A new warranty for the Mill One

At this point we’ve shipped over a hundred Mill Ones, giving us a good look at how reliable our machines are and the quality of the parts that go into it. We’ve done our best to provide the best service to our customers as possible, and have made sure to help everyone get the most out of their CNC machines. This helped us learn a lot about designing parts for reliability and choose the highest quality parts to continually improve the Mill One.

Our goal is to provide the best quality parts, as well as the best service to make sure our users can focus their time on making, without having to worry about troubleshooting and other technical details. Our V2 batch will use parts from suppliers who have shown to provide the highest quality parts from our previous manufacturing run.

While we’ve unofficially provided exceptional support to all our customers, we now have established an official warranty and return plan for Mill One kits which outlines what services we can provide.

Mill One Warranty

 

A guide to picking end mills

One of the most daunting parts about owning a CNC machine is choosing which end mills to use. There are literally thousands of tools for every single application, some which cost a dollar or two, and some that can cost hundreds if not thousands of dollars. But when you learn about how end mills are designed and what to look for, picking a end mill can be no problem at all.

We’ve added an additional resource page to help new users navigate through picking and choosing end mills, check it out here.

https://sienci.com/choosing-end-mills/

 

New FAQ

People ask us questions. A lot of questions. We’ve made a new FAQ to help you answer some of the questions you might have.

Have a burning question or want us to add something to the FAQ? Shoot us an email at hi@sienci.com!

https://sienci.com/resources/faq/

 

Sienci Mill One V2

Sienci Mill One V2

The next generation Mill One V2 includes some exciting new improvements, building upon what we learned with our first generation desktop CNC.

These new improvements include performance improvements and easier assembly, and provide a better overall CNCing experience.

Production and Lead Time

Parts for the Mill One V2 are in stock and are in the process of being packaged for shipping. We are currently working on completing the assembly resources for the Mill One V2, as well as finalizing the manufacturing of some outer packaging materials.

We should begin shipping out these units in early June, although it is possible to start shipping at the end of May if everything goes smoothly.

Ordering

The Mill One V2 can be pre-ordered right now at https://sienci.com/product/sienci-mill-one-kit/.

Improvements

There are quite a few improvements made to the Mill One V2, some of which are listed below.

Sheet Metal Frame Brackets

Rather than using four 3D printed frame brackets, the Mill One now comes with eight steel frame brackets positioned at each corner, providing greater rigidity in the X direction. Each bracket has a threaded hole, reducing the number of nuts needed, simplifying assembly.

M3 Threaded ACME Nuts

Each ACME nut  now has threaded holes to mount ACME nuts, eliminating the need to use small and finicky M3 nuts.

Reinforced ACME Nut Holders

3D printed ACME nut holders have been redesigned to be stronger and identical on all axis, allowing the Mill One to be more precise and easier to assemble.

Arduino Uno

An improvement that Mac users will appreciate, newer Mill Ones will come with higher quality Arduino Unos that allow for better port detection through UGS.

Reinforced Router Mount with Bushing

Newer Mill Ones will come with a router mount which will work with both the Makita and Ridgid compact routers. Simply slide the bushing included with the mount to use with the Ridgid router, or remove it if you want to use a Makita.

One piece DC cable

We’ve combined the DC power terminal and wires into one screw on piece, making the electronics assembly even more straightforward.

The end of the Kickstarter campaign and the beginning of a company

What Kickstarter lets you do is take an idea, a prototype, a brand new product built by people you’ve never heard about and turn it into either a burning failure or a fledgling of a company. We turned to Kickstarter to help mass produce our first batch of Sienci Mill Ones because we didn’t have the money or support to do it ourselves. Thanks to the amazing support of the friends, family, industry partners, institutions, and most importantly every single backer, we made this project into a reality.

We’re proud to have jumped over all the hurdles to build over eighty desktop CNC machines through our Kickstarter campaign and continue our company’s legacy in building a future of liberating automated manufacturing. This project helped us build a foundation to continue manufacturing the Mill One and give us the knowledge and skills to grow our company.

While we stuck as close to the schedule initially drawn out at the beginning of the campaign as we could, and actually fulfilled most of our orders early or on time, there were a lot of challenges, many late nights, and plenty of setbacks on the way. With everything we faced we used it as an opportunity to improve the Mill One and our company as a whole. The design and manufacturing processes we used for the first machine we shipped to the last machine has changed dramatically. Our backers were fundamental in making improvements, providing us with the support and feedback we needed to make changes, as well as the motivation to keep pushing forward.

We’d like to thank everyone for being with us every step of the way. We accomplished so much more than we could have ever dreamed of in the last eight months. A special shoutout and thank you to local businesses, Jeremy from Inksmith, Andrew from Netherton Solutions, the team at Structur3d, Adam from Boko, John from Nithside Weldfab, the team and engineers at JGW Machine, just to name just a few. Thank you to local makerspaces Kwartzlab, MyShop Makerspace, WATiMake Lab and KW Woodworking & Craft Centre, as well as the University of Waterloo, the Conrad Centre for Business, Entrepreneurship, and Technology, Accelerator Centre, and the Waterloo Region Small Business Centre. There’s so many people to thank, so if we missed you in this list, we want to thank you as well.

The Future of Sienci Labs

We’ve officially sold over 100 Mill Ones and will continue to offer kits on our website at https://sienci.com/product/sienci-mill-one-kit/. You can also find parts on our online store at https://sienci.com/shop/ and we will continue to expand our store with more parts and other items. Our resources page at https://sienci.com/resources/ continues to grow as we add additional resources, and our Facebook user group at https://www.facebook.com/groups/166433110494695/ also continues to grow with more users.

We also have another 100 units ready to be packed, and we are working on updating packaging and assembly instructions for the new updated version. Design files and other open source documentation has been publicly available for a while now, but we recently put together an Instructable (http://www.instructables.com/id/How-to-Build-the-Sienci-Mill-One-Desktop-CNC/) if you want to build one from scratch.

We’re so excited to see what new opportunities may come in time. Some goals we want to accomplish over the next year is to bring new people on the team, mature the Mill One ecosystem, complete a bigger desktop CNC machine, expand our resources, and get the Mill One into as many hands as possible!

Kickstarter Experience Survey

We want to hear how we did and how we can improve! If you’re received your Mill One and have put it together, please take this survey.

Link to survey: https://docs.google.com/forms/d/e/1FAIpQLSeetGNWRb9My9DiBpP6-h7jMBjhsgh5bKKfp7QVeSR0GphEFA/viewform

Keep creating!

-The Sienci Labs Team

 

 

Custom built Sienci Mill Ones found in the wild

https://www.facebook.com/jamesarmstrong3/videos/10154827736616743/

We made the design for the Mill One open source so you could build it from scratch. It’s been exciting to see the slow emergence of our designs used to build more desktop CNC machines. James from our Facebook user group just posted some videos of his Mill One in action, one of the first machines I have seen fully built.

It’s exciting to see that people are starting to build their own Mill Ones because they bring new innovation and ideas to the table, upgraded designs for the community, and a chance to see what direction we should take for our future designs.

Our company vision has always been to make automated manufacturing technologies more accessible and it’s exciting to see that we are starting to make a difference in the open source community.

 

Final Kickstarter machines ready to ship

The last few routers are in for the last of the Kickstarter orders and are packed and ready to go. It was a bit disappointing on how late these routers arrived (2-3 months later than our projected arrival date), but our backers were super patient and we really appreciate how amazing they were.

If you’re one of these backers, you may need an adapter that will convert the plug type of the router (UK) to your country’s outlet type. While we were able to source routers that were for the correct voltage and frequency, we were not able to find a supplier that would be able to ship it overseas to us in Canada with all the plug types we wanted.

If you have any questions or need help getting the right adapter, feel free to reach out.

Sienci Mill One now $100 OFF AND FREE SHIPPING

It’s been a long road getting to where we are now at Sienci Labs. We can’t believe we’re about to sell out on our second batch of Sienci Mill Ones. We need to make room for the next batch ASAP so we are doing a crazy clear-out sale.

The last ten remaining Mill One kits are on sale now for $399, with free shipping! That’s a whole $100 off our original price, plus we’ll ship it to you for free (US and Canada only) if you get your hands on one of these last remaining machines!

Go to https://sienci.com/product/sienci-mill-one-kit/ to order yours now before we run out!

Last remaining 220V routers on their way

The last of the 220V routers for our Kickstarter backers are finally on their way! We will finally be able to complete the delivery of our pledge rewards and the campaign will be complete. The routers are expected to arrive by the end of the week and the kits will be shipped out either at the end of the week or early next week.

It’s been quite a difficult and exciting journey to bring the Mill One to life, and we’re excited to be moving onto the next stage of our company!

 

Making a wooden fidget spinner on the Mill One

With fidget spinners being all the rage now, especially in the 3D printing community, we decided to make our own! A desktop CNC machine is an awesome machine to make fidget spinners from, especially since you can use a wide variety of materials with a nearly infinite number of designs. This spinner was a fairly simple design, drawn on Onshape and made from a piece of scrap wood. We used three 608ZZ bearings, commonly used in skateboards and scooters, to act as weight and provide smooth motion for rotation.

Since we didn’t have 8mm thick material, we had to cut a layer off of the scrap wood to bring it down from 15.75mm to 8mm, You can see that the first half of the milling operation is just cutting away at the wood.

We started off with using carpet tape, but we found that the workpiece would shift slightly near the end of the operation, so we started again with hot glue instead. You can check out some other workholding options here: https://sienci.com/workholding-options/. Hot glue worked beautifully and held the wood on the bed without any issues.

After completing the milling operation and taking the spinner body off the bed, I tried fitting the bearings in. While they fit perfectly, a combination of the burrs and starting the bearings in at the wrong angle caused the wood to crack. I believe the wood we were using was spruce, which was quite light and easy to break. If you choose to make a fidget spinner for yourself, use a harder wood and make sure to clean the burrs out before fitting the bearings.

Overall we were pretty happy with the results, especially as our first attempt at making a fidget spinner. Stay tuned for more projects!

Feeds and speeds:

1/4″ 2 flute upcut bit at 16,000RPM
Feedrate: 700mm/min
Depth of cut: 2mm