Category: General News

The Epic Saga of the V-Wheels

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Hi everyone. If you guys have been following along with our company, you’ll probably know that at this moment we are currently super backed up with orders. At the time of writing, we have around 270 machines waiting to ship and counting.

Back at the end of April/start of June, we were expecting to clear out of inventory for Batch 2 around the end of July. Then sales jumped to more than double in June and double again in July. By the end of June, we were sold out of Batch 2 machines and by the end of July, already halfway sold out on Batch 3 before we were to ship.

Now, if we ran out of stock at the end of July as we were initially expecting, it would have coincided well with when we would have received all of the parts for Batch 3 and start shipping new units again. As you probably figured already, this plan didn’t really work out. With a combination of COVID-19, shipping and production delays, and all the other things, we’ve had to increase lead times for subsequent orders coming in.

In hindsight, it probably would have been better to get prepared earlier, as well as order parts in larger batches, but in my defense, I didn’t expect so many people to be ordering LongMills and that things would pick up so quickly. I guess it’s a good thing since it seems that folks are really liking their machines and I’ve seen a lot of people recommending the LongMill to other folks, so I’d like to think that this jump comes from building a good product. Nevertheless, going forward, I’ve already started ordering parts for Batch 4 and doubled the size of the batch for parts for things that have the longest lead times. With slowdowns with production, customs, and other things with shipping during COVID-19 times, I have a better idea of what shipping companies to work with to ensure parts come on time as well.

Although most the parts were supposed to be completed, shipped, and at our shop by start to middle of July to give us more time to check over everything, it ended up that with delays in customs especially, some items needed an extra few weeks to arrive. This meant that the time I had set aside to fix quality issues was taken up with the delays.

And that brings us to the whole v-wheel fiasco.

Around the middle of June, we ran out of v-wheels, anti-backlash delrin nuts, and 608ZZ flange bearings, so we ordered a small batch from one of our manufacturers that we have been working with for 2-3 years via express shipping. The idea was that we would be able to ship some machines up to when we would receive our full order of parts from them.

Our initial inspection of the parts appeared to look good, and since we had ordered the same parts from the same company for several years now, we expected to be the same. However, a small number of customers got in contact with us to let us know that the fit for the v-wheels were too tight, and in some cases, causing the v-wheel itself to break. At this point we stopped shipping the machines to check the remaining batch of v-wheels and try to solve the issue.

Well it turns out there were two problems. First was that the outer diameter was too large. Rather than being 23.9mm or 24mm which is standard, all of the v-wheels had a diameter of 25mm. This meant that the spacing between the wheels was off causing the fit of the gantry to be too tight. Second, the angle of the v was not exactly 90 degrees, which means that the v-wheel rides slightly higher on the rail, thus exacerbating the first issue and causing even more spacing issues. On top of this, there were several other inconsistencies that Chris and I weren’t happy with.

In an attempt to prevent us from stopping shipping altogether, we tried to purchase some v-wheels from local sources that would only ship in within a day or two (other suppliers, Amazon…). For some insane reason, no matter which place we ordered from, they all had the same problem. What we suspect is that one manufacturer made all of the wheels for all of the different distributors, thus making all of the wheels come out to be out of spec.

I even ordered another batch of 3000 wheels from China that promised that they would be in spec, only to find that they still had the same problem. I was really hoping that at this point that this saga would be over.

Yesterday night, I ordered 600 wheels from OpenBuilds from the US using their fastest shipping method, enough to build 50 more LongMills. Tracking is showing that they are expected to arrive tomorrow. I also have another 1000 wheels coming in from China to replace part of the defective wheels that should arrive in a few days. My plan is to keep bringing in more wheels to continue shipping and try to get the machines as quickly as we can with a combination of different suppliers so that if one manufacturer mis-manufactures the wheels, we would have another source of wheels to use. If they all end up good, then we can hold the stock and use it for future batches.

We also have our manufacturers re-making the wheels from scratch as well to a new drawing and with extra QA done to ensure that the right size wheels are being shipped. This will likely be a two to three-week process altogether so we should see these wheels for the later part of Batch 3 production.

I feel pretty confident that the v-wheels from OpenBuilds will end up being the correct size, especially due to the massive price difference and it being an American company. I would much rather pay the extra bit to make sure all of the customers who have been patiently waiting to get their machines get it as quickly as possible and have the machines work the first time around. That should get machines moving out the door while I wait for the rest of the wheels to finally show up from our regular suppliers.

So the plan for tomorrow is to have all of the machines on the packing table get shipped out with the first batch of 600 wheels coming from OpenBuilds. If you have fingers please cross them for us for the wheels to be good this time.

Thanks – Andy

Kelly designed some hold down clamps

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Hi everyone. I just wanted to share some news on a new project/product we have been working on for the last couple of weeks. We are working on a new T-track work holding system to add to our host of accessories!

In the meantime, one of our awesome engineers, Kelly, has created a simple hold-down clamp design that can be used for all sorts of CNC stuff. We are also sharing the link so that you can copy and modify the design to fit your needs: https://cad.onshape.com/documents/4002cf32491a7a7a17c84759/w/f9f2dc06d2e8375fa2fb89a3/e/cd612c44ade33406e8df06a6

If you want to download the STL files, we also posted the design on Thingiverse: https://www.thingiverse.com/thing:4537983

We’ve designed these clamps to be made from plywood and use standard 1/4-20 hardware. Knobs can be 3D printed or milled as well.

As mentioned before, we are currently working on our own t-track as well. One of the biggest selling points of the new extrusion will be designed to fit the head of standard 1/4-20 hex bolts, which means that you can find the bolts you need for any of your workholding needs from your local hardware store. No special hardware needed!

We are expecting to have t-tracks available for purchase in the next month or so!

July Production Updates

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*Update* We are providing additional updates on orders that have already been placed here: https://forum.sienci.com/t/list-of-shipped-machines/1215/4

Hi everyone, here’s a new production update for our LongMills. If you are planning to order a machine I would recommend reading this post carefully as it will provide more info on when you should expect to receive your order.

Please note that if you already placed an order, the lead time that was indicated on the website is accurate to your order at the time of purchase. For most people June 22, 2020 to July 2nd at 11AM, the estimated lead time is 4 weeks. For folks that placed an order before the 22nd, we are waiting on a batch of aluminum rails to arrive (probably sometime today) to start shipping remaining orders next week. People who place an order for a LongMill may need to wait a little longer as we clear our backlog of orders.

Over the past week, our average number of LongMills sold per day has more than doubled since the previous week. To account for the jump in day to day sales, we need to update our lead times to reflect the change.

We will update our lead time to 6 weeks for new orders to ensure that we have enough time to build high-quality kits to our new customers and provide enough time for potential delays. If you are looking to get a LongMill and want to get it as soon as possible to place an order sooner rather than later because:

  • You will be closer to the front of the line on receiving your machine, as we ship in order of when the purchase was made
  • It helps us plan out longer-term production to give us more time to prepare materials, equipment, and labor

I will also note that you may cancel your order any time before your order ships with no penalties/questions.

We are away this Friday

Happy Canada Day everyone!

For our international friends, today is a statutory holiday in our country. We will be in the office today but we will be taking this Friday (July 3) off to ride moose, hunt for polar bear eggs, drink maple syrup, and shovel the snow off our driveways.

We may not be available for pickups and shipments, emails, and calls on this day. We will be back to work on Monday.

In celebration of Canada Day, here are some cool projects to share!

New 1/4″ Single Flute End Mills available on our shop!

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1/4″ Single Flute Upcut End Mill

We’re excited to share a new end mill for sale! We had a batch of 100 single flute carbide end mills made custom for cutting aluminum.

Last week, I had a chance to test them and the results were very good. Aluminium cut through like butter.

I ran the LongMill between 1mm depth of cut at 50% stepover to 2mm depth of cut at 100% stepover at 1000mm/min feedrate.

As you can see in the photo, the aluminum chips look pretty good as well.

I will continue to do further tests but so far so good.

1/4″ Single Flute bits will be available for sale for $15CAD until the end of next week ($21CAD regular price).

June Production Updates for the LongMill

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Hi everyone. it’s Andy here to provide a new update for LongMill production. As mentioned in the last update, we’ve seen continual growth in LongMill sales which has been a lot faster than we expected. I want to take a moment to thank all of our customers who’ve been sharing their positive experiences with the community and helping us grow.

We expected to run out of machines at the end of July, which was our estimate back April based on what we expected our sales to be at during that time. However, it appears we will be running out of stock on Batch 2 in the next few days.

Lead times

We are nearly out of stock on the current batch of LongMills, with around 30-40 machines left. Ikenna, our operations manager, has told me that he expects that we will likely run out of machines by Thursday (correction, we have now run out of stock a few hours after the time of writing, another 20-30 machines will be available in the first or second week of July).

That means for the rest of the machines in stock, you can expect a lead time of around 1 week, and the following orders will have a lead time of around 3 weeks.

We expect to have around 500 more LongMills in stock by the end of July. We will ship machines based on the order of which they were ordered, and we will ship machines as they become available. We will provide a more detailed update on the availability and shipping times over the next few weeks.

If you want to order a LongMill and want it as soon as possible, I recommend ordering one as soon as possible so that you will be first in line for a machine once we run out of stock or you can get one of the ones that are still remaining.

For parts and end mills, we currently have plenty of stock, so you should expect these items to ship typically within one business day.

Shipping times

Also as mentioned in our last update, due to COVID-19, shipping times may be a little slower than usual. For the most part, we have seen that shipping times are a little faster than it was a month or two ago, but I would still expect that shipping for some customers may be a little bit slower than normal.

For most customers, I would recommend that you expect to have shipping times take 3-5 extra days.

If you prefer to pick up your items, we are still offering pick ups on our dock but we are not allowing visitors inside at the time.

Connecting your LongMill to UGS

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I’ve decided to create this post as the most common issue people run into when starting up their LongMill for the first time is with connecting their machine with UGSPlatform.

From my personal experience helping LongMill users, if you are running into problems with UGS, it is likely just with choosing the right port. However I do cover some of the very very rare cases that other issues might be happening.

This post should cover in detail on connecting to your machine. You can also use some of the tips and info from this if you ever want to use a different g-code sending software as well.

Please note that as long as you follow the instructions in the LongMill resources you should be fine. This post will help you guide you through some of the lesser common issues and go into more detail on how things work.

Before you begin

There are a couple of issues that you may have with your machine that is not caused by UGSPlatform. This can include:

  • Motors not running correctly or the right amount
  • Issues with accuracy
  • Power to the controller

I figured I would mention this in case you are troubleshooting your machine.

Choosing ports

With UGSPlatform, you must choose the correct port to ensure that your software and machine are communicating properly.

So what is a “port”. Well essentially it is the address or location of each of the USB ports and can also include other input and output options on our computer such as Bluetooth and Ethernet.

On most Windows computers, each port is called COM then a number. For example, you may have a connection with COM3 and COM8. On most MacOS computer, the ports can be called other things, such as “cu.usbmodem14101” or “tty.Bluetooth-Incoming-Port”. There may be different designations for different computers but this is typically the most common format.

Your computer must 1) recognize that there is something plugged into your computer port 2) know how to communicate to the device that is connected to that port 3) use the correct port to communicate with the device.

For both Windows and MacOS, the baud rate is set to 115200.

Drivers

For the large majority of computers, the drivers needed to communicate to the Arduino inside the controller comes pre-installed or is automatically installed when you plug in the controller. However, in the rare case that it is not, it is possible to manually install the driver.

Although we found that it is possible to just download the driver itself, we found that it is easier to download and install the Arduino IDE which comes with all of the drivers needed to connect to the Arduino. We can also use the Arduino IDE later on if we need to do additional troubleshooting.

To download the latest version of the Arduino IDE, visit the site here: https://www.arduino.cc/en/main/software

Before you open UGSPlatform

I recommend connecting your controller via USB to your computer before starting UGSPlatform. This allows your computer to download and install any drivers the first time you connect before UGSPlatform starts, as well as allowing the software to check each port for the Arduino as it loads.

Selecting your port in Windows:

Click the refresh icon then the drop down to choose a port. If you have multiple items connected, you may have more than one port available. You can try each port until you find the right one.

When you’ve connected to the correct port, you’ll get a series of messages and other info come through on the “Console” module. This window is typically on the bottom right area of the program. You may also hear a characteristic “clunk” sound when you connect as well.

In some cases, you can connect to each of the different ports, but if you are not connected to your LongMill you will not see the messages in the console.

If you have tried all of the ports and still cannot connect to your machine, you may either need to install the drivers or may need to flash the firmware onto your controller (discussed later in this post).

Selecting your port in MacOS

Click the refresh icon then the drop down to choose a port. If you have multiple items connected, you may have more than one port available. You can try each port until you find the right one. For most Mac computers the USB port is typically denoted by “cu.usbmodem” followed by a number so your best bet is to start with those. The ports with “Bluetooth” or “WirelessAP” are typically for the wireless connection so I would recommend skipping testing them.

When you connect to the right port, you should see a string of messages on your console.

If you still cannot connect

If you try all your ports and have no response, you can check if your Arduino has its firmware flashed.

All the instructions on flashing firmware can be found here: https://sienci.com/dmx-longmill/grbl-firmware/

Troubleshooting Java

UGSPlatform uses Java, and thus, you must have Java installed on your computer to make UGSPlaform work. The large majority of computers will already have Java installed as it is typically needed in conjunction with other softwares and your browser to do other things.

You can download the latest version of Java for your operating system here: https://java.com/en/download/manual.jsp

Because of the way MacOS is built and since you don’t have to choose between a 32 bit or 64 bit option, we won’t cover fixing issues with Java since I have not heard of or experienced any issues with Java on Mac.

However, due to the way Java and UGSPlatform work together, you may encounter some issues on Windows.

I highly recommend installing Java first before you run UGSPlatform for the first time, as it will ensure that UGSPlatform can run Java to open the program the first time.

Java not found/access error

When starting UGSPlatform, you may get a “Java not found” or similar message. This can mean several things.

First, you may not have Java installed. If that is the case, make sure to download the latest version online.

Second, UGSPlatform might not be able to find where Java was installed on your computer. The easiest way to solve this issue is to delete all of the files for UGSPlatform and reinstall a fresh version. This will typically point the program to the right direction.

Sometimes if you run into issues such as being able to open UGSPlatform, you can also uninstall and reinstall Java to try to fix this issue.

If you do not wish to delete and reinstall as you will lose your settings and layout on UGSPlatform, you can also follow these additional instructions as well to point UGSPlatform to the right location of where Java is installed:

If USG is still not able to open due to a Java access error, then there is another program on your computer blocking UGS from opening properly. UGS is usually able to automatically detect where Java is located on your computer, but since this detection is being blocked the way to fix this is to explicitly inform UGS where Java is. First you’ll need to locate Java. You can usually find it by going to the Windows file explorer under ‘This PC → Windows (C:) → Programs Files → Java → jre###‘ or ‘This PC → Windows (C:) → Programs Files (x86) → Java → jre###‘. Once inside the ‘jre’ folder, left-click the navigation path at the top of the file explorer then right-click the selected text and left click the ‘Copy’ option to copy the path.

Once the path is copied, navigate to where you downloaded UGS; this will normally be located inside your ‘Downloads’ folder. Once there, go to: ‘ugs-platform-app-2.0-SNAPSHOT → ugsplatform → etc’. In this folder should be a file called ‘ugsplatform.conf’. Opening this with a text editor like Notepad, you’ll want to find the line which says: “#jdkhome=”/path/to/jdk“, delete the ‘#’, then replace the text within the quotes with the Java path by right-clicking and selecting ‘Paste‘. The completed edit should look like this: 

To confirm the changes, click ‘File‘ in the top bar and ‘Save‘. With all this done, once you go back to the UGS .exe launcher you should now be able to get UGS to start up without any errors.

The 64 bit version of UGSPlatform does not open but the 32 bit version does on Windows

This part of the post is if you can run the 32 bit version of UGSPlatform (which in practice should not matter), but might not be able to open the 64 bit version. This is likely because you have the 32 bit version of Java installed but not the 64 bit. You can try downloading the 64 bit version of Java on their website here: https://www.java.com/en/download/manual.jsp

You may need to delete and redownload UGSPlatform for it to start working if it doesn’t work right away when you click on the .exe file.

Other topics

JSerialComm

UGSPlatform allows you to choose different connection drivers. I’ve been using JSerialComm which is working well. However, some users may want to try a different driver if they are finding that connection is being lost.

USB Cables

Shielded USB cables with ferrite chokes or other noise reduction cables can help ensure that the connection to your machine is noise free.

The standard USB cable on the LongMill comes with ferrite chokes and shielding and has been working well for customers, however, some customers who have been using non-stock cables without extra protection have reported some issues with UGS. Excess electromagnetic interference can cause UGS to freeze or error out. If you need a longer/new cable, I would recommend a USB cable that come with features to limit EMI.

Other machine interfaces

UGSPlatform is not the only machine interface that is compatible with the LongMill. You can try other ones as well: https://sienci.com/dmx-longmill/machine-interface/

Some programs may have features you might like, or may be built on a platform that is better suited for your particular computer and hardware.

Alarms and errors

Many alarms and errors can be attributed from changes in the LongMill firmware settings. You can double check that your settings are correct by confirming them here: https://sienci.com/dmx-longmill/changing-eeprom-settings/

Arduino coming loose

If your Arduino is coming loose inside your controller, you may have connection/control issues.

You can either use a non-conductive tool to push the Arduino in through the grates of your controller, or take the panels off to get to it more easily.

Things to consider when making a longer LongMill

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One of the most frequently asked questions is “Can you make a bigger version of the LongMill?” Well the short answer may be “yes”, but there are many other considerations that you should to consider.

Screw whip

Screw whip, or “whip” refers to when a rotating rod wobbles or flexes, which is exacerbated by the length of the rod, the speed of the rotation, or how off balance the rod is. The LongMill 30×30 uses a 8mm diameter steel leadscrew that is approximately 1030mm long. At the speeds that the NEMA 23 motors turn at and the length of the lead screw are such that the effect of a properly assembled machine are minimally affected by whip.

When you start to go longer in lead screw length, the effects of whip become more pronounced to the point where you will either need to increase the diameter of the screw or use a lower motor speed, both of which present different challenges and downsides.

There are different lead screw designs that can be used for this application, but may need modification with bearings, mounting feet, couplers, and motor mounts.

Motor speed

For practical purposes, it is best for the machine’s speed to increase proportional to the size of the machine. For context, the Mill One with a work area of around 258mm x 185mm has a maximum speed of 1800mm/min. The LongMill on the otherhand, comes has a maximum speed of 4000mm/min, more than double the speed of a Mill One but also significantly larger.

It is important for a machine to offer faster speeds to accommodate for a larger size machine as doing large jobs at a slow speed would take forever. Typically, you can run a LongMill 2.5x the speed of a Mill One, which means that a project that takes 30 minutes to do on a LongMill would take 1 hour 15 minutes to complete.

If you want to run the machine faster, you will likely need to provide more power to your motors as well. You can do this by increasing current and voltage supplied to your stepper motors, which may also need upgrading your power supply and motors to support the changes.

Luckily the LongBoard controller can support higher voltages and current with a larger power supply, but you will still need to consider upgrading the stepper motors (rated for up to 2.8A).

Rail rigidity

The longer your rails are, the more flex you’ll have if you don’t fully support or reinforce the rail. While the Y-axis is easy to do, as all you need are more feet to support the rail, you may want to consider adding additional reinforcement to their X-axis rail which is a free-floating part.

Without modifying the rails, you may experience more deflection, which will need to be combated by decreasing your cutting speeds.

The other consideration to make is how straight and parallel your rails are. Aluminum extrusion is relatively straight due to the process used to manufacture them. However, deviance in straightness increases the longer your rails are. This also applies when considering if your rails are skewed as well.

For some deep dive into rail design and FEA, make sure to check out this post on the forum: https://forum.sienci.com/t/making-a-stiffer-3×3-angle-gantry/693/5

Logistics

A larger machine cost more to ship, as there are restrictions on how large shipments by courier can be. This can vary region and country, which limits the ability to transport the parts for the machine, which is why we don’t offer longer rails for the LongMill. That being said, you can typically find 2×2″ and 3×3″ angle aluminum from most metal supermarkets as it is a standard material.

Conclusion

We believe that the sizes offered for the LongMill are optimal in terms of price, performance, and usability. However, we encourage folks to build their own machines if they choose to, which is why we provide all of our design files open and updated for free: https://sienci.com/dmx-longmill/open-source-and-modifications/

On the other hand, there are a lot of things that need to be considered in terms of building a longer version of the LongMill which can add to the cost and complexity of the machine. There’s a reason why costs can go up exponentially as size goes up as well. There is also a strong case to be made to avoid expanding this design without significant modification or purchasing a pre-made, larger machine as well.

For those who want to do larger pieces without modifying their machines, consider looking at putting your materials in diagonally, or using “tiling“.

We hope you enjoyed this read, or even inspired you to mess around with our LongMill design. In any case, we hope you share with the community what you learn and what you build.

Sienci Labs expands its office

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Hi everyone, we have an exciting announcement to make! We are expanding our office space! Over the last few months, we’ve seen growth in sales which also resulted in us quickly running out of space in our shop.

Luckily, our landlord had space in the connecting unit next to our current one that he was using for storage and office space, and was gracious enough to allow us to clear out space for us.

Adding another 1170sqft to our 2200sqft gives us a total of 3370sqft of space in total, giving us enough room to stretch our legs a little bit.

Here’s what we’re doing to our space:

  • A new, larger workshop with more tools to help us test and build stuff
  • More packing and assembly tables to streamline production
  • Additional floor space for pallets and skids
  • Break and lunch area with tables and couches
  • Extra desks and computers for desk work

The space is currently fairly bare as we reach the end of batch 2 production for the LongMill, but we are expecting to see supplies and parts come in for an additional 500 units over the next couple weeks. This means that all the empty space will be quickly filling up.

We’re still working on getting stuff shuffled around, but if you want to see a quick tour of the space, make sure to check out Chris’ video!

New printable PDF manuals for LongMill V1 and V2 and general assembly updates

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Hi everyone, we’ve updated our assembly part of our resources for the LongMill. Here are some changes we’ve made:

– Printable PDF versions of both V1 and V2 assembly guides
– New diagrams, graphics, and images to help with assembly
– Cues for where to find parts in your LongMill packaging

Make sure to check it out here: https://sienci.com/dmx-longmill/unboxing/

A busy busy April – a lot of updates and news

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It’s Andy here. If you’ve read our blog, you guys will know I like to post updates about the company and the milestones we’ve had. This past April has been an incredibly busy time for us, especially with adapting to life with a global pandemic going on and a boatload of new orders coming in during this time.

Because of all the craziness I haven’t been able to post as much as I would like to, but we are continuing to adapt as best we can. Here are some updates.

Lead times

April brought us more than double the number of orders than March. Ikenna and the rest of our team have been working hard to ship machines out as quickly as possible, and as we go into the month of May, we don’t see signs of stopping.

As far as shipping goes, we have been able to get most LongMills out the door within a week of when they are ordered, and we are currently working on some new ways to improve our speed and efficiency of getting machines out the door.

Shipping delays and slowdowns

Due to the COVID-19 pandemic, we have seen an overall slowdown in the courier system. Packages sent through UPS and Canada Post have been slower than usual to be delivered. We have typically seen most packages impacted by 2-3 days, with Canada Post seeming to be more delayed than UPS.

Rest assured, our courier companies have been very responsive on helping us with shipments at this time and are doing their best to keep up with demand.

Here’s what you should know about shipping at this time.

  • Packages no longer require signatures and will be left at the door.
  • If you have customs duties from UPS, pay-at-the-door services may be suspended. You should receive an email or call about duties and taxes. This only applies to orders above $800USD.
  • If your order is going to a commercial location that is known to be closed, it may either be held at a post office for pick up or sent back to the sender. Please note that local post offices may be closed or have reduced hours. We recommend shipping your orders directly to your home or residence.
  • Tracking information may be slower to update at times.

We will continue to offer pick-up during business pick-up hours (10AM-4PM) Monday to Friday. Orders will be placed on our dock for pick-up in Waterloo ON.

Batch 3 is in production

With our current rate of orders, we expect stock for Batch 2 of LongMills to run out by July or sooner. We are currently working on building inventory for Batch 3 so that we’ll have machines ready to go as soon as we can once we run out of Batch 2.

We’ve also added additional racking to our space to accommodate larger batches of inventory and help us smooth out our operations and give us some additional space for new products and parts to come down the line.

I’m also happy to mention that between Batch 2 and 3, we’ve had a significant reduction of customer issues through implementation of better QA processes and engineering. You can read our post here about this topic: https://sienci.com/2020/02/18/a-list-of-common-issues-and-how-we-resolved-them-on-the-longmill-v1-and-how-we-improved-on-our-machines-for-v2/

We still aren’t 100% yet but we are working on getting there!

Growth in our very active commuities

It’s been awesome to see a lot of growth and great vibes on our Facebook Group and Online Forum. In the last 30 days, we’ve seen over 4400 comments, posts, and reactions on our Facebook group and over 28,000 views on our Forum, which is amazing. Many of these interactions involve sharing tips, ideas, and assistance to users.

It’s also awesome to see several of our beta testers and many of our senior users continue to welcome newcomers and help them get their machines set up. Our team has continually been impressed at the quality and detail we’ve seen in customer projects, especially first-time projects.

Updates to the LongMill Resources

We’ve been continually updating our LongMill Resources. A quick thank you to our customers who’ve sent us compliments as well as feedback on our resources. We’ve been working with our friend Aleks (https://agontarz.com/) to update the resources and assembly for the last couple weeks. If you don’t already know, Aleks helped us make the highly acclaimed Mill One Assembly Manual. You should expect to see changes happen over the next few weeks!

One year since our Kickstarter…

On April 25, 2019, we raised over $400,000 for the LongMill. It has officially been a year since then and we have now shipped over 600 machines to more than 30 countries. Over a million dollars worth of LongMills have now been sold. We are excited to see what our next year brings!

Want to take a trip down memory lane? Make sure to read our posts here: https://www.kickstarter.com/projects/sienci/longmill-benchtop-cnc-router/posts