Grainwork vs Cabinet Vision

If Cabinet Vision is working well for your shop, I would not tell you to replace it just because I am building Grainwork.

You have time invested in it. You have learned how it works. Someone has set up your construction methods, materials, reports and machine output. That working system has value.

I spent years using Cabinet Vision and helping shops get more out of it through Cabinet Explore. I wrote UCSs, built packages, worked on reports and helped people untangle setups they depended on. I have a lot of respect for what the software can do.

I am also the founder of Grainwork, so you should know my perspective before reading a comparison between the two.

What follows is based largely on my own work in Cabinet Vision and the reasons I am building Grainwork.

What Cabinet Vision does well

Cabinet Vision's biggest strength, in my experience, is how far you can take it.

I do not remember a situation in my consulting work where we reached an absolute dead end. Sometimes there was a direct way to do something. Sometimes there was a workaround. Sometimes I had to write code. But I generally felt confident we could make it work.

That is a valuable feeling when a shop has its own way of building cabinets.

You can build real features inside it

UCSs, or user-created standards, were a big part of that flexibility. Along with custom reports, they let me do much more than change a few settings.

I could build a fairly involved feature, automate several steps, and give the designer a simple option to turn it on. More options could appear when they were needed. The person using the feature did not have to understand the code behind it.

One example involved face-frame cabinets with dadoed bottom rails. The cabinet bottom needed small corner reliefs to clear the stiles. In the setup I was working with, the relief stayed fixed when a stile got wider. I wrote a UCS so it followed the relevant stile width.

That solved a real construction problem for those shops.

Other packages added hardware behavior that felt like an entirely new feature. I could take something I wanted the software to do and build it into the system.

Some of that work filled gaps. Some of it extended the software into things the original developers could not have anticipated. Both were useful.

It has a capable cabinet-production structure

I like Cabinet Vision's construction methods and connections. Its job, room and cabinet settings give you flexibility in how you apply decisions across a job and handle exceptions.

That structure matters. A cabinet is full of relationships. Change how a top joins an end, move the nailers, change a material thickness, and other parts of the cabinet have to respond.

Cabinet Vision can handle a lot of that well. Hexagon describes its current product as a modular system connecting design, costing and CNC machining. The exact configuration you buy matters.

I also found the output generally consistent once the setup was working and I understood what to check. My cutlisting process included looking over the job in 3D, checking joinery in representative cabinets, and looking through the nested sheets to make sure the expected machining was there.

Those views gave me useful ways to inspect the job before cutting it.

It can produce very good drawings

Cabinet Vision can make nice drawings. A quick plan or elevation is useful, and the CAD tools give you room to refine the presentation.

In my experience, the shops producing especially polished architectural drawings were spending time on manual CAD, notes and cleanup. Templates and title blocks helped, but there was still work on each job.

I also appreciated live views that followed changes to the job. The tradeoff was how much I could refine the resulting view and its automatic dimensions compared with a more manually edited drawing.

If detailed drawings are a major part of your work, evaluate that process carefully in both products. Being able to print an elevation and being able to produce the exact submittal your customer requires are different requirements.

The work behind a good Cabinet Vision setup

The flexibility I valued also took time to develop and maintain.

A UCS could make something easy for the designer while leaving a fair amount of work for the person who built it.

I revised packages as I found things I had missed and as later versions changed behavior my code depended on. Even when the change was small, someone still had to diagnose it, make the adjustment and test it again.

At times, it felt like maintaining software inside another software system.

That does not cancel out the value of custom programming. It belongs in the decision about how your shop will support it.

The setup needs an owner and a handoff plan

Some shops I helped had a familiar story. One person learned Cabinet Vision, made it work their way, and then left. The next person inherited something they did not fully understand and started building their own approach.

There can be several valid ways to set something up. A different approach does not automatically mean the previous person did a bad job. But now the shop has to decide what to keep, what to change and how to train everyone around it.

In my opinion, Cabinet Vision often makes the most sense for a shop that can give a capable person regular time to improve and maintain the system. That is often easier in a medium or large shop. The real question is whether you have that time and expertise, rather than a particular employee count.

A smaller shop can succeed with it. It still needs a realistic plan for setup, training and continuity.

Support and performance belong in the evaluation

Support was a recurring frustration in my consulting work. Shops sometimes struggled to get timely help that addressed their particular problem, especially with a customized setup. That was part of why they hired someone like me.

Those experiences matter, but they do not describe every support interaction. Before buying, find out who will help with your actual construction and machines, what the support agreement covers, and what requires additional training or a specialist.

I also experienced slowdowns and crashes, particularly with larger or more complex jobs. Imported models and other job details could make a difference. I would want to test a representative large job on the hardware the shop intends to use.

What we are doing differently in Grainwork

The reason I am building Grainwork is that a powerful tool only helps when the shop can use its power.

I have worked with people who knew exactly how they wanted a cabinet built but struggled to translate that into the software. They needed to know which screens to visit, which related settings to create, and which other places to update afterward.

Some complexity comes from the cabinet itself. Shaped parts, joinery and manufacturing decisions will still need thought.

But there are opportunities to make the setup follow what the shop is trying to accomplish.

One example is adding a material species. Say you have hickory set up and want to add knotty hickory based on it. The bulk material workflow we have built in Grainwork lets you use an existing species as the starting point for creating related materials and material maps together.

That gives the shop one recognizable task, with the related setup coordinated around it.

The catalog is another example. We are building a catalog of hardware and accessories that shops can import. Think about the setup behind hinges, drawer guides, drawer box systems and pocket-door systems from brands like Blum, Grass and Salice. The goal is to do that work once, then make it available to other shops using Grainwork.

In my Cabinet Vision work, building a hardware or accessory setup from scratch could take a lot of time. I built packages for shops to help with exactly that. A useful starting point saves the next person from having to work through the same setup again.

You can still add your own items and adjust what you import to fit how you build. We want the catalog to keep growing as we add and improve those setups, so more of that work benefits everyone using the product.

The same thinking is behind our browser-based approach and making information available to people across the shop. We want more of the team to use the job information without another complicated installation or another person passing it around for them.

Grainwork still has to earn your confidence with the construction and output.

Where Cabinet Vision may be the better choice

Your existing setup works. Your team understands it, the output is dependable for your jobs, and the frustrations do not justify a change.

You need extensive custom programming. Grainwork does not currently offer an equivalent to the UCS programming approach I used in Cabinet Vision. When you hit an unsupported requirement, you have fewer ways to hire someone to code around it. Our supported settings need to cover your work, or we need to establish a workable path before you commit.

Your environment requires local operation or locally hosted data. Grainwork's current approach depends on internet access and cloud storage. If that does not meet your requirements, investigate Cabinet Vision's deployment and licensing options for your shop.

Your machines and business systems already work together. A proven post and a working connection to your quoting or ordering system are valuable. Grainwork's machine and integration coverage is still developing. Check the exact machine, controller and information flow you need before assuming we can replace it.

You want the confidence of an established product. Cabinet Vision has an established history in production shops. Grainwork is a young company with a product in closed beta. Being willing to work with an early product is a different decision from buying a mature system.

Grainwork is not ready for every shop or every requirement.

I would also think carefully about the kind of work you produce. Cabinet Vision's box-based cabinet workflow is a strength in my experience. For a closet-only business or a shop doing extensive free-form millwork, I would evaluate tools specifically suited to that work rather than assume either product is the right answer.

For individual special parts, I have also found value in using a dedicated CAM tool alongside cabinet-production software. I would evaluate how much detailed toolpath control the work requires. Grainwork should be judged on that same requirement. Possible future engraving or toolpath features do not solve a job you need to cut today.

How I would evaluate a Cabinet Vision alternative

Start with the problems costing your shop time or money, whether that is slow design work, difficult training or repeated interruptions to production.

Then include the full cost of operating each system. That means licenses, the users who need access, appropriate computers and any required infrastructure, training, outside help, and the time someone spends maintaining the setup. Check the current terms for the configuration and users you need in each system.

Before changing production systems, I would take a familiar job and work through it in the alternative while keeping the existing system available.

1. Reproduce your construction, materials, hardware and the exceptions you regularly encounter.

2. Check the drawings, part sizes, reports and machining against what you expect.

3. Validate the output for your particular machine and setup.

4. Cut and assemble a test cabinet, then run a small job.

5. Have another person use the workflow and see where they need help.

Grainwork is currently in closed beta, so get in touch about access.

Cabinet Vision gave me a great deal of control as someone who had spent years learning it. Grainwork is the tool I am building to make that kind of control more accessible to the shop.

Whether it is the right move for you needs to come from what your team can actually do with it, and what comes off your machine.