Nice Fit Was Created Out of Necessity

Hi, I’m Dillon, the creator of Nice Fit.

My background is in technical drafting, with years of experience creating production drawings for custom furniture, both as an employee and as an independent contractor. My work involves taking a concept and turning it into something a fabricator can actually build, from detailed drawings and 3D models to the information needed to manufacture each individual part.

In both roles, there was a point in the process that I found myself coming back to again and again: preparing CNC layouts.

Once a design was finished and the technical drawings were complete, I still had to arrange all the individual parts onto sheets of material, usually 4×8 sheets of plywood or similar sheet goods. That meant importing or working with the part outlines, moving them around, rotating them, trying different configurations, and constantly looking for ways to fit everything together more efficiently.

You can probably see where this is going. I had just spent hours engineering a design and meticulously documenting it so a fabricator could build it, only to face another time-consuming task before the job was ready for production.

There was nothing particularly complicated about the process in principle, but it was repetitive, tedious, and surprisingly difficult to do well. Every minute spent manually rearranging parts was a minute I could have spent on something more valuable.

I knew there had to be a better way. I wanted a tool that could take a collection of part outlines, arrange them automatically on a sheet, and produce a layout that I could use in my existing workflow. Something straightforward that would save time without introducing another complicated process to learn.

Why I Decided to Build My Own

I started looking at the software that was already available. Surely, a problem as common as arranging parts on sheet material had already been solved.

And, to be fair, there were tools that could do some version of what I wanted. The problem was that I struggled to find one that fit the way I actually worked.

Some solutions were geared more toward CNC operators and integrated into broader manufacturing or CAM workflows. Those tools can make a lot of sense for a shop that wants to manage the entire process from toolpaths to machine operation. But that wasn't what I was looking for. I needed something focused on one specific part of the process: arranging parts efficiently and exporting a usable layout.

Other options came closer to what I had in mind, but the interfaces and workflows often felt unnecessarily cumbersome. I didn't want to spend time learning a complicated system, navigating through menus, or adjusting a dozen settings just to accomplish something that should be relatively simple.

The whole point was to save time. If using the software introduced enough friction to offset the time saved by automatic nesting, then it wasn't really solving my problem.

I wasn't necessarily looking for software with the longest feature list or the most sophisticated manufacturing capabilities. I wanted software that did its job well, made the process easier, and fit naturally into the way I already prepared projects for production.

Eventually, I realized that if I couldn't find a tool that met those requirements, I could try building one myself.

Designed Around Real-World Workflows

Nice Fit wasn't conceived in a vacuum. It came from doing the work myself and understanding where the frustrations were.

Because I regularly prepared CNC layouts, I had a practical understanding of what the software needed to accomplish and how it would be used in a real production workflow. I knew that the objective wasn't simply to make parts fit on a sheet. The process also needed to be quick, straightforward, and flexible enough to accommodate the requirements of different projects.

That experience helped inform the decisions behind Nice Fit, from its interface and workflow to the features it prioritizes.

The idea is simple: import your DXF parts, specify your sheet dimensions and spacing requirements, and let Nice Fit arrange the parts automatically. You can then review the resulting layout and export it for use in your existing workflow.

Instead of spending time manually testing different arrangements, you can let the software handle the repetitive work and focus on the rest of the project.

I also wanted Nice Fit to work as a focused, standalone tool rather than requiring users to adopt an entirely new manufacturing system. If you're already using CAD software to prepare your parts and have an established process for getting jobs onto your CNC machine, you shouldn't have to overhaul that process just to benefit from automatic nesting.

Ultimately, Nice Fit is built around a problem I've encountered firsthand. I'm not just imagining how someone might use the software. I'm familiar with the task it is designed to make easier because I've spent years doing it myself.

If I Needed It, Other People Probably Do Too

One of the things that became clear as I developed Nice Fit was that my situation wasn't particularly unique.

I was working with custom furniture projects, but the underlying problem exists anywhere someone needs to arrange two-dimensional parts on sheets of material. The industry might change, the material might change, and the cutting equipment might change, but the basic challenge remains the same: fit the required parts onto as few sheets as reasonably possible while minimizing waste and the time spent preparing the job.

Think about cabinetmakers preparing plywood components, sign makers laying out lettering and shapes, or fabricators preparing parts for CNC routers, laser cutters, and plasma cutters. These are different industries with different production requirements, but they all have workflows where nesting can make a meaningful difference.

For a small shop, even a modest improvement can matter. Less time spent arranging parts means more time available for other work. Better material utilization can reduce the number of sheets required for a job. And a faster preparation process can make it easier to move from a finished design to actual production.

These benefits aren't exclusive to large manufacturers with dedicated engineering departments. In fact, smaller businesses and independent operators may have even more reason to value a tool that eliminates repetitive work without adding unnecessary complexity or expense.

I knew that if I was running into this problem in my own work, there were likely plenty of other professionals dealing with the same frustrations. I didn't need to invent an entirely new problem to solve. I needed to build a better solution to an existing one.

The Goal Behind Nice Fit

Nice Fit started as a solution to a problem I wanted to solve for myself. It has since grown into a tool that I hope can help other professionals streamline their own workflows.

The goal isn't to replace the CAD, CAM, or manufacturing software that people already rely on. It's to make one particular part of the process faster and easier.

Import your parts, define your sheet requirements, run the nesting process, and get on with the job.

That's the kind of software I wanted when I was preparing CNC layouts every week. And it's the kind of software I'm building Nice Fit to be.

If you regularly arrange parts on sheet material, whether you're working in woodworking, cabinetry, sign making, fabrication, or another industry, I'd encourage you to give Nice Fit a try.

You might find that a task you've been doing manually for years is one you no longer need to do by hand.