same logic applies to Microvellum’s solid modeling tools. They’re excellent when the intent is clear and risky when it isn’t, so save them for after the full kit is assembled.
Get the knowledge out of Steve’s head
Every shop has an Ask Steve problem: the one person who knows everything. The problem isn’t Steve. The problem is what happens when Steve is gone.
Tribal knowledge, like always drawing three-quarter material that’s actually .71 because of the plywood you buy, belongs in SOPs, drawing templates, and your Microvellum library. A library isn’t just a product catalog that boxes you in. It’s a configurable record of your construction methods, tooling rules, and engineering decisions, so every project starts as close to finished as possible and nobody has to assume anything.
Revision control deserves the same rigor. The classic failure: the shop is building from revision A, drafting is working in revision B, and revision C is sitting in someone’s inbox until the parts are already cut. The change wasn’t the problem. The communication was.
The takeaway
Rework is a process problem before it’s a production problem. Successful shops aren’t perfect. They catch issues earlier by reducing assumptions and improving visibility between departments.
Asked for the single highest-impact improvement, Jennifer didn’t hesitate: shop drawings. Errors in the drafting phase are the largest driver of fabrication and installation mistakes, which means measure twice, cut once starts before the raw wood is even touched.
The goal isn’t to survive the chaos. It’s to stop normalizing it. To learn more about Microvellum and see the software in action, click here.
Most shops don’t start out with a software strategy. They start with QuickBooks, a CAD tool the lead engineer learned in trade school, a stack of estimating spreadsheets one person built years ago, and a whiteboard that runs the shop floor. It works, until it doesn’t.
By the time a shop is doing real volume, the software stack has usually grown by accident. Different tools for different problems. None of them talking to each other. Someone holding the whole thing together with workarounds. Knowing what each category of millwork software does, and where it fits, is what separates a stack that scales from one that cracks under pressure.
Here’s a breakdown of the six main categories of software custom woodworking shops use, who they’re built for, and where the gaps usually show up.
- CAD/CAM Design Software
What it does: Turns custom designs into shop-ready drawings, cut lists, and CNC machine code.
Who it’s built for: Engineers, designers, drafters, and CNC programmers.
Examples:
- Microvellum — Parametric CAD/CAM built specifically for millwork and custom woodworking. Now part of the INNERGY family of products, Microvellum is built for engineering-heavy shops that need configurable logic for complex, customized work.
- Cabinet Vision — Widely used cabinet-focused CAD/CAM with built-in nesting and reporting.
- Mozaik — 3D parametric design with estimating and cut list generation.
- eCabinet Systems, KCD, 2020 Design — Cabinet design tools popular with smaller shops.
Where it shines: Reducing engineering errors, generating accurate shop drawings, driving CNC machinery, and creating consistent BOMs.
Where it stops: CAD/CAM generates part data, but it doesn’t run the business. Job costs, scheduling, purchasing, and profitability still live somewhere else — which is exactly why Microvellum and INNERGY were brought together under one roof.
- CNC and Machining Software
What it does: Programs the CNC machines that cut, drill, and shape parts. Often integrated directly with CAD/CAM, sometimes standalone.
Who it’s built for: CNC operators, programmers, and shop floor managers.
Examples:
- AlphaCam — Long-standing CNC software for routers, mills, and saws.
- Enroute, RouterCIM, Vectric Aspire — Used for nested-based and signage work.
- Microvellum generates native machine code for routers, point-to-point machines, saws, and boring machines, so shops running Microvellum don’t need a separate CNC tool.
Where it shines: Optimizing tool paths, nesting parts for material yield, automating drilling and routing patterns.
Where it stops: A CNC tool can produce a perfect part and still cost the shop money if the job was underbid or the schedule was wrong upstream.
- Estimating Software
What it does: Generates quotes and bids based on materials, labor, machining time, and overhead. The closer a shop gets to true cost on the front end, the better its margins on the back end.
Who it’s built for: Estimators, sales teams, and shop owners doing their own quoting.
Examples:
- Prime6400 — Windows-based estimating built by an estimator, for estimators.
- Alliance Millsoft’s Assistant Estimator — Casework and millwork-focused estimating.
- Tally Systems — Parametric estimating with takeoff and production planning.
- MasterSpec Millwork Estimator — Spec-driven estimating for architectural millwork.
Where it shines: Accuracy, speed, and defensible numbers under tight deadlines.
Where it stops: A standalone estimate is a snapshot. Without a connection to actual job costs as the job is built, shops never learn whether their estimates were right. (See how INNERGY connects estimating to job costing.)
- ERP for Millwork
What it does: Connects the business. ERP (enterprise resource planning) software covers estimating, job costing, production scheduling, purchasing, inventory, and reporting in one system.
Who it’s built for: Owners, operations managers, project managers, and the back office.
Examples:
- INNERGY — ERP built specifically for custom woodworking and millwork shops, with native integration to Microvellum for shops running both.
- Seradex — Millwork ERP with strong product configurator and shop floor scheduling.
- ShopWare — Cabinet shop software built for fast, drawing-based estimating.
- WoodPro — Lumber and building materials ERP, deep distribution tools.
Where it shines: Visibility. An ERP is what tells a shop owner which jobs are profitable, where cash is tied up, and what production will look like next month.
Where it stops: ERP doesn’t draw cabinets. It works alongside CAD/CAM, not instead of it — which is why having design and operations on connected platforms matters.
- Accounting Software
What it does: Tracks income, expenses, payroll, and taxes.
Who it’s built for: Bookkeepers, accountants, and finance teams.
Examples:
- QuickBooks (Online, Desktop, Enterprise, Contractor) — The default for most small and mid-sized shops.
- Sage, Xero — Used by larger or more complex operations.
Where it shines: Clean financial reporting at the company level. QuickBooks runs the books for millions of small businesses for good reason.
Where it stops: QuickBooks isn’t a manufacturing system. It can tell a shop owner how the company did last quarter, but it can’t tell them which job lost money and why. When production scheduling, BOMs, and job costing start living in spreadsheets next to QuickBooks, the shop has already outgrown it.
- Project and Production Management Tools
What it does: Tracks tasks, schedules, and team assignments. Sometimes built for manufacturing, often borrowed from other industries.
Who it’s built for: Project managers, ops teams, and anyone trying to keep a shop floor on schedule.
Examples:
- Asana, Monday.com, Trello, Smartsheet — Generic PM tools shops sometimes adopt.
- Shop-Ware — Production management aimed at custom woodworking.
- Most millwork ERPs (INNERGY included) have production scheduling built in.
Where it shines: Task visibility, deadline tracking, and team coordination.
Where it stops: Generic PM tools don’t know what a router table is or how long a finishing cycle takes. They can organize people, but they can’t optimize a shop floor. (INNERGY’s Bottleneck Report is built specifically for that.)
Where INNERGY Fits
Most shops don’t need one tool from this list. They need their tools to work together.
That’s the gap INNERGY was built to close. INNERGY is the ERP that runs the business side of a custom woodworking shop. Microvellum is the CAD/CAM that runs the design and manufacturing side. Together, they cover the full workflow from a customer’s first call through engineering, production, and final invoice — without the spreadsheets in between.
Both products were built by people who came from the millwork industry, for the millwork industry. Microvellum brings parametric design, automated shop drawings, and native CNC code generation. INNERGY brings estimating, job costing, scheduling, purchasing, and the visibility that tells owners which jobs are profitable. Together, they give shops the answer to the question they’ve been chasing: where are we making money, and where are we leaking it?
Take Schlaegle Design Build. Casey Schlaegle started the company in 2011 with $30,000 in revenue, running the business on QuickBooks and a stack of Excel spreadsheets. “It was a lot of ups and downs,” Casey recalls. “I didn’t know how accounting worked, so learning QuickBooks was a crash course.” By 2018, the workarounds were slowing him down faster than he could grow.
Today, Schlaegle Design Build employs 35 people in a 25,000-square-foot facility, projects revenue above $10 million, and has its work installed at Carnegie Mellon University, Nemacolin, and PNC Park. “INNERGY took us from being an average company to a high-performing one,” Casey says. “The insights and tools we now have are invaluable for driving growth.”
The growth came from the craft. The scale came from getting off the spreadsheets.
The point isn’t to replace every tool a shop already uses. It’s to stop running the business on a stack that breaks when the person who built the spreadsheet leaves.
See what INNERGY and Microvellum look like in your shop. Book a walkthrough.
By Marc Sanderson
Most companies use data to explain results. The best use it to change them.
High performers don’t just ask, “What happened?” They ask, “What’s coming next and what do we do about it? They use context, leading indicators and disciplined decisions create an edge.
When I ran a mid-size millwork company, I could look at one number at the first of the month and predict—with remarkable accuracy—where profitability would land at month end. If that number was running at 60-70 percent, I knew we were positioned to hit our target. If it dropped to 30 percent, we had work to do—and time to intervene, recalibrate and protect profitability before the month was lost. The ultimate indicator was percentage of work released to the shop floor.
It sounds simple, but early signals lead to better moves. That’s the advantage: not more data, but using it to outperform. Here how companies turn insight into a strategic weapon:
ADVANTAGE 1:
Compare to Compete
Think of a scoreboard: If your team scores three goals, is that good? You don’t know until you see the other side: Did the opponent score zero or four goals? Your team’s number doesn’t change, but the meaning does.
Business works in the same way. A 42 percent win rate, a $5-million backlog, or an average wage all sound informative—until you compare them. When grounded in industry benchmarks, your strategy, or your targets, they either signal strength or expose risk.
One company believed it was performing well until it benchmarked against peers using industry tools and surveys. The comparison revealed they were underprepared for a downturn and misaligned on pricing. That insight changed their decisions immediately.
Without context, data is noise. With it, data becomes direction. This is why INNERGY offers industry benchmark reporting on both financial and operational performance in real-time – for free. (You can check it out here).
Here’s a look at the three lenses of context most often applied in business:
| Lens | What It Answers | When to Use It | What It Tells You | Risk If Used Alone |
|---|---|---|---|---|
| Industry Benchmarks | How do we compare to others? |
|
Where you stand relative to the market | Can drive wrong decisions if your strategy is different |
| Company Targets (Internal Benchmarks) |
Are we improving? |
|
Whether you’re getting better and hitting your plan | Can create complacency if targets are too low |
| Strategy Alignment | Are we winning at the game we chose? |
|
Whether your model is working as intended | Can justify poor performance if not grounded in reality |
The real advantage is using them together:
• Start with industry to understand the baseline.
• Track against targets to drive ongoing improvement.
• Adjust for your strategic focus to ensure relevance.
Takeaway: Benchmark your top 3 metrics across industry, internal targets and your strategic focus—then change one decision this week based on what you learn.
ADVANTAGE 2:
Move Up the Maturity Curve
Organizations want to use data better, but what does that look like? That’s where the data maturity curve comes in. It’s a simple way to understand how organizations evolve in their use of data—from reporting what happened to actually shaping what happens next and the impact they can have.
At the initial level, companies track results. More advanced organizations diagnose why those results occurred. The best go further—predicting what’s likely to happen and prescribing what to do about it.
A shop floor team began using real-time data to monitor workflow across stations and quickly spotted a pattern—work orders were stacking at one point in the process. Instead of waiting for delays to show up in missed deadlines, they acted immediately. They reallocated labor to the bottleneck, adjusted upstream inputs and workflow before it became a problem. The result was clear: lead times dropped, throughput increased, and the team avoided the typical cycle of firefighting.
Most companies operate at stage 1 or 2, but the real advantage comes when they can reach stage 4:
Stage 1: Descriptive → What happened?
Stage 2: Diagnostic → Why did it happen?
Stage 3: Predictive → What will happen?
Stage 4: Prescriptive → What should we do?
Descriptive data explains the past. Prescriptive data drives the future.
Takeaway: Pick one recurring problem, trace it from “what happened” to “why,” then define one leading signal to monitor and one action to take before it happens again—and review it weekly.
ADVANTAGE 3:
Shift from Lagging to Leading Indicators
How much time are you spending looking at lagging vs. leading indicators? In business, we naturally gravitate to lagging indicators, like EBITDA and revenue. Yet, these show history that you can’t change. Competitive advantage comes from leading indicators that show whether they’re on track and where to intervene.
A common example:
Rework or margin loss (lagging) → Percentage of work released to shop floor (leading)
When used correctly, leading indicators enable organizations to fix problems before they happen—turning unpredictable results into controlled outcomes. This is the leading indicator that predicted our profitability each month and I know it is the case for others.
At INNERGY, we have distilled down the “Perfect Release” to three elements: complete information, materials ready and time needed for the shop execute. When I survey CEOs and ask what happens if all three are consistently met, 64% say profitability would more than double. This shows the power of leading indicators—they don’t just improve operations, they make EBITDA more predictable.
Here’s a look at the leading indicators INNERGY’s insights have identified as the closest thing to a silver bullet in our industry and why they matter:
- Engineering Completeness at Release → Rework percentage, labor overruns
Most downstream problems are rooted in the office and engineering is the choke point. Quality assurance becomes critical and allows you to prevent issues prior to fabrication. - Material Readiness Before Production → On-time delivery, downtime
Missing materials stop everything. This is one of the fastest ways to improve flow. - Time for the Shop to Complete → Lead time, throughput
This exposes bottlenecks early, before delays show up. It allows you to make sure the floor has the time needed to complete, in the midst of interruptions.
Start with these three and you will uncover leverage in the organization that you did not know existed.
As teams and organizations mature, they hone in on leading indicators more often and with greater depth. The result is that they can tell in the short-term—daily, weekly or monthly— what’s working and what needs attention.
Takeaway: Audit your dashboard this week—identify your top lagging metrics, then assign one leading indicator to each and start reviewing it daily with your team.
ADVANTAGE 4:
Make Data Your Identity
Culture is the multiplier. You can install systems to drive data, but high-performing organizations need to go further. They embed data into identity to make data a mindset and a part of the culture:
- Individuals know how they impact the bigger picture
- Teams understand how they’re performing
- Leaders act consistently on insights
Everyone needs to understand data and keep score so they can assess and improve. Without this, data becomes passive and decisions revert to instinct.
A mid-sized millwork company had the right systems in place, but results were inconsistent because data stayed in dashboards—not in daily decisions. They shifted to a simple mindset: everyone keeps score. Operators tracked labor vs. estimate, team leads reviewed performance daily, and leaders acted on issues in real time. Within months, labor overruns dropped, rework declined, and margins stabilized. The system didn’t change—the behavior did.
Takeaway: Make data everyone’s job—define the score, show the impact and act on it daily.
Time to Act
At scale, companies don’t compete on effort. They compete on clarity of information, speed of decision-making and alignment of execution. Data drives all three.
That leads to the ultimate truth: Two companies can have the same people, the same strategy and the same market. But the one with better data discipline will win. Not occasionally. Systematically.
By: Marc Sanderson
Most companies treat data like exhaust—something left over after the real work. That is backwards. The best companies run on data and it’s the difference between scaling and stalling.
In the late ’90s, I bought a woodworking company with only four computers—not one on my desk. It didn’t prevent us from understanding our data. We mapped the entire business on whiteboards: every form, every handoff, every step—all connected with string. What looked simple turned into a web.
The breakthrough wasn’t technology. It was visibility.
We followed a single data point—like a customer name—and saw it touch everything. That’s when it clicked. We weren’t just looking at information. We were seeing how the business actually worked—and where it broke.
That one exercise changed how our company thought about data, how our team used it day to day and quickly improved our processes. The result? We did not just meet industry benchmarks. We used data to outperform them.
Here’s where companies go wrong—and how to fix it:
Step 1: Measure What Actually Drives Outcomes
Most leaders fall into the same trap: If data is valuable, more must be better. It’s not. I have learned this the hard way. Most companies today track too much—and trust too little.
The differentiator with data is not volume. It’s hierarchy. Recognizing the pecking order based on the DNA of your organization is essential to success.
Start with what directly drives profit:
- Revenue accuracy at the work order level
If what you sell doesn’t match what you build, nothing else matters. - Actual labor hours spent on that order
This is where margin lives or dies. - Cost of materials used on that order
This is the silent killer of profitability when unmanaged.
Forget budgets early on. Focus on actuals.
The lesson: Track a few key metrics that drive outcomes.
The Case: Cost of Tracking Everything
One company tracked a long list of data—machine utilization, micro-task timing and dozens of operational metrics peppered across the organization. They could measure multiple parts of the process, but they trusted nothing. Why?
- Data entry became inconsistent.
- Teams didn’t understand why they were collecting it.
- Leaders couldn’t connect it to decisions.
Then, they scaled back to a handful of critical metrics—and performance improved. Clarity beats complexity.
Step 2: Use Data to Drive Decisions, Not Reports
Data doesn’t create value. Decisions do. When looking at data at any level of an organization, the key question to ask is: What does this metric impact?
There are three layers at play in any given organization:
| Layer | Typical Company | High-Performing Company |
|---|---|---|
| Data | Collects | Curates |
| Insight | Reports | Interprets |
| Action | Delayed | Immediate |
The lesson: Data without action is useless.
The Case: Data-Rich, Action-Poor
A $40-million manufacturer had dashboards, reviews and an ERP system—yet margins slipped. The problem wasn’t access to information. It was action on the right data.
Then, they cut their metrics, focused on a few that mattered and pushed them to frontline teams. Teams reviewed daily and corrected issues mid-process, not after.
Within months, labor overruns dropped and margins stabilized. The shift was simple from reports to real-time decisions.
Step 3: Build Trust Through Discipline
Data integrity is rarely a systems problem. It’s a people problem. If team members do not understand why data matters, see how it’s used and trust leadership to act on it, then your data will degrade.
That’s why high-performers operationalize data:
- Operators input data daily
- Team leads review it daily
- Finance audits it weekly
This creates a feedback loop: Input → Review → Correction → Trust → Better Input
Break the loop and data decays.
The lesson: Audit data—or no one will trust it.
The Case: Reliability through Routine
A manufacturer invested in a new ERP system, expecting better visibility and control. Instead, leaders questioned every report. Numbers didn’t match what was happening on the floor, so teams defaulted back to gut decisions and spreadsheets.
The issue wasn’t the system—it was the lack of consistent auditing. Operators entered data inconsistently, supervisors reviewed it sporadically, and finance only checked it at month-end for their needs rather than for organization-wide, operational outcomes. Errors compounded and trust eroded.
Then, they implemented a simple discipline within the ERP system: daily input, daily review and weekly audits. Within a short time, discrepancies dropped and confidence in the data improved. Once leaders trusted the numbers, they started using them—and decisions got faster and better.
From Data to Control
Data is not a support function. It is the operating system of the business. When done right, it allows you to:
- Spot problems early
- Allocate resources precisely
- Eliminate hidden inefficiencies
- Scale without losing control
Without data discipline, growth breeds breakdown—more complexity, more noise, more bad decisions.
You can start taking steps today to build control—and see what I’ve seen with so many across the woodworking industry: faster execution, tighter control and more predictable performance.
What Comes Next
Control is only the beginning. At INNERGY, we’ve found the real advantage comes with tackling the harder question: Are you using data to actually outperform? Because the difference between average and elite isn’t better dashboards. It’s knowing what your numbers mean, what’s coming next and acting before everyone else does. In the next article, I will breakdown how to turn insights into advantage.
Marc Sanderson is the CEO of INNERGY and former President/Owner of Wilkie Sanderson. He began in the millwork industry 20 years ago with a small cabinet shop and built it into one of the most profitable operations in the country. A Harvard MBA and 2024 Wood Industry Market Leader, Marc is known for transforming complexity into clarity through data-driven strategy and culture first leadership. Equal parts analytical operator and motivator, he’s just as comfortable refining strategy as he is rallying a room around a shared vision.
Running a woodworking shop means wearing a dozen hats before lunch. You’re quoting jobs, tracking production, answering customer calls, and somewhere in there, actually building something. The last thing you need is software that adds to the chaos instead of calming it.
Most woodworking software solves one problem while creating three more. But something’s shifting. A new generation of unified platforms built specifically for woodworking businesses is changing what’s possible. The right woodworking software doesn’t just digitize your shop. It connects every piece of your operation so nothing falls through the cracks.
Why Generic Tools Fall Short in a Woodworking Shop
The Spreadsheet Trap
Every shop starts somewhere. Usually with a patchwork of free tools, spreadsheets, and whatever app your buddy recommended. It works, until it doesn’t.
What’s the hidden cost of cobbled-together systems? Time. Hours spent moving data between platforms, catching errors that slipped through, and chasing down follow-ups that got lost in the shuffle. One missed quote follow-up can mean thousands in lost revenue. One production delay because someone didn’t see the updated specs can blow your timeline and your reputation.
Industry-Specific Needs Generic Software Ignores
Generic project management tools weren’t built for cut lists, material optimization, or custom configurations. Cabinet making software needs to handle the complexity of client-specific builds, not just generic task tracking. Furniture design software should let you quote visually, showing customers exactly what they’re getting before you cut a single board.
Your shop isn’t a generic business. Your woodworking software shouldn’t be either.
What Modern Woodworking Business Software Actually Does
From Quote to Completion in One Place
What does unified woodworking software look like in practice? Picture this: a lead comes in, you build a quote in the same system where you’ll track production. When they approve, the job flows automatically into your schedule. Materials get logged. Time gets tracked. The invoice generates from the same data you’ve already entered once.
Woodworking shop management becomes dramatically simpler when information moves with the job instead of being copied and pasted between systems. You get real-time visibility, and so does your team.
Software That Matches How Shops Really Work
Woodworking software should reflect the reality of your shop floor. Job tracking that updates from a phone or tablet. Time logging that doesn’t require your crew to walk back to a desktop. Material management that helps you catch shortages before they become emergencies.
Why does this matter for daily operations? Because there’s a real difference between software that checks a digital box and tools that genuinely make your day easier. The best woodworking software disappears into your workflow rather than demanding you bend your workflow around it.
Signs Your Shop Has Outgrown Its Current System
How do you know when it’s time to upgrade your woodworking software? Watch for these warning signs:
- You’re re-entering the same job info in multiple places
- Customers ask for updates you can’t quickly provide
- Quoting takes hours instead of minutes
- You’ve lost track of where a project actually stands
- Your team avoids the software because it’s too clunky to bother with
These symptoms point to a system problem, not a people problem. Your crew isn’t the issue. Your tools are.
What to Look For When Choosing Woodworking Software
Built for Your Industry, Not Adapted From Something Else
Does industry-specific software really matter? Absolutely. Purpose-built platforms understand the nuances of woodworking. A unified platform designed specifically for woodworking businesses will handle quoting, production, and invoicing in ways that generic tools simply can’t match. You shouldn’t have to force-fit your cabinet shop into software designed for general contractors.
Scalability Without Complexity
Good woodworking software grows with your shop without requiring a complete overhaul every time you add a team member or expand your services. Look for intuitive design that your whole team can learn quickly. If your crew won’t use it, it won’t help you.
Real Support From People Who Understand the Trade
Can support quality make or break your software experience? Without question. You need partners, not just software vendors. Onboarding should feel supportive. Training should be practical. And when you have a question at 2pm on a Thursday, someone who actually understands woodworking should answer.
The Payoff: What Changes When Everything Connects
Imagine sending quotes in minutes instead of hours. Fewer errors because data only gets entered once. Happier customers because you can answer their questions instantly. Less chaos because everyone on your team sees the same information.
Shop owners who make this switch find themselves spending more time building and less time managing systems. The right woodworking software doesn’t just organize your business. It gives you your time back so you can focus on the craft that got you into this trade in the first place.
Ready to See What’s Possible?
Unified beats fragmented every time. If you’re curious what a purpose-built platform could do for your shop, it might be worth exploring. Your whiteboard has done its best. Maybe it’s time for something better.
Click here to schedule a demo with our team today to see how INNERGY is the woodworking software your shop needs.
By: Marc Sanderson
In most companies, problems don’t announce themselves—they accumulate. Quietly at first, then all at once. By the time they reach the executive team, they’re no longer operational hiccups; they’re strategic risks.
The difference between high-performing leaders and the rest isn’t the absence of problems. It’s how quickly — and how directly — they move toward them.
At INNERGY, we use a simple phrase: run to the problem. It’s not a slogan; it’s a system of behavior. It is so important to our success that we named it as one of our core values — an expectation to be lived out by all members of our team.
It’s a value that I learned early in my construction career. As an architectural woodworker, by definition, we showed up last on site. Thus, we inherited all sorts of problems that we need to solve —with no extra time to do it. We had to anticipate issues, move fast and consider how to solve problems that may arise so we could make it right.
Why run?
Walking won’t cut it. With problems, speed is the difference between control and consequence:
- Every problem has a clock on it.
Early on, it’s small. Contained. Fixable with relatively little disruption. Wait too long, and it spreads—across teams, into customers, into your brand. - Problems don’t fix themselves.
They compound. There’s a quiet belief in many organizations that if we just keep moving, things will sort themselves out. They don’t. When we run to the problem early, we’re not just fixing an issue—we’re preventing a pattern. - It builds trust—faster than success does.
What people remember is how you show up during challenges. Do you engage early? Do you take ownership? Do you communicate honestly, even without all the answers? Trust isn’t built by avoiding problems. It’s built by how you confront them. - It forces clarity.
Waiting for clarity may feel responsible. But more often than not, it’s just delay in disguise. Clarity rarely comes before action.
How to Run
It’s easy to say run to the problem, but harder in practice. Here’s what we find are the keys to success:
STEP 1: Own it Before Overanalyzing.
It means you own it before it’s obvious and move before you’re ready. You will be stepping off into ambiguity, discomfort and often issues that aren’t entirely your fault. The moment something feels off, act. Call the customer before you have all the answers. Address the issue before it’s fully diagnosed. Waiting, hoping or working around it never works.
I think often about the Tylenol crisis. Johnson & Johnson didn’t wait for certainty—they recalled 31 million bottles to protect customers. They chose trust over perfection and it defined their brand for decades. I’ve seen the opposite too — when we delay engaging because we don’t feel “ready,” the problem only grows.
I don’t hesitate. I’ll change my schedule and travel far if needed to own the issue and start the conversation. The first conversation is rarely perfect and sometimes painful — but it builds trust and gains grace while you fix it.
STEP 2: Push Past Symptoms to the Source
What shows up first rarely is the problem — it’s evidence of one. We see an outcome, not the cause — a customer complaint, a spike in tickets, a missed commitment. The instinct is to react to what’s visible. The discipline is to pause and ask: what’s actually driving this? What’s the root issue we need to solve?
We saw it in our support function — aging tickets, slow responses, frustrated customers. The quick answer was to push the team to move faster. When we stepped back, we realized we couldn’t even see the process clearly. We didn’t know where tickets were getting stuck or have the right metrics to track it.
You can’t fix what you can’t define. Getting to the root cause takes curiosity, time and the right data — not more data. Because if you can’t measure it, you can’t align on it. And if you’re not aligned, you’re guessing. The ultimate outcome of this step is a clear, strong problem definition.
STEP 3: Start Before the Plan is Perfect
Analytical by nature, I want to develop a complete roadmap to address the issue. But I know, complexity can kill progress. The key is identifying the next best step, create urgency and let clarity build as we go.
Years ago, when an internal survey showed a dip in satisfaction among our development team, we moved immediately:
- Tuesday: I saw the survey results in Minnesota.
- Thursday: I asked for follow-up feedback to better understand what went wrong.
- Friday: We all were in a room in Poland aligning on the issue and next steps.
We didn’t have the full solution. But we had momentum.
In another case, I watched an INNERGY leader literally get on a plane to meet with a customer and the team. No long pre-read. No extended planning cycle. Just a decision to engage directly and not leave until there was clarity. That kind of urgency changes everything!
Short-term wins follow. Alignment follows. Energy follows.
STEP 4: Follow Through Relentlessly
Progress doesn’t have to be perfect—but it does have to be visible. Follow-through is what turns intent into trust. It’s how your team knows you mean what you say, and how customers decide whether to stay when things go wrong.
That starts with communication. Early, often and throughout—not just when it’s solved. Pair that with doing what you said you would do. Commitments matter and when plans change, you close the loop instead of going quiet.
It also requires staying close to the work. Audit as you go. Adjust in real time. Because in the end, people don’t remember the plan—they remember your words and deeds matched, and that builds trust.
Problems are opportunities and each time provide lessons that make you, your team and your organization better. At INNERGY, we name the big problems (Trainwreck Tuesday, Dev Disaster, Ticket Turbulence, Fatigue Friday). It reminds us that problems are solvable. The process works. Problems are not to be feared. They make us better and achieve RAVING FANS.
When Everyone Runs
As CEO, I don’t need to be the one running to every problem. But I do need to build a culture where someone always is. That means:
- Staying close to the voice of the customer
- Being clear on what “good” looks like
- Empowering the right people to step in—even if it’s outside their formal role
As we grow, the problems don’t go away. They get bigger. Faster. Less forgiving. So, we have to get better. Better at seeing early. Better at diagnosing clearly. Better at acting decisively. It takes discipline.
If there’s one thing I’d pass on to another leader, it’s this:
Don’t wait for clarity. Run to the problem—and let clarity catch up.
Marc Sanderson is the CEO of INNERGY and former President/Owner of Wilkie Sanderson. He began in the millwork industry 20 years ago with a small cabinet shop and built it into one of the most profitable operations in the country. A Harvard MBA and 2024 Wood Industry Market Leader, Marc is known for transforming complexity into clarity through data-driven strategy and culture first leadership. Equal parts analytical operator and motivator, he’s just as comfortable refining strategy as he is rallying a room around a shared vision.
Engineering frequently appears to be a mysterious field to millwork owners. Fundamentally, engineering is just the process of transforming input data which can range from napkin sketches to complete architect plans into information that can be produced on the shop floor.
Why should you care about engineering at all? Because it touches and affects nearly everything in your business. In sales and estimating, if engineering standards are weak and estimators must guess on projects, jobs get sold with holes in scope. It can also impact lead times. Want to avoid apologizing for missed delivery deadlines? Make sure engineering is forecasting what it can realistically release.
It also, not surprisingly, impacts production planning, scheduling, assembly, finishing, and installation. And if you thought it doesn’t touch marketing, you’d be wrong. What engineering does for building trust and the overall customer experience is vital to how you market your business. Engineering isn’t a department. It’s the handoff that controls every single handoff.
Light valances are a perfect example of how one small engineering decision can ripple through the whole shop.
If you want a real shop floor example of why engineering matters and how much it impacts, take the example of light valances, that narrow strip that hides the LED so you don’t see the light source when you open a cabinet.
This simple light you wouldn’t think would cause problems, but the narrow piece is often too small or awkward to edge band normally. The workaround becomes: cut it oversized, edge band it, rip it down later. That sounds easy until you look at where the ripping lands. If it lands on the wrong person at the wrong time, you’ve just created extra handling, extra queue time, and extra chances for a mistake. A tiny part can quietly steal hours across the job.
The real lesson isn’t “light valances are hard.” The lesson is that engineering is not only about drawings. It’s also about choosing a build approach that fits how your shop actually runs. Sometimes the better solution looks a little clunky at first glance. Tape two parts together and run them through the edge bander. Use a sled. Change the part strategy so the banding is easier. It might feel less clean for the edge bander operator, but it keeps the job moving and reduces touch time downstream. That’s engineering doing its job.
You didn’t start a millwork company to have the world’s best drawings.
This is one of the most important mindset shifts for owners. The goal isn’t perfect drawings, perfect G code, or perfect yield. The goal is making money.
That doesn’t mean your team can be sloppy. It means you have to be honest about what you’re optimizing for.
If your engineering team is spending time polishing drawings that don’t change outcomes in the shop, you’re paying for work that doesn’t ship product. If your engineering team is spending time clarifying scope, locking critical details, and preventing rework, that work pays you back.
You can usually feel the difference. When drawings are overbuilt, you get long lead times and a lot of internal approval loops. When drawings are underbuilt, you get questions, workarounds, and rework. The target is clear and buildable, not museum quality.
Don’t assume engineering is the bottleneck. Verify it.
Engineering is easy to blame because it’s upstream of so many issues. But overloading any department creates delay. That alone doesn’t prove it’s the bottleneck.
A common example is upstream batching. A PM holds an entire release for weeks because one detail is unresolved. Then everything gets released at once. Engineering gets hit with a surge. Production gets hit with a surge. Schedules slip. Everyone says engineering is slow, but the real issue was the release behavior.
If you want a quick diagnostic, look at where work is sitting and why. How much work is waiting on engineering time? How much is waiting on approvals? How much is waiting on selections? How much is being held because someone is waiting until the whole job is perfect on paper before releasing anything?
When you separate those buckets, the fix becomes obvious. Sometimes it’s staffing. Sometimes it’s standards. Sometimes it’s release discipline. The point is to measure it, not guess at it.
Kill Stupid Rules.
Every shop has rules that were created because something went wrong once. The problem is the rule stays forever, even when the original problem was rare and the cost of the rule is paid every single day.
Engineering carries a lot of these. Extra steps, extra signoffs, extra documentation, extra checks for edge cases that show up once a year.
You don’t want to remove quality control. You want to remove drag.
List the rules that slow engineering down the most. Then ask two questions: what problem was this created to prevent, and how often does that problem actually happen now? If it’s rare, is there a cheaper way to catch it than slowing down every job? Sometimes the answer is a simpler checkpoint. Sometimes it’s updated training. Sometimes you delete the rule and nothing breaks.
Smaller batch sizes create faster flow.
Big releases feel organized. One package, one handoff, one approval. But big batches create long waits, bigger rework, and unpredictable lead times.
Releasing in smaller units, whether that’s by room, by area, or by some other natural break in the job, gives production something to run with sooner. Revisions stay contained. Scheduling becomes more predictable. Install planning gets clearer. Even billing gets cleaner because progress is visible in real units.
This is one of the fastest ways to make engineering feel less like a black box to the rest of the shop. Owners can see work moving. The shop can see what’s coming. PMs can see what’s stuck. And everyone stops running the same end-of-job fire drill on every project.
A simple Engineering 101 checklist for owners.
- If you want a practical way to manage engineering without hovering over your engineers, come back to these questions regularly:
- Are you making small engineering decisions that create extra handling later, like the light valance problem?
- Are you aiming for clear and buildable drawings, or are you polishing things that don’t move the job forward?
- Does your engineering effort match how you compete, or are you copying someone else’s process?
- Are you blaming engineering for delays without verifying where work is actually sitting?
- What rules are slowing engineering down every day, and what problem are they really preventing?
- Are you releasing in smaller chunks so work can flow, or batching everything and wondering why nothing feels on time?
Engineering shouldn’t be a mystery. When owners treat it as the handoff that controls every other handoff, they start seeing where time is actually being lost, and what changes will make work move better through the whole shop.
What if you could tell, with real numbers, whether your shop is gaining ground or slowly falling behind before the market shifts? You can with the IIBT!
The IIBT (INNERGY Industry Benchmarking Tool) is free, anonymous, and built specifically for millwork and woodworking businesses. Last year, 132 firms across the U.S. and Canada submitted their data in 2025. Here is what stood out.
Trend 1: Installation is improving, and high-profit shops are proving it can be a margin builder
For years, installation margins hovered near zero. Plenty of shops ran it at a loss just to close the job, accepted that as the cost of doing business, and moved on.
The 2025 IIBT says something different is happening.
Installation margins improved year over year in both the U.S. and Canada. High-profit firms show strong installation performance.
They treat installation like any other department, with defined scope, cost tracking, and someone accountable for the outcome. If install still feels like chaos at the end of every job, that is worth examining.
Trend 2: Median headcount is down
More smaller shops participated last year, which pulled median firm size down and made the data more representative of what most shops actually look like day to day. U.S. median headcount came in at 32 employees, Canada came in at 29.
At this scale, the owner knows everyone by name. The same people wear multiple hats, margin for error is thin, and one bad hire or one slow quarter hits harder than it would at a larger operation. Headcount is one of the most direct levers on profitability which leads into our next and final trend.
Trend 3: Revenue per employee is one of the clearest signals of whether your operation is keeping up
This one only takes 30 seconds. Take your total headcount, multiply by $210,000, and compare that number to your actual revenue.
U.S. revenue per employee benchmark: $210,000
Below that figure usually means something is working against you. Above it means your pricing, your workflow, or both are in reasonable shape. Either way, the gap is worth understanding.
Want to gain insights like these for 2026? Participate in the 2026 IIBT report!
The survey is completely anonymous, conducted and analyzed by third-party firm Inverra, and only participants receive the full report. It takes about 45 minutes. What you get back is real data from shops your size, doing the same kind of work you do, with enough detail to know where you stand and where to focus. Click here to take the survey today.
Running a custom millwork shop means no two jobs look the same. That’s the beauty of the work, and also the challenge. Every project brings a unique design, specific material requirements, and its own timeline. Your team thrives on solving problems that nobody else can tackle.
But here’s the tension: the very thing that makes custom millwork valuable also makes it incredibly hard to systematize. And without systems that flex with your creativity, growth becomes a constant uphill battle.
This is where millwork ERP software changes the game for shops doing custom work.
The Unique Challenge of Custom Millwork Operations
Standard manufacturing software assumes you’re building the same thing repeatedly. That’s not your world. You’re crafting one-of-a-kind pieces, adapting on the fly, and managing clients who want something they’ve never seen before.
What does that mean for your shop floor? It means your design library needs to handle endless variations. It means your estimating process can’t rely on cookie-cutter templates. It means every job requires its own production path, its own material list, its own timeline.
Most tools simply weren’t built for this complexity. They force you into rigid workflows that fight against the flexibility custom work demands.
Why Generic Tools Break Down for Custom Shops
Here’s what typically happens: estimating lives in spreadsheets filled with formulas that only one person understands. Design files scatter across folders with naming conventions that stopped making sense two years ago. Production tracking happens on whiteboards that get erased before anyone captures the data.
Can this approach handle ten jobs a month? Maybe. Can it handle fifty? Not without everything breaking.
The handoffs between departments become danger zones. A design change that seemed minor creates a material shortage nobody anticipated. A custom specification gets lost between the estimate and the shop floor. Your best people spend half their day answering questions instead of building.
What Millwork ERP Software Actually Solves
Millwork ERP software connects your estimating, design library, production, and scheduling into one unified platform. But for custom shops, the real value lies in how it handles variation.
Think about your design library. A robust millwork ERP system lets you build a living catalog of components, finishes, and configurations that your team can mix and match for any project. You’re not starting from scratch each time. You’re pulling from proven elements while still delivering something completely custom.
From Custom Design to Shop Floor Without the Chaos
How does a custom job flow through a unified system? The estimate captures every specification, pulls real material costs, and accounts for the unique complexity of that particular piece. When the job is approved, production sees exactly what they’re building, with the right drawings, the right cut lists, and the right timeline.
Why does this matter? Because the information travels intact. No translation errors between departments. No surprises mid-build that blow up your margins.
Building Repeatable Processes for Non-Repeatable Work
Here’s the paradox custom shops face: you need systems and processes to scale, but your work resists standardization. The solution isn’t forcing your creative work into rigid templates. It’s building flexible processes that adapt to each job while maintaining consistency where it counts.
Millwork ERP software enables exactly this. You create process frameworks that guide jobs through your shop, but those frameworks flex to accommodate the unique requirements of each project. Your team follows a clear path without feeling constrained.
The result? You take on more custom work without proportionally increasing your headaches.
Signs Your Custom Shop Has Outgrown Current Tools
Not sure if you’re ready for millwork ERP software? Consider these signals:
- Your design library is scattered across multiple systems and nobody can find past projects quickly
- Estimating custom work takes too long because you’re rebuilding calculations from scratch
- Production frequently discovers missing specifications mid-job
- You avoid certain custom projects because they’re too hard to manage profitably
- Growth means more chaos, not more capacity
If these resonate, your tools aren’t matching your ambitions.
The Payoff: Doing More Custom Work Profitably
Picture this: your team tackles complex custom projects with confidence because every detail flows from estimate to shop floor seamlessly. Your design library grows smarter with each job, making future estimates faster and more accurate. Production runs smoother because everyone works from the same information.
That’s what a unified millwork ERP platform delivers for custom shops. Not rigidity, but structured flexibility. Not constraints, but capacity.
Ready to explore what this could look like for your operation? INNERGY was built specifically for woodworking businesses doing custom work, and we understand that no two jobs are ever the same.
By: Marc Sanderson
If I had to describe most woodworking businesses in one sentence, it’s this: custom is core to who we are. We’re fondly called the “junk drawer” of the construction industry. If it’s unique, interesting, aesthetic, or complicated, we’re the ones customers call. Most don’t even ask if we can do it. They assume we’ll figure it out—because we always do.
That’s also what creates the tension for any leader who wants to grow: if custom is unavoidable, how do you scale?
Most businesses scale by standardizing the product. Think about GM—or almost any car manufacturer. It’s basically the same vehicle platform with a few choices—color, trim, features. Or Post-it notes. They have the same product in different colors and sizes. Businesses like those can scale because the product is designed to be repeatable.
Because our work is custom by nature, we don’t get that choice. We can’t just decide to stop doing custom—or do less of it. It’s the whole reason we exist. So, does that mean scaling isn’t possible? Not at all. It just means we need to scale differently.
Where to Standardize: Process Over Project
I learned that the hard way. At 28, I bought a small Minnesota woodworking company with big aspirations—but I didn’t understand how custom businesses actually scale. Like many leaders, I assumed great work would drive growth. I was wrong. Then I had an epiphany that changed everything: the project doesn’t matter. The workflow does.
We built millwork in all kinds of environments, spanning residential and commercial. Every project was unique in its product attributes, but the steps were the same, whether it was for a medical facility, sports stadium or a high-end home. The product changed every time; the way work moves through company didn’t have to.
That’s when it clicked: scaling a custom business isn’t about standardizing the product. It’s about standardizing the process. That insight transformed our company and I’ve seen it transform others—again and again. It became clear: technology is the force multiplier—making consistent workflows possible in an engineer-to-order world. Thus, I built software to run our process, then founded INNERGY to share the technology—and operating system—with others.
So, how do you scale a custom business? Here are the key steps:
- Build structure around your workflow.
Most organizations can map their workflow in about 15 steps or less from the moment a job appears. The number isn’t the point. The goal is enough structure to create clarity without bureaucracy. With structure, leaders can manage the business like a system instead of a constant emergency.Don’t chase the “perfect process.” Start small and make it stick. It can be as simple as: drawings start → drawings returned → materials ordered → production started → install/closeout. Clarity creates control, and control creates scale. - People power results—not process.
Mapping the workflow is the easy part. Getting people to use it and seek to improve it is the hard part. I’d rather have a simple workflow that people follow than a perfect one that no one does. You can’t start with a complex map on a whiteboard and expect adoption. This is not a light switch, it’s a dimmer. The constraint is buy-in; not the design.
Start with a process people can own. The first version will miss things—and that’s the point. Run it and repetition will reveal gaps, uncover patterns, and sharpen the team’s questions—showing what to refine first. In our case, the team flagged tracking when drawings were sent out and returned as critical so we fixed that together first. Clarity comes from execution, and execution turns a simple workflow into a scalable system.
- Find the bottlenecks.
Once the workflow is standardized, real visibility becomes possible—and visibility is where scale begins. In a custom business, you don’t have infinite problems; you have one main problem at a time: the bottleneck.This is where the Theory of Constraints becomes practical as an operating system for the business. There is always one limiting factor that caps how much the system can produce. In other words, no matter how hard you work everywhere else, your results are constrained by the slowest part. The goal isn’t necessarily to eliminate all bottlenecks forever—it’s to spot them quickly, make them visible, and prevent them from becoming fires. - Prioritize effort where it pays back.
The challenge is that the bottleneck in any organization is constantly shifting. One day it’s engineering, the next day it’s procurement, then finishing or install. So, mentally and operationally, leaders need to shift from “optimize everything” to find the key bottleneck and fix it—one at a time.Prioritize based on the bottom-line impact: identify where work piles up and downstream teams are waiting, then focus on the constraint that boosts throughput and protects margin the most. Ask: Which bottleneck maximizes the bottom line? Prioritize throughput dollars—not necessarily the loudest or largest department. This is where leaders shift from managing the variables in their heads to getting ahead of the business. - Be creative when attacking a bottleneck.
Most companies jump straight to capacity as the solution—more people, overtime, or outsourcing. Sometimes that’s needed, but it’s rarely the first or most effective move. Often, the best wins come from eliminating waste.It’s one of the biggest mistakes I made early on. We had engineering working on projects before the materials arrived. It looked proactive and productive, but nothing could move downstream. It was the right work at the wrong time. Once we synced engineering to the arrival of materials, throughput jumped without increasing headcount or capacity.I’ve seen the same pattern again and again through our work at INNERGY. One customer realized finishers were spending time moving materials instead of finishing. They redesigned the flow and used a simple signal system to shift handling to others. No overtime or extra headcount, just better bottleneck management.
Stability to Forecasting
That’s what scaling looks like in the real world. It’s not glamorous. It’s a relentless focus on the constraint, protecting it from waste, and making small changes that compound. Custom businesses do not win by working harder. They win by removing friction, managing time, and maximizing throughput.
Perfection isn’t the goal—progress is. You move from firefighting or triage to stability, from stability to proactive planning, and eventually, to forecasting. You stop managing this month’s fires and start looking three, six and twelve months out.
That’s the better solution: embrace custom—and manage it. Build a disciplined system where custom work can thrive, improving step by step, bottleneck by bottleneck, with visibility and data—not heroics.
Marc Sanderson is the CEO of INNERGY and former President/Owner of Wilkie Sanderson. He began in the millwork industry 20 years ago with a small cabinet shop and built it into one of the most profitable operations in the country. A Harvard MBA and 2024 Wood Industry Market Leader, Marc is known for transforming complexity into clarity through data-driven strategy and culture first leadership. Equal parts analytical operator and motivator, he’s just as comfortable refining strategy as he is rallying a room around a shared vision.