Announcing the Pocket NC V2-50 for Pre-Orders

We at Pocket NC are pleased to announce the release of the V2-50, a 5-axis desktop CNC milling machine with a 50,000 RPM spindle and a 2 micron TIR quick change spindle.  The V2-50 sports a precision ground Japanese spindle, hybrid ceramic bearings and Swiss electronics to achieve material removal rates unmatched by standard milling equipment. We have also partnered with DATRON, a German manufacturer of world class vertical and horizontal machining centers in an effort to provide tooling that compliments the incredible speed provided by the NSK spindle.

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At Pocket NC we are all about the world of small: small parts, small tooling and with the V2-50, runtimes can be small as well. Those of you in manufacturing already know material removal rate is critical. To make parts quickly, chip load is key. The faster stock material is removed, the more cost-effective a part becomes. The benefits of increasing the material removal rates do not change for small parts, but the amount of pressure we can apply to small tooling compared to large tooling does change. Spikes in tool pressure, even minor ones, often result in broken tooling and because of this small tools are run at lower feed rates and with less chip load which results in expensive, time-consuming parts.

High spindle RPM changes the game. Standard machining centers are usually equipped with spindles operating in the 6K-15K RPM range. While these machines may be much larger and more rigid than the V2, the tooling used to make a small part is no different.  A given endmill is only capable of removing so much material per cut. By increasing the spindle speed 5x over the V2-10 and most other milling machines, users can achieve runtimes up to 75% shorter and see a significant improvement in small tooling life.

To see all of the above action on the V2-50 check out what Ed Kramer has been up to on the V2-50 machine in his shop over the last couple of months. Anyone who knows Ed knows that he likes to cut hard materials and push his machines to their limits, exactly who we were looking for to find out what this machine could handle.

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Some of you may recognize this as the spindle we used on our original machines. This is true, however the original Pocket NC just wasn’t ready for the NRR-2651. The motor and electronics on the V1 only allowed the spindle to reach speeds of 10,000 RPM, the V2-50 spindle is accompanied by a motor and electronics that support the 50,000 RPM.  Another hurdle for V1 users with the NRR-2651 was that even though the lever offered a quick tool change, tool length measurement was anything but quick. With the addition of the tool probe on the V2, V2-50 users will be able to use the quick change lever to easily swap tools and the tool probe will help to keep the workflow moving.

The V2-50 is released for pre-orders which will start shipping in May and June 2019. We are only taking a limited number of pre-orders and will fully release this product in Summer 2019. We will have pre-orders available until we run out! For more information on the V2-50, please see specifications here. Information on upgrades and other FAQ can be found here.

We’ve run this spindle through the paces with tougher materials than ever before (G5 titanium!) and we can truly say, we are impressed and think you will be too!

Pocket NC Simulator Release

Our software team has been hard at work this past summer and fall working on the Pocket NC Simulator. We are excited to announce the release of the Pocket NC Simulator. The Simulator is available to everyone, free of charge, here. The Simulator acts as a virtual 5-axis machine and simulating the G code mimics the behavior of the real machine.

One of the biggest barriers our users face is unfamiliarity with 5-axis machining. The Simulator helps to overcome this by providing confidence in your program prior to ever running it on the machine. Instead of crossing your fingers hoping it works on the machine, you can run it on the Simulator and determine whether the G code will work to make your part with the peace of mind that you won’t crash the machine or break an expensive tool.

The machine turns red when it runs through lines of code with errors

The machine turns red when it runs through lines of code with errors

The Simulator enables the user to upload their G code and run it on the Pocket NC. Features of the Simulator include:

  • Indicates errors in the summary tab and by turning the machine red when running the program. Error is reported in the summary tab and troubleshooting suggestions are offered.

  • Details of the program: number of lines and estimated time to run.

  • Ability to enter the tooling parameters such as tool length offset, tool diameter, and tool holder for your particular setup.

  • The Simulator accommodates various perspectives; for instance, the viewer can follow the machine from the perspective of Y, A, B, or the tool.

  • The Simulator highlights the G code line by line as it runs and highlights lines that contain errors. Hovering over a line with errors displays the issue. Commands that are not implemented are also called out in the line-by-line format.

Benefits of the Simulator:

  • Troubleshoot your code prior to making an error on the machine that costs you time and tooling. Prevents errors before they happen on the machine.

  • The Simulator can be used as a teaching tool for educators. Students can demonstrate their code prior to running on the machine.  Alternatively, educators can use the Simulator as a stand-alone teaching tool if access to a machine is not available.

  • If you are considering the machine, but unsure about how 5-axis machining works you can run your code on the Simulator to get the hang of it prior to even purchasing the Pocket NC and see if this is the right tool for you.

  • The Simulator is not specific to any one CAM software, it will upload any G code.

Take a tour of the Pocket NC Simulator:

Here are some examples of debugging issues with the Pocket NC Simulator:

Further written instructions on using the Pocket NC Simulator here.

Pocket NC V2 Summer 2018 Update

V2 Improvements

We’ve had a busy summer over here at Pocket NC and here is some of what we’ve been working on:

Bearing Change:

The Pocket NC V2 mill uses an in-house designed and produced bearing system on the rotary axes. The performance of the bearing system has met expectations, but the assembly has been more cumbersome than anticipated. Ultimately we made the decision that we would be unable to adequately scale the production of our machines without a change to the rotary axes bearing system. So we chose to switch to using a THK Cross-Roller Ring bearing. This bearing offers the ability to carry a load in all directions: axial, radial and moment loads are supported. The V2 now achieves a higher level of rigidity in the rotary axes of the machine without increasing the exterior dimensions of the Pocket NC.

The practical results of this change in the bearing are increased rigidity in the rotary axes, decreased runout of the A and B axes, increased strength of the rotary axes, as well as an improved production process that allows us to produce a more consistent product in a scalable fashion. The rigidity of the of the rotary axes was improved by a factor of 2 and the run out of the rotary axes was decreased by a factor of 4, the strength/force of the rotary axes movement is about double what is was before due to less friction in the bearing. All this adds up to a more rigid machine which results in improved machining performance in material removal rate and surface finish.

Rotary Axis Bearings

Rotary Axis Bearings


As a growing company we are constantly finding ways to improve our processes and products. One area in where we have been innovating recently is our calibration process.

Our machines have always undergone an extensive calibration and testing procedure before leaving our shop to ensure that they meet our stringent specifications. This process involves taking several hundred measurements and observations. In late Spring, we discovered that our calibration of the rotary axes on the machine was a weak link in our system. Our system relied on checking only two points, the home position and one other point in the rotation. This ensured that the machine was in the desired location at the home position as well as the second point, but it told us nothing about whether the machine was accurately indexing between the two points.

We developed some new fixtures that allowed us to check 8 points rather than 2. This revealed that there could be errors of up to 0.5° at points in between the two points that we previously checked. We immediately sought to discover the source of the error. We ultimately determined that it was due to some inconsistencies in the manufacturing of the gears that we build in-house. We made some changes to our manufacturing process and were able to correct about 50% of the error, down to a max error of about 0.25° but this wasn’t good enough.

Our software developer discovered that we could use a tool built into Linux CNC to compensate for inconsistencies in lead screws allowing us to correct for inconsistencies in our machine’s rotary axes.

We continued with our manual measurements at 8 points and added rotary axis compensation at 4 points in the travel of both A and B. This resulted in another decreased rotary position error of about 50% down to about 0.12°, but we still weren’t satisfied.

We needed a way to measure the angular position at more than 8 points in the rotation. We could have made another fixture and kept on using the dial indicator, but we recognized that it wasn’t going to be a realistic solution for the long term due to the time required to take hundreds of manual measurements. We needed a way to probe the machine.

This video shows one of the updates to our calibration process on the Pocket NC V2 using a Renishaw probe. This video captures the calibration of a couple points on the B rotary axis. Note, this is not yet an option we sell on the Pocket NC V2.

Enter the Renishaw probe. Our software and hardware team have been working closely together on developing a solution that delivers consistent, accurate results. There has been a lot of learning along the way, but we are excited to say that we now have the capability to probe the machine at any arbitrary number of points and create a custom compensation calibration table for each machine. We are now able to compensate the rotation of the A and B axes with enough precision to reach rotational accuracy of 0.05° at every angle.

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B Axis Compensation Table.png

And for you, the users, this innovation means that you are getting a better product. We are proud to say that the machines we are making right now are the best we have ever made. They are more rigid and more accurate than anything we have made before.*


We recently started developing a simulator for Pocket NC machines. We have a number of goals for the simulator, but our main intent is to make it easier to use our machines. The Pocket NC is one of the most affordable and accessible 5-axis CNC machines out there, but there are a number of stumbling blocks for people who are just getting started with 5-axis machining. The simulator will be able to catch common mistakes such as the tool isn’t long enough at the current part orientation or the tool path origin isn’t correctly positioned at the machine origin. Getting to the bottom of those pesky limit errors will also be much easier.

Simulator showing tool path exported with an incorrect origin

Simulator showing tool path exported with an incorrect origin

One of the biggest benefits of the simulator, though, is peace of mind that the machine will cut how you intend it to. You’ll be able to see your GCode program run virtually, with each joint of the machine behaving like the real version. You’ll be able to learn how to use the machine without wasting material or breaking tools, a huge cost savings in the long run. We’re planning an official release this Fall, which will be available to use with all past, present, and future V2 machines. Look for an official announcement this Fall for more details.

Z range limit reached

Z range limit reached


Which leads us to price, after careful consideration we’ve decided to implement a price increase starting September 1, 2018. In addition to the above, these machines will also include a 1-year warranty instead of a 3-month warranty. The terms and conditions will be the same as that of our current warranty, it will simply be extended from 3-months to 1-year.

As noted in this update there is certainly value that has been added into the machine; however, we have also experienced some vendor price increase. While we do source as many parts as we can from the US, we do get a few components and materials from overseas and have seen a price increase of these items due to tariffs up to 25%, which has increased our cost of goods.

The new price of the V2 will be $5500. We will keep the lead time active on the website online store for the Pocket NC V2, so you can also check there.

Should you have any questions regarding this change in price, please contact us at, and we’d be more than happy to talk with you. Thank you for understanding that this price increase means we can continue to maintain the superior standard of our products and customer service that you’ve come to expect from us well into the future.

*Machines shipped after June 1 had the rotary axis compensation calibration process. If you purchased your V2 machine prior to this and have any difficulties with axis alignment, please see a tutorial here. Note, it is the worst-case scenario that is 0.5 degrees, and most were far less. Please email us at if you have any further questions.

Announcing the V1 to V2 Upgrade Program

Without a doubt the V2 has been a huge success for both Pocket NC and its users.  The increased accuracy of the trunnion has allowed for the production of more complex and better quality parts.  With an average runout of 0.0005 inches and 6X resolution over the V1, it is much more capable of producing quality parts.

 Because of demand for the Pocket NC 5 axis mill, lead times have been abnormally high, to help with this, We  have purchased a 10 Ton 5 axis milling machine(a Haas UMC 750) which will produce V2s at 4 times the current rate of production.

Since the launch we have wanted to provide an upgrade option to all our V1 owners, getting them the latest and greatest of Pocket NC machinery!  Today we are excited to announce the V1 trade in program which will allow users to upgrade a V1 to a V2.   

How the upgrade works:

Pocket NC will provide return packaging and shipping labels for V1 machines. Once machines arrive back at Pocket NC, they will be placed in a que for teardown and reassembly.  Expensive components such as the spindle, linear guides and XYZ linear motors will be reused in the production of your V2.  These components represent a significant portion of the machine cost and allow us to give the best possible upgrade price.  The same components that were recovered from your V1 will be used on your V2.


The following video is a demonstration of the faster more accurate and more capable trunnion in action.  Go here to download the Fusion 360 file to check out the toolpaths!

Here are some answers to questions that are sure to come up:

Can I upgrade just my trunnion?

While the trunnion represents the majority of the changes between the V1 and V2 significant improvements have been made to the electronics , manufacturing and user interface.  Rather than retrofit every machine, we can replace all machined components and provide the best possible machine.  

Can I upgrade just my User Interface?

We do not currently have an option to upgrade just the user interface, but we are working to have it available in the near future.

I have an old spindle, will my upgrade be different?

As a thank you to our early adopters, V1s with the first generation of spindle will receive the new spindle, a tool holder and an ER11 collet with their upgrade at no extra cost.


Pocket NC Version 2 - The Next Generation in 5 Axis CNC Milling

If you have been keeping an eye on Pocket NC over the last year or two, you might have noticed some improvements in our 5 axis mill.  Today we are proud to introduce the Pocket NC V2 which follows in the footsteps of continually improving our products.  The V2 is our fastest and most accurate machine to date.  It features a new user interface, more robust electronics, a precision tool probe and a rigid trunnion.  The V2 is a culmination of everything we have learned about manufacturing over the past few years.  In this short period of time we have transitioned from a garage startup to a thriving business providing dependable mills to individuals, universities and businesses all over the world.   Our customer's feedback on our designs heavily influenced the features we chose to focus on for this upgrade.

Note that we will now be referring to the previous design of our machine as the Version 1 or V1.  We will no longer be manufacturing that design, however we will continue to support it and provide accessories for it.

New User Interface

A new, custom built user interface is quite possibly the biggest upgrade to the Pocket NC mill.  No more SSHing or downloading software.  Simply connect a USB cable from the machine to your computer and go to your machine's web address in Google Chrome, Mozilla Firefox or Safari on Mac or Windows (no internet connection required).  Operating the V2 feels familiar to an industrial machine but now with a more intuitive interface.   Users can seamlessly switch between imperial and metric units, upload programs and more.  


Integrated Tool Probe

Our number one hardware request amongst users was the tool probe.  A tool probe is an instrument which automatically measures the length of a tool.  Once measured, tool lengths are then stored in the tool table and are visible from the User Interface.  With the compact design of the Pocket NC mill, finding room for a tool probe was difficult as the location needed to be safe from active tools and maintain the work envelope. We were able to achieve these prerequisites by placing the probe on the side of the trunnion.  The probe takes precision to the next level by allowing users to repeatably set tools within 0.001 inches.  

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Redesigned Trunnion

The V2 trunnion is all about getting work done.  The result is increased speed, rigidity and accuracy.  The redesign starts with reducing part count and making the trunnion from one solid aluminum billet.  Each unit is produced using multi-axis machining, removing human error from the equation.  The new trunnion has an integrated bearing which reduces friction and deflection within each assembly.  We have also added an anti backlash worm drive to the A and B axes allowing them to move faster and with more precision.

The V2 trunnion also allows through-hole fixturing from the middle of the B axis.  ER-40 collets, can be used to hold a variety of round objects.



Click below to see the technical specifications or to place an order.

Wax Ring Cast Tutorial

Hello Pocket NC Community!

 We are excited to announce our release of a comprehensive tutorial on machining a wax ring using Fusion 360 and the Pocket NC. Since we released the Pocket NC mill, we have learned that jewelry-making has become a relatively common application for the machine. People have expressed demand for showcasing the Pocket NC's jewelry-making capabilities, some how-to's on where to start, the processes and materials involved and how to arrive at the finished product.

 As the tutorial is quite thorough, it goes over every part of the process. Starting with importing the necessary files into Fusion 360 CAD and step by step instructions on part setup/fixturing and reference geometry. The tutorial also includes .f3d files for the Pocket NC vise and backplate to import into your CAD/CAM environments.

 After the part and its various components are set up in CAD, the tutorial moves onto the CAM portion, breaking down the machining process into 8 distinct operations. The exact required feeds and speeds are given as well as the tools necessary for those operations. We then walk through simulating the tool paths for each operation and showing how to avoid any crashes.

 Finally, the tutorial goes through post processing and generating the G-code necessary to create the ring itself. We plainly spell out the individual steps, the required tools and when to use them as well as the runtime of the of the program. Below is a short collection of video clips showing the Pocket NC machining the ring from wax stock material. Enjoy!

  • You can find the tutorial here.
  • We are also selling completed wax rings and other  from our online store so you can see for yourself the degree of precision that the Pocket NC has when machining jewlery. You can purchase them here

Pocket NC, Affordable and Accurate?


Since the beginning, the Pocket NC mill has been based around two core values, accuracy and affordability.  While the Pocket NC uses many off the shelf components to remain affordable, it also employs several techniques that, when combined, have a greater impact on accuracy than that of expensive components.  

A good example of this is the ball screw versus lead screw debate. In general, ball screws are associated with accuracy. A machine with ball screws must be more accurate than one with lead screws.  In actuality, lead screws can have about the same accuracy as rolled ball screws, as both use similar technologies in the manufacturing process.  A high end ball screw only has an increased accuracy of  ~0.0003 inches per inch or ~0.0036 inches per foot over that of a good lead screw.  While they can improve accuracy, ball screws are usually adopted for the increase in lifespan, linear forces and noise reduction.  For this reason the Pocket NC mill uses preloaded lead screws with high life span nuts, reducing the cost by about $1000 per machine, without any major sacrifice in accuracy.

Some components used on the machine are extremely expensive, like the linear guides. So why use linear guides instead of lower cost guide rods?  Guide rods in general are very good for linear applications with similar tolerances to linear guides.  At Pocket NC we use linear guides because the mounting strategy of a linear guide allows each rail to conform to the squareness of its mounting surface.  


Squareness is perhaps the most important aspect of a machine as a deviation in squareness for any given axis directly relates to the accuracy of the machine.  An axis which deviates by 0.001 inches per inch will have 300% more effect on machine accuracy than that of a lead screw and thus is much more important to consider.  

So how does Pocket NC create accurate machines?  For starters each machine is made from billet aluminum and allowed to flex and bow throughout the machining process so that its final surface cuts have minimal effect on squareness.  The use of a rotary axis during manufacturing assures minimum human contact where problems are likely to occur.  Each part is then checked using precision granite and tooling before anodized plating and assembly.  Parts which do not conform to tolerance bands are re-machined or recycled.


Throughout the assembly process, subassemblies of the machine are measured to ensure squareness.


Once assembled, each machine is calibrated and tested to ensure accuracy.  The entire process takes about 15 hours.  This includes machining, measuring, assembly, alignment, wiring, calibration and testing.


Is the Pocket NC mill accurate enough or right for your application?  In general the Pocket NC mill is recommended for light manufacturing.  This means high part counts for soft materials like Delrin or wax or low part counts for harder materials like Aluminum.  The machine is also recommended for applications where +/- 0.005 inches feature locational tolerance is acceptable. While better tolerances are possible, greater attention will be required during the machining process.

International Preorders are here!

We are excited to announce that we have opened up preorders for our machine to be shipped outside of the United States.  Now that we have completed the upgrade of our spindle design we will be putting it through safety testing in preparation for beginning international shipping in November.  You can get in line by preordering a machine here if you live in one of the following countries:

Australia, Austria, Belgium, Bulgaria, Canada, Croatia, Cyprus, Czech Republic, Denmark, Estonia, Finland, France, Germany, Greece, Hungary, Iceland, Ireland, Italy, Latvia, Liechtenstein, Lithuania,  Luxembourg, Malta, Netherlands, Norway, Poland, Portugal, Romania, Slovakia, Slovenia, Spain, Sweden, Switzerland, Turkey, United Kingdom

Note that there may be some slight changes to the machine as we go through the certification process.  We'll be sure and keep you updated if there are any changes.  Also, note that the cost of the machine and shipping does not include duties or VAT so plan accordingly.



April 2016 Update: Announcing New Spindle Design and Backorder Status

We are very excited to release something we've been working hard on for quite a while now, our new spindle design!  We will now be offering an ER11 compatible spindle with individual tool holders. Features of the new design include:

  • 1.5 inches more tool clearance
  • 14 more tooling shank options
  • collets are over $60 cheaper
  • better tool clamping force
  • accepts tool shank up to 5/16" 
  • 3mm allen tool change
  • ideal for multi tool parts
  • increased rigidity
  • eliminates the need for shaft collars to set tool length


We are also transitioning from taking preorders for our machines to a 12 week backorder.  We hope to make good progress in the coming months to decrease this lead time even further.  You can now order a Pocket NC with the new spindle design on our store.  

Matt made the trip to SparkFun in Colorado to pick up our new-to-us pick and place machine.  He had a great time there, learned a lot, and was received well by a company that we really admire.  The machine is now at our shop and cranking out boards. Pictures below of the machine, Matt, Robert, and Nathan.  Robert gave up a good portion of his weekend to help get us trained on the machine and get it loaded up.  Thanks SparkFun!


Next up for Pocket NC will be proceeding with our new spindle design to safety certifications so we can finally get some machines to those of you who have been waiting for so long outside of the United States.  International preorders will be coming soon!  After being away for a couple of years, we will also be attending the Bay Area Maker Faire in May.  If you're around, stop by to see our machines and you may even catch a glimpse of what's coming next at Pocket NC!

March 2016 Update 2: Kickstarter Shipments Complete!

We are excited to announce that we have completed the production of all of our Kickstarter machines and the last few will ship out today!  A big thanks to all of our backers who put your faith in us and for your continued feedback on our product.  We are very excited to be moving forward and will now begin the production of the preorder machines.  We will soon move out of the preorder stage and into a backorder status.

Your support through our Kickstarter campaign enabled us to do so much to grow our company.  We have hired employees, moved into an industrial shop, and purchased a pick and place machine to aid our production.  We are looking forward to continuing to improve our current product as well as develop some new product lines.

March 2016 Update - Pick and Place

We have been working hard over the past couple of months to assemble and ship the remaining machines from our Kickstarter campaign.  We have already shipped over half of the Batch 3 orders and are on track to ship the remainder by the end of the month without a problem.  After that, we will begin shipping the preorder machines.

Our exciting news this update is that we have purchased a pick and place machine for building our own electronic boards from SparkFun Electronics.  Their operations outgrew the capacity of the machine and so it is a great fit for us to get started.  We will use it to place components on our custom capes, but it will also be an essential piece of equipment for the next product line we will be releasing.  Stay tuned over the next few months for more information!

January 2016 Update

Things are moving along nicely here at Pocket NC!  We have almost finished shipping the January orders from Batch 2 of the Kickstarter campaign and we are ready to forge ahead assembling Batch 3.  

For those of you who missed out on a machine during the Kickstarter campaign, you will be excited to know that we have officially opened up preorders for our machines to be delivered next summer!  We also launched a referral program for our preorders to reward you for telling your friends about our machine.  

This past month we have been working on creating a three part series to show our users the process to machine a wooden impeller from start to finish.  We chose wood because we will be shipping it with each machine so that you can walk through the process for your first part, and wood will be a forgiving material in case a mistake is made.  The first video showed how to arrange the geometry in Fusion 360.  The second video showed how to generate the toolpaths in Fusion 360.  The third video below shows how to machine the part on your Pocket NC!

New Training Series - Impeller Part 2

Per the request of some of our first users, we are creating a training series to teach Pocket NC users how to mill a wooden impeller from start to finish.  Last week we showed you how to create the geometry you would need in Fusion 360.

This weeks video gets to the really good stuff, how to generate your tool paths in Fusion 360 for the Pocket NC.  Once you've completed this tutorial, you will have the Gcode file read to get cutting!

If you have general questions related to Fusion 360 after watching these videos, be sure to check out their Learning Page as you may be able to find some answers there.  

New Training Series - Impeller Part 1

After sending out our first batch of machines,  we realized the most helpful tool to get our new users up and running with our machine would be a start to finish tutorial to mill a first part including how to generate the toolpaths in Fusion 360.  

We chose a wooden impeller as the first part.  While the impeller is the typical part used to show off continuous 5 axis machining, like almost all parts it is possible to do with indexed toolpaths instead.  We will do it using multiple orientations of the A and B axes.  Even though a metal impeller would be a lot cooler for a first part, we want to stress to our users to start out with a softer material while you are still getting to know your Pocket NC.

From now on, we will be shipping our machines with the material to cut the impeller.  For those of you in the first batch who already have your machines, we will send out the material to you soon.  

We will break the process up into 3 parts.  The first part(shown below)  details how to get the geometry all set up in Fusion 360.  You will need to download the file for the table and vise geometry  as well as the file for the impeller geometry.  Part 2 will show how to create your toolpaths in Fusion 360 and Part 3 will show how to cut the part on the machine.  Stay tuned!

Oh ship! December 2015 Update

Great news!  Yesterday we shipped the 19 machines in our first batch ON TIME!  We are really excited to finally get machines out to our users.  A special thanks to those who were brave enough to be in our first group and trust us with your hard-earned money to get you a quality machine.  We can't wait to see all the awesome things that the users within our community will make.  All the machines in the first batch should be in your hands by this time next week.  If you're in that first batch and you didn't see the email with your tracking info in it, let us know and we can make sure you get it.

With the first batch under our belt, we are onward and upward to bigger and better things.  We are excited to continue assembling to get the second and third batches out on time as well using the knowledge we have gained so far to improve our processes.  We are hiring machinists and assemblers to get to work ramping up our production to begin meeting the demand. 

Part of meeting the demand means that we will finally be opening up preorders for machines to be shipped after our Kickstarter campaign orders are fulfilled.  We plan to open those up Friday, December 11 at 10am Mountain Time.  This run will have 140 machines available with delivery goals between May and August of 2016.  The machines will cost 4000USD.  The increase in price will help us greatly to be able to ramp up our production rates. 

Shipping for this preorder batch will still be only within the United States.  We are sorry that we aren't able to open it up internationally yet, but we are still working towards getting our safety certifications.  We know its been a very long wait for those of you outside of the States waiting on our machine and we really appreciate your patience!

November 2015 Update

We've had another big month at Pocket NC.  The biggest news is that we are all moved in to our new shop and getting back to business.  We are getting really close to being ready to ship the first batch of machines.  This means that we've been working hard on aligning the machines to make sure they meet the specifications.  The video below gives a little insight to the process.

We've even got a few machines boxed up and ready to go!  If you're in the first batch of deliveries, be sure to check your email for the Kickstarter survey to let us know where you would like your machine shipped!

We've been lucky to have some extra help this week from our good friend Gary.  He has been influential on this project in many ways and it's great to have him visiting from Minnesota!

We also have another addition to the team, Ruby Louise.  She is spending her days at the shop and office with us. While undoubtedly the cutest member of our team, she still has a ways to go on her assembly skills!

October 2015 Update

We are continuing to make good progress towards our first deliveries in December.  This past month we have been putting our heads down to continue that work.  We are still on track to get the machines out on time.

One slight set back we had was that as we were checking the squareness of the individual parts, between two bearing surfaces we measured a flatness of 0.003".  Between those surface it should measure close to zero in order to achieve the final assembled machine squareness.  One can picture that if a part is off by 0.003" and is assembled with a second part, that assembly is already off by 0.003" in addition to what the second part was off by.  For that reason, it's important for us to closely watch all the tolerances on the individual parts. Getting this tolerance back where we wanted it required some disassembly of the machines and remachining(see picture below).  We are now set moving forward to include this process in the original machining steps.

We have recovered from that setback, and the following pictures show the current state of assembly for the first batch of machines.

Over the past five years Pocket NC has followed us from a one bedroom apartment to a 10' x 12' shed to Matt's parents' basement to our garage and now we are finally making the move to a commercial shop space!  We are very excited for this as it will allow us to begin hiring more employees and really ramp up our production.  We will be moving throughout the next month as well as getting ready to launch preorders.  If you want to be notified when that happens, leave us your email address in the box on our homepage.  Also, if you are in the first batch of machines going out, be sure and keep an eye on your email for a Kickstarter survey to pick up your shipping address!

September 2015 Update

We are continuing to make good progress here at Pocket NC.  This past month we shipped out our hats and stickers.  If you pledged for one and didn't get it, be sure and check your email to make sure you didn't miss the survey for your address!

 We'd also like to take time to thank all those who backed us at the $5 level.  All of you combined helped to give us a little extra wiggle room in our first run of production and we really appreciate all of your support!  So here goes, big thanks goes out to Keith Reffell, Eric Weinhoffer, Heri Sim, Ryan Lackey, Frank Wiebenga, GP Yee, 3Dsimo, Javier, Jotham McMillan, Mathieu Monney, Matt Stultz, Tim, Jason Webb, Michael Curry, Christian Klemke, Dustin Sell, cubergreen, James S Beckman, 3devo, Brian Ware, Thorkil, Jondale Stratton, R. D. Childers, Gavin Bath, L.M. Oliver, Scott Seivert, CHERCIU Mihail, Niall Barrett, Michael Ukabam, Edispin Inc, Grzegorz Jagla, Dag Henrik Bråtane, Laurens Laudowicz, Phoenix, Gerald Fuller, Daniel M Simser, David Perry, Affan, Wolfgang Klich, Nathan Stephens, Tyler Lindsay, Kristen Dyrr, R.M., Lauren Schmitt, JV (John) Pumphrey, Dean, Anthony Bergelt, Amanda Z, Filippo Toso, Celtic Hotel, London (Deb), D.LINK STUDIO LLC, Elias Dinter, Stephen Coates, Andreas Rozek, Ove Andersen, Carlos Poon, Lorenzo Frangi, Sean Hall, David Proffer, Jason Bird, ben shultz, Chris E, Darin, Adam Phelps, Mcontrem, Andy Holmstom, Victoria A., Simen Kjærås, EJ Strauss, Nathanael Nunes, Philip Barishich, Ryan, Jesse, and Wes, Aaron G. Sauers, CLP, NEEO Inc., Evgeny Hotulev, Peter Csontos, Ng Wai Sing, Hamish Patel, Natalie Freed, Ilya Smirnov, Andy Mills, Ernest Ho, CrystalKB, Carsten Spranger, Andrew Sand, Dmitri Don, Brandon Zurek, Justen Judd, Gion Manetsch, Center for a Stateless Society, Kean Maizels, Jonas Rabbe, Jordan, Katrina L. Halliwell, FastEddie, Shaun Redsar, Rob Scott, Vincent Poirier, onelife, Leonard@TM, waquier, Christoffer Wallén, Ryan Oberfield, SeltzerKick, Calvin Chu, IPD DESK Ltd, supervexi, and Alya.

We are continuing to work hard on machining and are over halfway through the machines.  We also have a steady flow of parts coming back from anodize and will soon have the custom machines back!

 We also have all the components we need to begin the assembly process for the first batch!  We are excited to finish assembling a few soon so that we can test them and make sure everything is good before cranking out the rest.

You may have noticed that the machine we advertised on our Kickstarter campaign required an ethernet connection to a computer to operate.  We have realized that this is one of the weak points of our machine because who really wants to deal with an ethernet connection in the 21st century?  So we have been working on a few prototypes to add more ports including a micro USB, HDMI, and USB.  What this means for our users is that they will have three options for operation.  Users can SSH into the machine from another computer using the ethernet connection, SSH using the micro USB connection, or use a stand alone mouse, keyboard, and HDMI compatible screen.  You can also use the USB port to load Gcode files to your machine with a USB stick.  We have tested 3 iterations of the prototype boards and things are going really well.  Thanks again to OSH Park for helping us work through these prototype boards quickly!

We also want to thank our programmer, Duane Bishop, who has been working very hard to iron out any bugs we have in our setup and make our user experience better.

 We are also working on rounding out our website so that by the time we begin shipping machines, there is ample information to get our users started.  You can find this information on our resource page.  This includes things like tutorials on how to use the machine, dimensions of the machine for those of you building custom enclosures, as well as diagrams describing the home position and travel of the machine.

August 2015 Update

Pocket NC has been very busy since our last update!  After receiving our Kickstarter funds, we have been purchasing all of the components necessary to build your machines.  Many of the components are starting to come in, including some of our linear bearings(shown below).  We will continue to see more components arriving over the next few months.  We have worked hard to develop relationships with our suppliers over the past few years to ensure that this part of the process goes as smooth as possible and they are definitely putting forth their best effort to get us this first round of components.

We also took shipment of the remainder of the aluminum for your machines and are running our Haas every day to get the parts machined.  We are about a third of the way done with the machining.

Once we had enough parts, we brought the first round of machines to our local anodizer to get the signature green and black color scheme.  We currently have ten machines ready to begin assembly as soon as the necessary hardware comes in to get going.  We'll also be sending out the machines with the custom color schemes soon.

Before sending out our electronics boards to get made, we realized that we had enough extra space on the boards to design a custom ruler to include with each machine.  The rulers are 6 inches long with a 0 to 6inch scale on one side, and a -0.875 to 5.125 inch scale on the back side for referencing the A axis center line(see second photo below).  We also included a tooling quick reference chart to assist in determining the diameter of your end mill.


We have also been working with Autodesk to get them trained using our machines, including putting together tutorials on the various aspects of using the Pocket NC.  We will begin releasing those soon so that our users can get a head start on figuring out what it will take to run the Pocket NC.  Below is a picture of our B axis table with our custom vise modeled in Fusion 360 that our users will have access to in order to help with getting your setups done right the first time.

We also received our trucker hats today and will be sending those out over the next few weeks, so if you backed us at that level make sure you fill out your shipping information in the survey we sent out through Kickstarter.  Thanks for tracking with our progress!