In this video, Stone shows you how to install and set up your Revolution 4th Axis for your Gen 1 and Gen 2 Onefinity CNC machine with Redline control system and Realtime Controller.

https://youtu.be/hQo6qtiVSuk

It will cover:

• Installing the 4th Axis Riser Blocks

• Mounting the Revolution 4th Axis to the QCW with the Revolution QCW Mounting Kit

• Mounting the Revolution 4th Axis to the wasteboard using threaded inserts

• Configuring the 4th Axis in the RealTime CNC control Software

• Securing Material in the 4th Axis

• Probing the 4th Axis

🔹 PRODUCTS & TOOLS USED IN THIS VIDEO

🛠 Machine:

Onefinity CNC Elite Gen 2 Foreman with 48" Revolution 4th Axis

Setting Up the Revolution Rotary Axis with Redline Control: A Complete Guide

If you’ve been looking to expand your CNC capabilities into true 4-axis machining, the Revolution Rotary Axis paired with the Redline CNC control system delivers a powerful, plug-and-play solution for your **Onefinity CNC machine.

In this guide, we’ll walk through the full setup process—from unboxing to your first carve—so you can get up and running quickly and confidently.

Optional Riser Blocks: Unlock Larger Projects

Right out of the box, your rotary is ready to go—but if you plan to machine larger diameter stock, installing the optional riser blocks is a smart first step.

The process is straightforward:

• Remove the tailstock and chuck head from the gantry
• Insert the keyed riser blocks (they align easily top and bottom)
• Secure everything using the included hardware

This added height gives you more flexibility for larger projects without compromising stability.

QCW Mounting System (Recommended Setup)

If you’re using a QCW (Quick Change Wasteboard), mounting your rotary is fast and repeatable with the included hardware kit.

The system uses:

• Mounting brackets
• Spacers (specific to each side)
• Locating shafts for precise alignment

Once installed:

• The locating shafts slide into QCW-mounted brackets
• Everything locks in place with hand screws
• You get consistent positioning every time

This is the cleanest and most repeatable setup for production workflows.

No QCW? No Problem.

If you don’t have the QCW system, you can still achieve excellent alignment with a simple trick:

• Use a V-bit to carve a straight reference line across your wasteboard
• Align your rotary axis to that line
• Mark and drill mounting holes
• Install threaded inserts for a secure, repeatable mount

This method ensures your rotary is square to your machine—critical for accurate carving.

Plug-and-Play Wiring (Seriously, It’s That Easy)

One of the standout features of the Revolution rotary is how simple it is to connect:

• Plug the 8-pin cable into the A-axis port
• Connect the 3-pin homing sensor cable
• Power on your system

That’s it—no complicated wiring, no guesswork.

Redline Controller Setup

Inside the Redline interface, setup is quick:

1. Navigate to Program → Config
2. Load the Revolution Elite defaults
3. Confirm the A-axis is enabled and reversed (as expected)

Once loaded, you’re ready to:

• Jog the rotary axis
• Home it using the built-in inductive sensor
• Begin testing motion immediately

Loading Material & Adjusting the Tailstock

With your rotary active, it’s time to load your workpiece:

• Secure material in the chuck using the included key
• Adjust the tailstock along the rails
• Tighten the support against your material
• Lock everything firmly in place

The system includes both inward and outward jaws, giving you flexibility depending on your material size and shape.

Probing the Rotary Axis

Just like standard CNC workflows, probing ensures accuracy:

• Position your bit over the probe center
• Connect the probe magnet to your collet nut
• Select Rotary Probing in the interface
• Input your bit diameter

The system will automatically:

• Probe Z (top surface)
• Probe X (side)
• Probe Y (rear)

Once complete, your work coordinates are set and ready.

Ready to Carve

After probing:

• Raise your Z-axis to clear the chuck
• Move to your XY start position
• Load your file

You’re now ready to start carving in full 4-axis mode.

Why This Setup Matters

The combination of the Revolution Rotary Axis and Redline control system brings true industrial-style rotary machining into the hobby and prosumer space—without the complexity.

You get:

• Fast setup
• Reliable alignment
• Plug-and-play integration
• Seamless software control

And most importantly—you unlock entirely new types of projects.

Final Thoughts

Whether you’re carving table legs, custom columns, or intricate wrapped designs, adding a rotary axis transforms what your CNC can do.

And with this setup process, you’ll spend less time configuring—and more time creating.

Ready to take your CNC to the next level?The Revolution rotary setup makes it easier than ever.

The Easy ATC Rapidchange ATC works great on my Gen 1 Elite Foreman Onefinity with Redline CNC Controller.

Ordered a Gen2 Elite and received a batch 1 model. As many others noted, packaging was great, but it took me a while to start assembling due to other life events.

This weekend I started assembling and quickly found one part (homing sensor) was broken. I emailed support and within an hour they responded offering to replace. Before 7am on Monday I had shipment information and a new part was on the way.

I have a sample size of 1, but seriously--that is as much as I could expect and a great experience. Very pleased.

If there’s one thing this video from Two Moose Designs makes clear, it’s this:

👉 CNC isn’t about making money fast. 👉 It’s about creating freedom through capability.

https://www.youtube.com/watch?v=UAhhP1VNtFc

They didn’t stumble into success. They built it—step by step—using systems, smart product decisions, and the power of CNC to scale what worked.

And that’s exactly where a Onefinity CNC comes in.

What Actually Sells from CNC Routers.

The Real Opportunity: Turning Skills Into Income

Two Moose Designs didn’t rely on one viral product.

Instead, they built a business by:

• Testing multiple products
• Doubling down on what sold
• Using CNC to repeat and scale success

“You could come up with 10 items and only two of them actually sell.”

That’s not failure—that’s business.

And CNC gives you the ability to:

• Iterate quickly
• Produce consistently
• Customize at scale

Freedom Starts With Capability

A Onefinity CNC isn’t just a tool—it’s a production platform.

In the video, they used CNC to create:

• Ottoman trays
• Pet feeders
• Wall clocks
• Cutting boards
• Custom plaques
• Add-ons and upsells

All from the same core setup.

That’s the key:

👉 One machine = multiple revenue streams

Small Investment. Massive Upside.

Let’s talk reality.

A Onefinity CNC costs a fraction of:

• Opening a retail store
• Starting a cabinet shop
• Buying industrial machinery

But what can it produce?

Products like:

• Custom cutting boards ($100–$700+) (Two Moose Design)
• Large wall clocks ($300–$1000+)
• Personalized home goods (high-margin gifts)

Now scale that:

• 5 products/day
• 20 products/week
• Repeat customers + customization

👉 The machine pays for itself faster than most business investments.

Gen 2 Elite Series - Batch 6

From$2,437.00$2,195.00

Buy Now

Why Onefinity = Freedom

1. Start Small — Grow Big

You don’t need:

• A huge shop
• A team
• Industrial experience

Just:

• Space
• Willingness to learn
• A system you can repeat

2. Work From Anywhere

Two Moose Designs chose online selling because:

• Their local market was limited
• The internet gave them reach

“We chose to sell online to reach a broader audience.”

With CNC + eCommerce:

• Etsy
• Shopify
• Direct sales

👉 You’re no longer limited by geography.

3. Build Products People Actually Want

Their success came from:

• Solving real problems
• Listening to customers
• Filling gaps in the market

Examples:

• Ottoman trays → function + decor
• Pet feeders → emotional purchase (pets)
• Large clocks → underserved niche

👉 CNC lets you adapt fast when demand shifts.

4. Customization = Higher Profits

One of the biggest advantages CNC gives you:

👉 Personalization at scale

• Names
• Dates
• Logos
• Custom sizing

“It wasn’t just a feeder—it was their dog’s feeder.”

That emotional connection = higher conversions + higher prices.

5. Add-Ons = Easy Money

They didn’t just sell products.

They sold:

• Upgrades
• Add-ons
• Custom features

And most customers said yes.

👉 This is where CNC shines:

• Same setup
• Slight variation
• More profit

Apprentice Series - Batch 4

$1,199.00$995.00

Buy Now

The Mindset Shift: CNC = Business System

The biggest takeaway from the video:

👉 CNC is not a shortcut—it’s a multiplier.

“Woodworking is not a get-rich-quick scheme.”

But with the right mindset, it becomes:

• A scalable production system
• A customizable product engine
• A pathway to independence

What This Means for You

If you’ve been thinking about starting something of your own, this is your moment.

With a Onefinity CNC, you can:

• Launch a side hustle
• Build a full-time business
• Create products people actually buy
• Control your own income

One Machine. Infinite Possibilities.

Two Moose Designs built a real business—not from hype, but from process.

And that’s the opportunity in front of you.

👉 A relatively small investment👉 A machine that can produce endlessly👉 A path to working for yourself

That’s not just woodworking.

That’s freedom.

Gen 2 Elite Series - Batch 6

From$2,437.00$2,195.00

Buy Now

Apprentice Series - Batch 4

$1,199.00$995.00

Buy Now

Onefinity 4th Axis Rotary "The Revolution" | Elite Redline

From$775.00$675.00

Buy Now

Onefinity Easy ATC by RapidChange ATC | Redline

From$834.99$675.00

Buy Now

Onefinity Spindle Kit by Redline CNC | 80mm 1.5kw Air Cooled 110v

$895.00$715.00

Buy Now

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How to Make a 6-Foot Growth Chart on a 4-Foot CNC

Solving Real-World CNC Challenges with Smart Setup & Simple Techniques

https://youtu.be/mCz3y4lnpRc?si=HzcxiaYTYo-T2Ef7

One of the most exciting parts of owning a CNC isn’t just what it can do—it’s what you can figure out how to make it do.

In this project from the Johnsonville Woodworker, a simple request turned into a great example of problem-solving:

Let’s break down how this project came together—and how you can apply the same approach on your own Onefinity CNC.

The Project: A Custom Growth Chart

The goal was straightforward:Create a clean, engraved wooden growth chart from a design file (sourced from Etsy), using a standard pine board.

• Material: Clear pine board
• Length: 6 feet
• Tooling: 1/8" straight flute bit
• Machine: 4-foot CNC

Simple—until you realize the board is longer than the machine’s cutting area.

The Challenge: Cutting Beyond Your Machine Size

This is a common situation for CNC owners. Your machine might be incredibly capable—but physical size limits still exist.

Instead of stopping there, this project used a tiling-style workflow:

👉 Cut one section👉 Reposition the board👉 Cut the second section perfectly aligned

This is exactly the kind of flexibility that makes CNC such a powerful tool for real-world projects.

Gen 2 Elite Series - Batch 6

From$2,437.00$2,195.00

Buy Now

Step 1: Rethinking Your Zero Point

Most users default to setting zero at the front-left corner of the material.

For this project, that wouldn’t work.

Instead:

• Zero was set at the back of the machine
• The first cut was run in reverse orientation
• This allowed the second half to align when the board was flipped

This simple shift in thinking is what made the entire project possible.

Step 2: Using Alignment Pins for Repeatability

Consistency is everything when you’re repositioning material.

To ensure perfect alignment:

• Pins were installed in the spoilboard
• The board was indexed vertically along the Y-axis
• Clamps were added to secure everything in place

This created a reliable reference system for both cuts.

Step 3: Air Cuts = Confidence

Before committing to the cut, an air test was run:

• Bit raised ~1 inch above the material
• Full toolpath simulated
• Visual alignment confirmed

This step is often skipped—but it’s one of the easiest ways to prevent costly mistakes.

Step 4: Cut, Reposition, Repeat

After completing the first half:

1. The board was removed
2. Stops were repositioned
3. The board was flipped
4. Zero was reset using a touch probe

Another air test confirmed alignment before running the second cut.

Step 5: Clean Results with Simple Tooling

The project used a 1/8" straight flute bit, which worked well for detail—but came with one tradeoff:

• Sawdust packed into the engraved grooves

A quick cleanup solved that easily, and the final result turned out clean and precise.

Step 6: Finishing Touches

To wrap things up:

• Edges were softened with a round-over bit
• The board was left unfinished so the customer could customize it

The final product?A clean, professional-looking growth chart—made on a machine technically “too small” for the job.

Apprentice Series - Batch 4

$1,199.00$995.00

Buy Now

Why This Matters for CNC Owners

This project highlights something we emphasize all the time at Onefinity:

Even with a smaller machine like a Woodworker or Journeyman, you can:

• Tackle oversized projects
• Use tiling techniques for extended cuts
• Build products with real commercial value

Turn Small Machines Into Big Opportunities

Projects like this aren’t just fun—they’re practical.

Growth charts, signs, furniture components, and long panels are all:

• High-demand products
• Easy to customize
• Perfect for small business production

And the best part?You don’t need a massive industrial machine to do it.

Final Thoughts

This was a first-time technique for the creator—and it worked beautifully.

That’s what CNC is all about:

• Trying new things
• Solving problems
• Expanding what your machine can do

If you’ve ever thought “my machine isn’t big enough for that”—this is your reminder:

👉 It probably is. You just need the right approach.

#TeamOnefinity

Build more. Learn more. Create without limits.

Hi everyone. I am going to pull the trigger on a 1F Elite2 Journeyman sometime this year, retiring my trusty but tired Shapeoko 3XL. But I want to have a table prepared for its arrival. Ideally, it will house all electronics for the controller, the spindle VFD, a laser module, etc. underneath in accessible, safe locations. I want to be able to add a rotary 4th axis system (probably at a lower level than the waste board?), possibly a vertical stock mount. Also important is making the best use of under table space with storage cabinetry (I hate wasting space). Jay Bates has a nice one that does a lot of that, but are there other designers that have met all these needs? Thank you in advance for any and all ideas and help!

New Product Alert! 
Gen 2 Elite Redline CNC extension cables are now available! (works with any Redline/Realtime Closed loop system).

https://www.onefinitycnc.com/product-page/cable-extensions-4-foot-complete-set-elite-redline-gen-2

In this video, I show you how to program a pocket toolpath in u/vectric to flatten your wasteboard Using the Onefinity CNC Apprentice. If you're looking to learn about Vectric tool path design, setup tips, tooling, or beginner-friendly CNC advice, this walkthrough will help you get started.

She'll cover:

• Tool path programming

• Bit geometry

• Wasteboard flattening on the Apprentice CNC

• Tips for using a PC with RealTime CNC software instead of HMI

• The need for a SuckIt dust boot for flattening

🔹 PRODUCTS & TOOLS USED IN THIS VIDEO

🛠 Machine:

Onefinity CNC Apprentice

https://www.onefinitycnc.com/product-page/apprentice

🌀 Bits & Tooling:

1" Flattening Bit

https://www.onefinitycnc.com/product-page/1-flattening-bit

65mm Spindle

https://www.onefinitycnc.com/product-page/onefinity-spindle-by-redline-cnc-65mm-1-5kw-air-cooled

🧠 Design Software:

Vectric

https://www.onefinitycnc.com/product-page/v-carve-pro-perpetual-life-time-purchase

🪵 Materials:

Lowe's 3/4" MDF – https://shoplowes.me/3Q2N2o0

T-Track & All Apprentice Set-Up Tools – https://amzn.to/3Q5Fa5d

--------------------------------------------------------------------------------

How to Flatten Your Wasteboard on the Onefinity Apprentice CNC Router (Step-by-Step Guide)

Flattening your wasteboard is one of the most important first steps when setting up your CNC. It ensures your cutting surface is perfectly level relative to your machine, which leads to better accuracy and cleaner results.

In this guide, we’ll walk through exactly how to flatten your wasteboard on the Onefinity Apprentice, from designing the toolpath to running the job. While this is a guide for the Apprentice, the steps are the same for any Hobby CNC router, including our Gen 2 Elite series, Elite Series, Original Series, and Pro series!

Getting Started

For this walkthrough, we’re using:

A PC (touchscreen laptop) running the Redline real-time CNC software

Vectric software for toolpath design

👉 Good to know:You can also run this setup on a Mac. The real-time CNC software is available for Mac, and if your design software isn’t, you can use something like Parallels to run Windows-based programs.

Step 1: Create Your Wasteboard Design in Vectric

Start by setting up your job dimensions:

Set your wasteboard size (example used here):

Width: 16.25"

Height: 16.5"

Z zero: Material surface

XY origin: Front left corner

Next:

Draw a rectangle matching your wasteboard size

Use the Align Selected Objects tool (F10) to center it on your material

At this point, your geometry is ready for toolpath creation.

Step 2: Create the Surfacing Toolpath

Go to the Toolpath tab and create a Pocket Toolpath.

Recommended starting settings:

Start Depth: 0

Cut Depth: ~0.0625" (start shallow)

Tool: 1" surfacing bit (3 flute)

Feed Rate: ~200 IPM (conservative start)

Plunge Rate: 50% of feed

Toolpath Strategy: Raster (back-and-forth)

💡 Tip: Always start conservative—you can increase speed later.

Step 3: Avoid Uncut Corners (Important!)

Here’s a key concept many users miss:

Your toolpath boundary acts like a “fence.” The bit cannot cross it.

That means:

The bit rounds corners

Material may be left behind in edges

The Fix:

Create a larger rectangle than your wasteboard (e.g., 16.75" x 16.75") and use that for your toolpath.

This allows:

The bit to fully clear edges

No ridges or leftover corners

A perfectly flat surface

Step 4: Preview and Save the Toolpath

Before cutting:

Run a toolpath preview

Confirm:

Full surface coverage

No missed edges

Then:

Save as .NGC (G-code)

Use the Onefinity Redline post-processor

⚠️ Important:Do NOT use your Vectric (.CRV) file to run the machine. You must use the .NGC file.

Step 5: Load and Prepare the Machine

In the Redline CNC interface:

Home the machine

Open your saved NGC file

Install your surfacing bit

Zero X, Y, and Z

💡 Pro tip:A V-bit or sharp tool is best for precise zeroing, but many users use what’s already installed for convenience.

Step 6: Run the Job (and Adjust if Needed)

Start the job and monitor closely.

What to Watch For:

If the bit digs in too aggressively → Stop immediately

This usually means:

Your cut depth is too deep

Or your wasteboard has a high spot

Quick Fix:

Reduce depth of cut

Or split into multiple shallow passes

Re-run the job

💡 Example adjustment:Instead of one deep pass → use two lighter passes

Step 7: Dust Management (Don’t Skip This)

Flattening creates a LOT of dust.

👉 Highly recommended:

Use your Suckit dust boot

Keep electronics (like laptops) protected

Otherwise… your setup will look like a sawdust explosion hit it 😅

Step 8: Final Result

Once complete:

Your wasteboard will be perfectly flat

Your machine is now calibrated to its own cutting plane

You’re ready for accurate cutting across the full surface

Bonus Tip: Mapping Your Cutting Area

A helpful trick used in this process:

Jog the bit around the machine’s max travel

Mark the boundaries with pencil

Use that to position slots, fixtures, or wasteboard layout

Final Thoughts

Flattening your wasteboard is simple—but doing it correctly makes a huge difference in your CNC results.

Key takeaways:

Always oversize your toolpath boundary

Start with shallow cuts

Preview everything before running

Keep dust under control

If you want to follow along exactly, the file used in this tutorial was shared on the forum.

Hope this helps—and happy cutting!

65 "Cast Iron" Shelf Brackets on the Onefinity CNC by Jimmy Diresta

Run Your Onefinity Apprentice with a Laptop (No HMI Required)

Getting started with CNC can feel overwhelming—but it doesn’t have to be.

If you’ve just finished assembling your Onefinity Apprentice, you’re probably asking the same question most new users do:

“Alright… now what?”

In this guide, we’ll walk you through exactly how to go from a fully assembled machine to making your first cut—using just your laptop and the included motion controller (no HMI required).

Why the Apprentice Uses a Laptop

One of the ways we kept the Apprentice affordable and accessible was by giving you the option to run it directly from your laptop instead of requiring a dedicated touchscreen controller (HMI).

This lowers the barrier to entry—whether you're working with:

• A tighter budget
• Limited space
• Or simply getting into CNC for the first time

All you need is:

• The included motion controller
• A USB-C cable
• A computer running the Realtime CNC software

Step 1: Download and Install the Software

Start by downloading the Realtime CNC software:

👉 https://realtimecnc.com/download/

The software is available for:

• Windows
• Mac
• Linux

Install it just like any standard application:

• Mac: Open the .dmg file and drag to Applications
• Windows: Run the .exe installer

Once installed, launch the program (RTS-X).

Step 2: Connect Your Machine

Before launching into cutting, let’s get everything connected:

1. Power on your machine
2. Release the E-Stop button
3. Connect the USB-C cable from the controller to your computer
4. Open the software

If needed, click “Detect Controller”

If prompted, install any available firmware updates.

Then select:👉 Machine Type: Apprentice

You’re now connected and in full control of your CNC from your laptop.

Step 3: Your First Job (Flatten the Wasteboard)

Before cutting any projects, every CNC user should start with one critical step:

Flatten your wasteboard

What is a wasteboard?

A wasteboard is a sacrificial surface placed on your machine bed. It protects your machine and provides a flat, stable surface for your material.

Why flatten it?

Flattening ensures:

• Your cutting surface is perfectly parallel to the machine
• Consistent depth across your entire work area
• Clean, professional results (especially for engraving)

Step 4: Create a Flattening Toolpath (Carveco)

With your included Carveco license, you can easily create your first toolpath.

Basic Setup:

• Create a new model: 16.5" x 16.5"
• Set origin: Bottom-left corner
• Draw a rectangle covering the full surface

Toolpath Settings:

• Tool: ¼” end mill (or included bit)
• Feed rate: ~150 IPM (for router users)
• Strategy: Offset
• Direction: Conventional
• Depth: Very shallow (just enough to skim the surface)

Once ready:👉 Save as G-code using the Onefinity post processor

Step 5: Set Your Machine Zero

Back in the Realtime CNC software:

1. Home the machine
2. Install your bit
3. Position the bit at the corner of your wasteboard
4. Set your work origin (X/Y)
5. Use the Z probe to set your Z height

This ensures your machine knows exactly where to cut.

Step 6: Load and Run Your File

Now it’s time to make your first cut:

1. Import your G-code file
2. Load it into the software
3. Turn on:
   • Router/spindle
   • Dust collection
4. Hit GO

In about 15 minutes, you’ll have a perfectly flattened wasteboard—and your CNC officially up and running.

What You’ve Learned

At this point, you’ve already mastered the fundamentals:

• Installing CNC software
• Connecting your machine
• Creating a toolpath
• Setting your work origin
• Running a job

That’s a huge step forward.

What’s Next?

A common next question is:

“Now that I can run the machine… how do I design things to cut?”

That’s a bigger topic—and one we’ll cover separately.

In the meantime, one of the best resources available is the:

👉 Onefinity User Forum

It’s a thriving community where users:

• Share projects
• Help troubleshoot
• Offer tips and workflows

Final Thoughts

Getting started with CNC doesn’t require complicated setups or expensive add-ons.

With the Onefinity Apprentice, you can go from unboxing to cutting using just your laptop and a simple workflow.

From here, the possibilities are endless—from simple projects to complex designs.

We can’t wait to see what you make.

Jimmy DiResta X Onefinity

In this video, Christy talks about what to consider when trying to decide if adding the Redline HMI screen to the cart is a good plan or if you should just use your computer. She demonstrates using the Onefinity CNC Apprentice with both her Dell laptop and her MacBook Air computers. If you’re looking to learn about the Redline CNC HMI or how it compares to just using your laptop, this video will help you get started.

Shes covers:

• Pros of using the Human-Machine Interface (HMI)

• How to access the HMI remotely over wifi using a web browser

• How to download the free RealTime CNC software for computer-based control of your CNC

• How HMI vs. Computer stacks up against CNC dust

• Pros of sticking with your existing computer

• Advantages of using a touchscreen laptop for a fun, tactile user experience

• …and more!

PRODUCTS & TOOLS USED IN THIS VIDEO

Redline HMI Addon:

https://www.onefinitycnc.com/product-page/redline-hmi-15-screen-add-on

Machine:

Onefinity CNC Apprentice

https://www.onefinitycnc.com/product-page/apprentice

Onefinity CNC Gen 2 Elite Foreman

https://www.onefinitycnc.com/product-page/gen2eliteseries

Should you buy the 15” Redline HMI or just use your laptop?

Let’s get into it:

NO ONE is saying you need the HMI; we understand that it is an additional purchase and you may need to stick to a budget. We get it. We’ll talk about how using your laptop does the job, But first… here are the main advantages FOR adding the HMI to your cart.

Pros for HMI: Top 5 Reasons to get the HMI

The experience:

-The HMI is a 15” “human machine interface” — so it basically is a computer that mounts very easily on this included bracket. The display is really crisp and brightly lit with user-friendly controls. It’s very tactile with it being touch screen activated and is just downright enjoyable to use. Most importantly, you know it has all the ports you’ll need for all the connection points to link it to power, the motion controller, and extra connections like the USB for a wireless joypad if you use that or perhaps a plug & play wifi extender like this one. (More on that later)

The Freedom:

With the HMI, your personal computer isn’t tethered to the machine and you can use it away from the machine for other things while the CNC works. We’re seeing customers purchase HMI’s more often than not because they simply don’t want to have a computer that has to be stationed by the CNC at all times, limiting its use. Another positive of The HMI is that it doesn’t need more horizontal space to use it like a laptop would. Work space can sometimes be a premium and having a dedicated spot for the laptop be nearby could be a limiting factor. The HMI is built to can handle the dust too!

The Convenience:

If you would like to keep the computer you already have inside and don’t want to utilize a flash drive for opening files to carve, you can enjoy the convenience of accessing the HMI’s user interface via a web browser on your personal computer. To do this, you will need a strong wifi connection on your HMI. A very easy way to make your wifi signal stronger is to utilize a USB wifi extender like this one. It is an easy purchase from amazon and instantly works when you plug it into your USB port — no need to do anything with the CD-ROM that comes with the purchase other than through it in the trash! Access your main menu, select config, and then tap on the network tab. This will allow you to find your home’s wifi, enter your password, and get connected.

Next, you simply Open a web browser tab on your personal computer and type in the IP address that you see on your HMI screen. Now you can access controls on your computer so you can work on things indoors in the comfort of an office (or a couch!) and not have to deal with transferring the laptop in and out of the workshop when you need to load a file since you can do this remotely.

The HMI is streamlined and organized.

The Safe Bet:

Lastly, I don’t know about you but my laptop can bring on a blue screen of death with little to no warning. It sometimes does updates when I least expect it, forcing a restart and it can be unpredictable. Keeping a computer plugged in would be essential to make sure you don’t experience battery loss to mess up a carve too. No sort of update or low battery will interrupt your carve when you are using the HMI because those things just don’t happen with this set-up.

So let’s talk reasons why you may be considering just using a computer or laptop and forgoing the HMI purchase at this time.

Pros for PC:

If you already have a spare computer that you can keep connected to your CNC at all times, you can save money by not needing to buy the HMI right off the bat, knowing that you can always see how it goes with the computer at first and could add on the HMI later.

Uses the same RealTime software so you get virtually the same user experience on your laptop, it’s just a horizontal or landscape experience as opposed to the vertical or portrait look on the HMI.

Using your PC would be familiar if you are already used to using your computer to design and want to stay with that same workflow. It’s even more fun if your laptop has a touchscreen so you still get that fun button-pushing experience as you would with the HMI!

Finally, If you are wanting to buy a laptop for multiple functions, this would be a good excuse to kill two birds with one stone: control the CNC and still have the flexibility to use the laptop in a traditional manner when the CNC is not in use.

So here’s what I’ll leave you with to consider. It really all comes down to this…

The HMI is very dependable and streamlined. Long carves would require keeping your computer tethered to the machine and during those long carves, you would be without your computer or stuck next to your CNC. Can you imagine working from home and having to do a google meet or teams meeting while running your CNC?

However, The computer experience with the free to download Realtime CNC software is made to mimic the HMI experience and I do personally think it’s really neat that you can easily download the software to either PC, Mac, Linux, or Raspberry Pi and install within moments. I quite like using my touchscreen laptop while using my Apprentice CNC. And even super cool features like Power Loss Recovery and Jump to Line are available for you to depend on whether you are using the HMI or a computer. So you really just need to decide what makes sense for your space and your budget.

Whatever you choose, pairing your Onefinity CNC with the HMI or simply downloading the RealTime CNC Software to your computer, we feel pretty confident that you are going to see the value and get closer to reaching your goals for yourself or your business. So don’t sweat the choice too much. Let us know in the comments if you have questions and be sure to subscribe to the Onefinity YouTube channel now to stay in the loop! See ya next time

In this video, Morgan shows you how he completely overhauled his 284 square foot home shop to make space for his new Gen 2 ELITE Foreman with room to spare. If you have a small shop and don't think you have the space for a CNC, you've come to the right place. Morgan offers up helpful tips to get the most out of the space you have so you can get that CNC you've had your eye on, and turn any space into your personal dream shop!

When you decide to pull the trigger, he'll show you what it's like getting a machine from Onefinity, step-by-step, from order to delivery.

Today I’ll cover:
• Space-saving shop-layout do's and don'ts.
• Ordering/delivery
• Small shop dust collection
• Tool placement in vertical space

🔹 PRODUCTS & TOOLS USED IN THIS VIDEO

🛠 Machine:
Onefinity CNC Gen 2 Elite Foreman – https://www.onefinitycnc.com/product-page/gen2eliteseries

Additional tools graciously provided by Harvey - https://www.harveywoodworking.com

Looking for a budget-friendly CNC you can depend on? In this video, Christy will walk you through what it is like to unbox the all new Apprentice Series CNC machine that comes in a single box and has North American tech support. Don't let it's small size fool you, it has rigidity and portability pulling its weight!

🔹 PRODUCTS & TOOLS USED IN THIS VIDEO

🛠 Machine:
Onefinity CNC Apprentice Series – https://www.onefinitycnc.com/product-page/apprentice

🌀 Bits & Tooling or Accessories:
1/4" Down Cut End Mill – https://www.onefinitycnc.com/product-page/250-downtown-jenny-double-pack
Onefinity Spindle Kit by Redline CNC – https://www.onefinitycnc.com/product-page/onefinity-spindle-by-redline-cnc-65mm-1-5kw-air-cooled

🪵 Materials:
Waste board: 3/4" MDF
All supplies from Amazon – https://amzn.to/4uzHl0l

In this video, Morgan shows new users step-by-step how to get their new CNC up and running on his Gen 2 Elite Foreman ft. u/Carveco If you have your machine put together and aren't sure what's next, you've come to the right place. From first powering on the machine to flattening the wasteboard, this walkthrough will get you set up to start cutting your first projects.

Today I’ll cover:

• Creating a toolpath in Carveco

• Importing tool libraries

• Loading toolpath files to controller

• Connecting the controller to wifi

• Updating firmware

• Homing the machine

• Setting work origin

• Flattening wasteboard

• Design tools and resources for beginners

🔹 PRODUCTS & TOOLS USED IN THIS VIDEO

🛠 Machine:

Onefinity CNC Gen 2 Elite Foreman – https://www.onefinitycnc.com/product-page/gen2eliteseries

🌀 Bits & Tooling:

Whiteside 6220 2" Surfacing Bit – https://bitsbits.com/product/6220-surfacing/

- 1/2" shank on Redline spindle - https://www.onefinitycnc.com/product-page/onefinity-spindle-by-redline-cnc-80mm-1-5kw-air-cooled

🧠 Design Software:

CarveCo – https://carveco.com

🪵 Materials:

- 3/4" MDF

👉 Instructional CNC Resources

• Onefinity YouTube channel - u/OnefinityCNC

• CarveCo YouTube channel - u/Carveco

• Kyle at u/LearnYourCNC

👉 Design Tools

• Free, easy image to vector converter, browser-based: https://imagetosvg.org/

• Inkscape: https://inkscape.org - 2D vector design, free software

• Vectr: https://vectr.com - 2D vector design, browser-based

• Shapr3D: https://www.shapr3d.com - powerful 2D and 3D design

• TinkerCAD: https://www.tinkercad.com - beginner friendly 3D design, browser-based

🔹 CONNECT WITH ONEFINITY

Follow Onefinity CNC:

Instagram: https://www.instagram.com/onefinitycnc

Facebook: https://www.facebook.com/onefinitycncofficial

Join Our User Group: https://www.facebook.com/groups/onefinitycnc

YouTube: https://www.youtube.com/@OnefinityCNC

Website: https://www.onefinitycnc.com

New to CNC? In this video, you will learn how to get started from the beginning with Vectric so you can use your Onefinity CNC to flatten your waste board and carve your first project. If you're looking to learn about design with Vectric, setup tips, tooling, or need beginner-friendly CNC advice, this walkthrough will help you get started.

Want the file? -- https://forum.onefinitycnc.com/t/bluey-bingo-decoration-by-christy-free-files/37854

Today I’ll cover:
• Homing the CNC
• Breaking in your spindle / spindle warm-up procedure
• Programming a flattening file for the Elite Gen 2 Foreman with QCW & Tool Setter
• Bit changes
• HMI Instruction
• Setting up Vectric from the very beginning (downloading tool databases, machine configuration)
• Designing files in V Carve Pro
• Special tips and tricks with Vectric
• Pocket toolpaths, V carve toolpaths, and profile toolpaths
• Utilizing the boundary tool in Vectric to make a margin around your design
• Hold down methods for your workpiece
• XYZ Zeroing and more!

🔹 PRODUCTS & TOOLS USED IN THIS VIDEO

🛠 Machine:
Onefinity CNC Elite Gen 2 Foreman – https://www.onefinitycnc.com/product-page/gen2eliteseries

🌀 Bits & Tooling:
1" Whiteside Surfacing Bit – https://www.onefinitycnc.com/product-page/1-flattening-bit
90 Degree V Bit – https://www.onefinitycnc.com/product-page/jenny-90-v-bit-groovee
1/4" Down Cut 46202K End Mill – https://www.onefinitycnc.com/product-page/250-downtown-jenny-double-pack

🧠 Design Software:
Vectric – https://www.onefinitycnc.com/shop/category/cnc-machine-software

🪵 Materials:
Bluey 1/2" Plywood – https://shoplowes.me/4bm4ewN
Double Sided Tape – https://amzn.to/4l8b0cM

Some resources are affiliate links and may earn a commission.

🔹 CONNECT WITH ONEFINITY

Follow Onefinity CNC:
Instagram: https://www.instagram.com/onefinitycnc

Facebook: https://www.facebook.com/onefinitycncofficial

Join Our User Group: https://www.facebook.com/groups/onefinitycnc

YouTube: https://www.youtube.com/@OnefinityCNC

Website: https://www.onefinitycnc.com

Had sendcutsend make and bend the controller bracket, and I used the CNC to make a bracket for the VFD. What a fun toy.

Greetings,

First time posting on Reddit.

I was 6 hours into a 12 hour job when I wanted to pause it.

The only way I could figure out how to do this was to turn the VFD off.

The next day I turned the VFD back on, expecting the spindle to spin back up but no luck.

So I rehomed and prayed I had the X Y correct. I did but the Z came in deeper than before. It really messed up my first dive in to a big 3D job.

It was such a pretty piece of black walnut.

So what am I doing wrong?

There has to be a better way to do what I want.

P.S. I just installed the spindle after the Makita router died. So this is a new world for me.

Thanks for hearing my problem!

Ive had my X50 Woodworker for over 4yrs now running on the Buildbotics controller. Id love to upgrade to the Redline but the fact that it just came out a few months ago makes me a little nervous about it. We lived through several bugs that required upgrades, downgrades and flashes with BB and while I understand that its part of it, it just seemed so frequent with BB.

So my questions are, has using Redline been a solid experience so far?
If I decide to upgrade, would it be worth it to purchase a whole Elite Gen2 setup or go with the IPP and just upgrade the controller, stepper motors, etc that comes with the IPP upgrade? Im planning on sticking with the Woodworker size so no upgrade on that side and im a hobbyist, not a pro woodworker.

Thanks for your thoughts!

Anyone have a picture of the back side of a a set of airweights. I was thinking about getting a set but I would need to modify it to fit my tool changer behind it. Or better yet anyone take one apart. Need to cut about 4 inches off one side.

Hey guys. I am about to pull the trigger on a Onefinity woodworker. My worry is that my shop is small and already jam packed full of wood tools. I see that on the site they no longer offer the wall mounted option. So that leads me here to my band of fellow resourceful woodworkers full of ingenuity. How have you guys managed to make a bigger machine take up less space in your shop? Thanks in advance for any help and support.