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PRO CNC 2016 Revision

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PRO CNC Assembly Instructions

CNC Router Parts is proud to announce the release of a brand new 2016 revision of our PRO CNC line of large format CNC machines, debuting this weekend at Maker Faire Bay Area 2016.

CNC Router Parts PRO4896

We first launched the PRO CNC line in 2013 (also at Maker Faire!), and these have been great machines, serving hundreds of customers over the past three years, but we're always looking to improve. In that light, the newest kits will feature the following changes.

  1. Profile linear rails.
    We invented the V-Con rail system to help make rugged, high quality linear motion affordable, and it has served well in this capacity. However, we’ve finally been able to source profile linear rails at a price that makes sense for our machine kits. While they are still more expensive, the simplicity and ease of assembly they offer justifies the modest increase in price to the kits. We will still offer individual V-Con components, but our PRO kits will be based on the new rail system.
  2. New base fasteners.
    We’ve changed the extrusion base design of our machines to use anchor counterbore fasteners, the stiffest connection method available that still maintains flexible positioning for machine cross-members. This connection method streamlines assembly and makes it easier to square the base of the machine during assembly.
  3. Updated Z axis.
    Our ballscrew Z axis has also been re-designed to use profile linear rails, and has additionally received a speed upgrade with 10mm pitch ballscrews (previously 5mm pitch screws). The axis has also been re-configured with fixed rails and a moving drop plate for routers or spindles, allowing for more usable travel, and providing a complete 8" clearance under the gantry, even with a 3” long tool installed.
  4. Cable track is now included, standard.
    We have traditionally offered a cable track (e-chain) as a optional kit for our machines, as we have had customers who want to build or engineer their own cable management solutions. While we will still offer this to the few customers who want to go this route, we have found over the past three years that the majority of our customers want a cable track solution included with their mechanical kit.

As always, whenever we revise our machine kits, we strive to make the new revision backwards compatible for current customers who wish to upgrade their systems, and this new revision is no exception. We will be offering multiple options for those interested. The new revision requires no changes to the overall frame of the PRO series (the series and lengths of the aluminum extrusion members have not changed).

New kits will officially be available for sale on June 1, 2016, and upgrade kits for previous versions of our PRO CNC machine will follow and become available 2-3 weeks after this.

Check in with us soon to see footage of the new machines in action at Maker Faire 2016!


PRO CNC Assembly Instructions

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PRO CNC Assembly Instructions

CNC Router Parts is pleased to present assembly instructions for our PRO CNC Machine Kits.

PRO CNC machines feature Profile Linear Guide Rails, our PRO Rack and Pinion drives on the X and Y axes, and Ballscrew Z Axis, offering higher speeds, greatly improved ease of assembly and machine tuning, and greater stiffness and spindle capacity than our Standard CNC machine kits.

PRO CNC machines are designed to easily expand to a larger machine in the future simply by adding more framework, gear rack and linear rail.



Plans
These plans provide full step-by-step instructions for assembling your PRO CNC Machine:
Please Note
These instructions are for the latest revision of our PRO CNC machine kits. For information regarding our previous revision machines, plans are available in our Machine Plans section.

New in: Machine Plans

RAPTOR Composite Nails

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RAPTOR Composite Nails
The RAPTOR® Polymer Composite finish nail system offers a quick and safe clamping method for holding sheet goods down to your machine spoil board. The composite nails hold better than metal nails, but can be machined through without damage to your CNC tooling.

These nails and nailers allow for easy clamping of multiple layers or for small pieces, and save on both set up time and removal down time.

Best of all, they eliminate the potential for router bit damage from accidentally machining into screws or other traditional metal workholding hardware.


These finish nails come in a variety of lengths for use with materials of different thicknesses, and melt slightly during insertion for a powerful hold, so 3/8" penetration into an MDF spoilboard is all that's required.

The nails can easily be broken off of a finished work piece or waste material, and can be painted or stained.

Designed for use specifically with Omer B17P Composite Finish Nailer.

Price is for a single box of 2,350 nails.

Price: $38.29
New in: Standard CNC Accessories, PRO CNC Accessories, Accessories, Other Tooling / Accessories

Benchtop PRO Assembly Instructions

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Benchtop PRO Assembly Instructions

CNC Router Parts is pleased to present machine plans for our Benchtop PRO CNC Machine Kit.

Benchtop PRO is an extremely rigid, highly accurate CNC machine designed with a smaller footprint for any shop or garage.




Plans
These plans provide full step-by-step instructions for assembling your Benchtop PRO CNC Machine:

Assembling the Benchtop PRO

Step-by-step assembly process following the written machine plans (2015 revision, current version coming soon!)

New in: Machine Plans & Assembly

Standard CNC Machine Plans

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Standard CNC Machine Plans

CNC Router Parts is pleased to present machine plans for our popular line of affordable, large-format Standard CNC Machine Kits.

The plans shown below feature mechanical components to interface with Nema 23 motors. For a Nema 34 system, the Rack and Pinion drives, Z-axis motor mount plate and Z-axis shaft coupler change, but all other aspects of the design remain the same.


Our latest plans (revision are now available in easm format, pdf, and native Solidworks. These plans feature our new drop-in fastener system for easier assembly -- no more fighting with carriage bolts or frustration when things are built out of order. For those not familiar, easm is a free 3D format that allows you to rotate, zoom, and take measurements off of the plans. To view the easm files, just download the free edrawings viewer. Download and enjoy!

Documents
CRP2448
2' x 4' Standard CNC
CRP4848
4' x 4' Standard CNC
CRP4896
4' x 8' Standard CNC
Machine Plans Bundle
(zip Bundle of PDFs/EASMs)
CRP2448-00.zipCRP4848-2012Q2.zipCRP4896-2012Q2.zip
Overall Machine Assembly (PDF)CRP2448-00-01.PDFCRP4848-00-01.PDFCRP4896-00-01.PDF
Base Assembly (PDF)CRP110-00-2448.PDFCRP110-00-4848.PDFCRP110-00-4896.PDF
Gantry Riser Assembly (PDF)CRP120-00-30.PDFCRP120-00.PDFCRP120-00.PDF
Gantry Assembly (PDF)CRP130-00-24.PDFCRP130-00-48.PDFCRP130-00-48.PDF
Z Axis Assembly (PDF)CRP140-00.PDFCRP140-00.PDFCRP140-00.PDF
Solidworks Machine Plans
(zip Solidworks bundle)
CRP2448-SW.zipCRP4848-00sw.zipCRP4896-00sw.zip
For custom sized Standard Series CNC machines, simply choose the instructions for the closest-sized machine above.

For additional help, see our Tips and Tricks for Standard CNC Machine Construction.

New in: Machine Plans & Assembly

Wine Glass Holders

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Wine Glass Holders

Make your own wine glass holders as demonstrated at our Portland Mini Maker Faire 2015 production demo.   Made from 1/2" bamboo, these are a great project for any of our CNC machines.

A complete video walkthrough is included below that demonstrates step-by-step how this was designed in Fusion 360, how to generate g-code for your CNC Router Parts machine, as well as running it on our Benchtop PRO CNC machine.



Bamboo wine class holder in progress    Bamboo wine class holder final product

How to make your own:

Project Sources

Check our YouTube Channel (www.youtube.com/cncrouterparts) for this and more project walkthroughs.


New in: Design and Make Project Series

Simple Ukulele (2.5D)

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Simple Ukulele (2.5D)

This is a simple ukulele that should require less than 20 minutes of machining time. We've made examples from basswood, maple, and fir with good results. Fir and basswood are nice and light however maple is a very durable and attractive wood to stain.

The project files are posted including the Fusion design file (.F3D) as well as CAD-independent files such as STL and DXF. Watch the included video on how we made ours.



Simple Ukulele (finished)      Simple Ukulele (parts)

What You'll need to make your own

  1. Solid Wood (Maple, Fir, Basswood are popular choices) 
    •      7.5" x 10" x 2" - Main Body
    •      3" x 14.5" x .5" - Neck
  2. Ukulele-style Tuners (we've used these)
  3. Bridge (3D print the included bridge STL or something like these)
  4. Fret Board (can make or something like these)
  5. String Trees (like these)
  6. Soprano Ukulele Strings (like these)

Source Files


New in: Design and Make Project Series

Parametric Dust Shoe

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Parametric Dust Shoe

Enjoy a cleaner work area with our open-source dust shoe project. This dust shoe is designed to be a high performing & economical option for CNC routing machines that use routers or CNC spindles, such as our ready-to-assemble Benchtop and large-format CNC machines.  

 

 

 

This project can be adjusted for most any router or spindle, and common dust hose sizes.   The sources include pre-configured files for specific sizes to support our 2.2kW Spindle and some of the most common routers.  If you need to customze the Fusion design for your spindle/router, you can adjust the SpindleDiameter and HoseDiameter parameters (accessible from Modify > Change Parameters in Fusion 360).  

Customization Tip: Choose a value slightly larger than the actual diameter of your router or spindle to ensure the collar fits without too much force. Similarly, for the dust hose you'll want to undersize it a bit (its already well sized for a 4" hose, and the suggested value for the 2.5" hose is in the parameter comments).  Enjoy your cleaner work space!

CNC Router Parts Dust Shoe Assembled       Dust Shoe Parts Required

This project is offered under a Creative Commons - Attribution - Non-Commercial license.  If you'd like to make and sell these for profit, please contact us.

What You'll need to make your own

  1. 6.5"x11"x1" HDPE or ABS Block
  2. 6.5"x11"x.5" HDPE or ABS Block
  3. 24" Brush Strip (3" bristle length recommended for most, .23" channel size)
  4. 6 M8 Steel Bolts (It is important they be attracted to the magnets!)
  5. 6 M8 Threaded Inserts 6) 6 3/8" Coin Magnets 7) 2 4" Hose Clamps

Source Files  

 

New in: Design and Make Project Series

Steel Leg Kit Plans (Previous Revision)

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Steel Leg Kit Plans (Previous Revision)
Please Note
The following plans and instructions are applicable to the previous version of our CNC machine leg kits.

For the current revision, please see our newer Leg Kit Assembly Instructions.


Our 14 gauge steel machine leg assemblies provide a sturdy set of legs to support your CNC machine.

They are designed to work perfectly with ourPRO CNC Machinesand Standard CNC Machines.

They are available for purchase in these standard sizes:
Please contact us for custom sizes.
Each kit includes:
  • 4 Legs with leveling feet and brackets (6 on the 4'x8' machines)
  • Horizontal cross supports with brackets
  • All necessary fasteners to connect the system together and to the extrusion base in our machine kits
Plans
MachineCurrent PlansArchived Plans
version 2015Q3.1version 2013Q4.1version 2013Q2.1
Standard 2'x4' Steel Leg Kit[PDF][PDF]
Standard 4'x4' Steel Leg Kit[PDF][PDF][PDF]
Standard 4'x8' Steel Leg Kit[PDF][PDF][PDF]
PRO 4'x2' Steel Leg Kit[PDF][PDF][PDF]
PRO 4'x4' Steel Leg Kit[PDF][PDF][PDF]
PRO 4'x8' Steel Leg Kit[PDF][PDF][PDF]

New in: Instructions & Configuration

Snap & Glue Birdhouse

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Snap & Glue Birdhouse

Our birdhouse project is designed to snap together (to aid in assembly/still requires glue) and can readily be made in one offs or up to about 24 houses nested per 4'x8'.   The floor is perforated for draining and the roof/sides w/eaves are a common peice for simplicity & asthetics.   Even left nested in the plywood, the project makes a great & affordable gift for people to build and finish!

 


The project files provided below include the VCarve project file, the Fusion 3D model & rendering project (.F3D), as well as CAD-independent DXF drawing for each of the panels.   Watch the included video to see how we made ours and a overview of how to use Vectric VCarve or Aspire to enable higher-volume production workflows. 

Simple Ukulele (finished)       Simple Ukulele (parts)

 

 

What You'll need to make your own

  1. 6mm (.25") plywood of your choice (or plastic/other materials of a simular thickness)
  2. 5/16" or 1/4" (2.5" long) wood dowell for the pirch
  3. Wood glue
  4. Paint/Stain

Source Files


New in: Design and Make Project Series

Digital DIY NEMA 23 Electronics Kit Wiring Instructions

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Digital DIY NEMA 23 Electronics Kit Wiring Instructions

This guide provides wiring instructions for our 4-Axis Digital DIY NEMA 23 Electronics Kit or 3-Axis Digital DIY NEMA 23 Electronics Kit







Please Note:
If you are looking for a turn-key CNC electronics solution, our 4-Axis Digital Plug and Play NEMA 23 System is a complete, pre-wired system installed in an industrial steel NEMA enclosure, and offers significantly upgraded components and expanded capabilities.

Documents
These plans provide full step-by-step instructions for assembling your Benchtop PRO CNC Machine:

Additional Information

New in: Instructions & Configuration

Router Mount Assembly (previous revision)

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Router Mount Assembly (previous revision)Our router and spindle mounts make connecting and adjusting the cutting tool on your router quick and easy. Just follow these instructions for assembling your mount, installing your router or spindle, and connecting it to your machine z axis.

You will receive the following parts in your kit: Router or spindle mount clamp, base adapter plate, screws for connecting these two parts together, clamping screws (already installed in the clamp), t-nuts and socket head cap screws for connecting the mount to your z-axis.



Start by connecting the router mount clamp to the base adapter with the 4 supplied screws:











The install the larger socket head screws through the base adapter and into the t-nuts.





Connect these t-nuts to the extrusion for your z-axis. The holes in the base adapter are slotted to accommodate both 15 series inch and 40mm series extrusion. Align the dowel pins from the base adapter with the side of the extrusion before tightening the mounting screws to square the mount to your z axis. Shimming between the dowels and the extrusion can be done later to tram your router or spindle.







All that remains is to install your router in the mount. While it is rarely necessary, you can use the central tapped hole with a 5/16-18 bolt to open the mount slightly to make installing your router easier.





Now just remove the 5/16 bolt (if used) and tighten the clamp screws, and your router is ready for CNC!




New in: Archived Instructions

Tramming GMT Spindle Mount Guide (previous revision)

Custom Pinewood Derby Cars

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Custom Pinewood Derby Cars

Interested in making your own custom pinewood derby car, or maybe enough for an entire race series?   With our pinewood derby design template (Fusion 360) you can take your own car design from concept to reality with our Fusion 360 design template.  Make one or make hundreds quickly and efficiently with your CNC Router Parts Machine. 




This sample project includes the design template that we used to create almost 1400 cars over two weekends at the 2016 Portland and Seattle Maker Faire events as well as specific sample designs consisting of a pickup truck, speed racer, Lotus-inspired formula car, and of course the classic wedge racer!

CNC Router Parts Dust Shoe Assembled Dust Shoe Parts Required
 

Sample Designs

Looking for inspiration?  Check out some of the car's we designed using our Fusion 360 design template.

CNC Router Parts Dust Shoe Assembled

'Lotus'-Inspired Vintage Forumla Car

CNC Router Parts Dust Shoe Assembled

Sport Truck

CNC Router Parts Dust Shoe Assembled

Speed Racer

CNC Router Parts Dust Shoe Assembled

Classic 'Wedge' Racer

 

Custom Design Template

Our parametric Fusion 360 design template is intended to allow easy creation of custom 3D pinewood derby models that can be machined from a single side (top) of a standard size pinewood derby wood block (though you could get even more creative and try other materials).  

Most of the customization is accomplished by editing the "Side Profile" sketch and dragging the spline fit points.  More advanced users can add their own fit points and even use other sketch primitives (such as lines) to make a truly unique profile.  

There are also a number of parameters that can be modified to change the shape of then front of then car, the filleting amount (rounding of the edges), and control if you have a hood scoop and cockpit (as well as their dimensions)

CNC Router Parts Dust Shoe AssembledCNC Router Parts Dust Shoe Assembled

CAM Workspace

The CAM workspace is pre-configured for use with a 1/2" flat endmill tool.  Machining times vary based on geometry and machine capabilities.  Most our cars took between 3 and 4 minutes per car using conservative feeds and speeds.   

CNC Truck CAM Preview


What You'll need to make your own

  1. Pinewood Derby Kit (Available at local hobby stores, Amazon, etc.).  Kit should include Wood Block, Axles, and Wheels.
  2. At least one awesome CNC Machine (You know you are all set if you bought one of our machines!) 

Source Files  


Design and Make: Live Playlist

Check out this playlist to see how we used our Fusion 360 derby design template to make our custom pinewood derby exhibit our most interactive live show yet.   Our Portland Day 2 video includes a brief overview of how to use the design template. 


New in: Design and Make Project Series

Wine Glass Holders - Fusion 360 Walk-Through

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Wine Glass Holders - Fusion 360 Walk-Through

Make your own wine glass holders as demonstrated at our Portland Mini Maker Faire 2015 production demo.   Made from 1/2" bamboo, these are a great project for any of our CNC machines.

A complete video walkthrough is included below that demonstrates step-by-step how this was designed in Fusion 360, how to generate g-code for your CNC Router Parts machine, as well as running it on our Benchtop PRO CNC machine.



Bamboo wine class holder in progress    Bamboo wine class holder final product

How to make your own:

Project Sources

Check our YouTube Channel (www.youtube.com/cncrouterparts) for this and more project walkthroughs.


New in: Design and Make Project Series

Home Key Center - VCarve Walk-through

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Home Key Center - VCarve Walk-through

Interested in making something for your home or simply learning more about how easy it is to design and make projects with your CNC Router Parts machine and Vectric VCarve or Aspire?   Check out our complete Vectric VCarve 2.5D walk-through as we make a key ring center.   2.5D (vs. 3D) means we will be focusing on pockets (partial depth cuts), profiles (full depth cuts), and inlays (both).  With these basic ingredients your creation potential is unlimited!  

 

 

Working in 2.5D is a very efficient (low machine time) method of creating finished-goods products and with intuitive software such as Vectric VCarve and Aspire it is easy for anyone to design compelling projects.  That said, if you are looking for a 3D project and walkthrough you might check out our 3D Guitar Design and Make series.

Key Holder CAM Preview Key Center on the CNC Machine
 

What You'll need to make your own

  1. 12" x 8" x 3/4" wood (or similar)
  2. At least one awesome CNC Machine (You know you are all set if you bought one of our machines!) 
  3. 1/4" Flat Endmill Tool

 

Source Files  

 

Design and Make: Home Key Center Project

Watch our video walk-through to see how we designed and made this project in VCarve PRO 8.5 or Vectric Aspire!


New in: Design and Make Project Series

PRO Series Spoilboard

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PRO Series Spoilboard

Make your own bolt-down sacrificial board (spoilboard) for your PRO Series or Benchtop CNC machine from CNC Router Parts (www.cncrouterparts.com) using this project.

There are two Fusion 360 project files, one for Benchtop machines, and the other for PRO Series large format machines.  Both are parameter-driven (parametric), meaning that by going to Fusion 360 > Modeling Workspace > Modify > Change Parameters you can update the size of the board to whatever size machine you have.   

The board consists of three feature layers.  You can choose to implement all three, one, two, or mix in with your own custom feature designs.  

  • Mounting Features - This layer/sketch contains the geometry for mounting the board to the crossmembers of the machine  - this is the only required layer  

​ 

  • Dog Hole Features - This layer/sketch contains the geometry a grid of holes that are 3/4" diameter by default but can be adjusted to be used with MDF inserts allowing use of bolted connections.  Otherwise can be used with most 3/4" size bench dog accessories and clamping systems.

  • Clamping Clearance Features - This layer/sketch contains the geometry for large slots that will allow the use of F-clamps.

Source Files

What You'll Need

Making/Mounting the Board

To create your own board, download either the DXF file or the Fusion 360 Project (free for non-commercial use).   The DXF file can be used with any popular CAM offerings, including Vectric's popular VCarve PRO (demonstrated in the attached video)!   

The spoilboard should be directly mounted to the cross-members of the CNC machine with 5 fasteners per crossmember 

Spoilboard How-To Videos

(Note: If you are using Fusion 360, you can watch that video and the Part II CNC video and don't need to watch the Vectric project walkthroughs and vice-versa). 


New in: Design and Make Project Series

Leveling, Squaring, and Tramming Your CNC Machine

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Leveling, Squaring, and Tramming Your CNC Machine

Calibration and tuning your CNC machine will help you achieve consistent and reliable results. There are three primary procedures we recommend after initial machine assembly (and before creating the spoilboard).

  • Table Leveling adjusts leveling-feet so that your machine's two table axes (Y) move along the same nominal XY plane.
  • Gantry Auto Squaring Calibration ensures that your machine's table axes (Y) are coordinated, perpendicular to the machine gantry axis (X).
  • Spindle/Router Tramming verifies that your spindle/tool is making cuts square to the XY plane (primarily concerned with Left/Right adjustment).
Source Files (Fusion 360 Project and CAD-Neutral Files)
How-To Video Walkthrough

Table Leveling
A convenient method to ensure the table axes are aligned along the same plane is to use a long (4 ' or more) level and adjust the leveling feet such that the table is level along x, y and diagonally.
When to Re-Check: When your machine is moved to a new location in the shop.
Gantry Auto-Squaring Calibration
Our machines use a dual gantry drive architecture, meaning there are independently driven axes moving each side of the gantry. They synchronize their motion and auto-square your gantry by homing to their respective Y and Slave axis home sensors. By adjusting these two sensors you can adjust the squareness of the gantry to your machine table.
There are multiple methods that will test if a gantry is square. This is the procedure that we use and recommend. Once this is performed the machine can be re-homed and automatically re-squared by using the "REF ALL HOME" button on the operator panel at any time in the future.
Step 1: Install the Y and Slave "Home" sensors the same depth (or count the exposed threads). For machines with red bumper plates, leaving the sensors exposed 3/4" thru the plate is typical.
Step 2: Home the machine using REF ALL HOME (if this is your first time, check out our initial setup video here).

Step 3: Download the Vectric or Fusion calibration project (above under Source Files) and create (or use DXF to create) the calibration test toolpath files (operations are pre-configured).

Step 4: Using a1/4" end mill, run the calibration test program to create four dowel hole locations.

Step 5: Install dowels (or 1/4" tool shanks will do, just be careful not to cut yourself).

Step 6: Measure outside edge to outside edge on each diagonal with a construction square or ruler and confirm they are the same approximate lengths.

Step 7: If they are the same, you are done! Otherwise, adjust the Y axis or Slave axis sensor as needed and go back to Step 4.

When to Re-Check: When the Y or Slave Home sensors are moved, adjusted, or replaced.

Spindle/Router Tramming

We recommend using a 1/2" or larger flat tool to surface a small test region of a board. Customers will typically use a small 2 'x2 ' or off-cut of MDF for this.

Step 1: Using our Vectric or Fusion 360 project (or using your own), export gcode that will surface a test board with the surfacing running parallel to the Y (table) axis of the machine. Note: The stepover should be nearly the radius of the tool so that an out-of-tram condition will be more obvious, we recommend 90% stepover with most tools for this test.

Step 2: Run the test surfacing program (ideally in multiple places) on your CNC machine.

Step 3: The resulting surfacing should be smooth with minimal ridges between passes. If it is not, which side the ridges are formed will indicate if the spindle needs to be adjusted clockwise or counter-clockwise.

Step 4: If there are ridges, go back to step 2.

When to Re-check: When the spindle mount is moved or adjusted.


New in: Instructions & Configuration

Make: Iris Skylight

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Make: Iris Skylight

Interested in making your own Mechanical Iris as seen in Make: Magazine's recent skylight project? We've partnered with Make: to bring you this project, and as we do with our other design & make projects, we have made the Fusion 360 design files available here.  This is an advanced fabrication project with a number of potential uses and ample opportunity for customization.  

 

In working with Caleb on this project, we produced two variations of this "pivot and slot" overlapping-leaf Iris design.  The first was made as a scale model prototype, called the 10" Benchtop Iris and the second is a full-size 26" Skylight Iris (the same as featured in the Made: Skylight project). Designed in Fusion 360, these designs include both the geometry, hardware, and CAM toolpaths that we used. Caution should be used when applying the toolpaths, while they worked for our fixturing and tooling - you should verify these before running on your machine.  

10 inch Iris Render 26 inch iris rendering

Assembly View

Both versions rely on the same basic architecture, a top cover that houses the motor and bearing ring, a lower fixed plate that provides the slots for the leaves to move in, a moving plate that the leaves pivot on, the bearing ring retains the moving plate to the top cover (allowing it to rotate but otherwise stay centered).   There are 12 iris leaves that attach to the moving plate pivot holes and the slots in the fixed plate. Smaller components like the drive gear (connects to the motor) and hardware to attach the top cover to the lower fixed plate (with spacers) finish the assembly.

Key Center on the CNC Machine

Note: The versions here use an NEMA 23 stepper motor, which requires electronics and programming know-how and the following major components.  Alternatively, a crank handle could be substituted for the motor drive with some customization. 

Electronics (advanced)

  • NEMA 23 Stepper Motor (420oz)
  • NEMA 23 Motor Cable
  • CRP5056 Stepper Driver
  • 48v Unregulated Power Supply
  • Arduino / Embedded Controller to generate STEP/DIR signals

 

Material Cut List

  • Benchtop 10" Iris
    1. (3) 24" x 24" x 1/2" HDPE, Plywood, or MDF (Fixed Plate, Top Cover, Bearing)
    2. (1) 24" x 24" x 3/4" HDPE, Plywood, or MDF (Moving Plate-Gear Ring)
    3. (1) 24" x 36" Plastic or Metal Sheet (Iris leaves)
  • Make: Skylight 26" Iris
    1. (3) 48" x 48" x 1/2" HDPE, Plywood, or MDF (Fixed Plate, Top Cover, Bearing)
    2. (1) 48" x 48" x 3/4" HDPE, Plywood, or MDF (Moving Plate-Gear Ring)
    3. (1) 48" x 96" Plastic or Metal Sheet (Iris leaves)

 

Source Files  


New in: Design and Make Project Series

PRO CNC Plasma Kit

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PRO CNC Plasma Kit

With our PRO CNC Plasma Kit, you can readily configure any of our PRO Series CNC Machines for Plasma cutting!






Our PRO CNC Plasma Kit includes:
  1. Torch Mount - compatible with Hypertherm Powermax45, Powermax45XP, Powermax65, and Powermax85 Plasma Torches
  2. Ohmic Touch-off Sensor
  3. Torch Height Control (THC) System

PRO Series CNC Plasma Machine
PRO4848-PLASMA 4' x 4' CNC Plasma Machine
configured with PRO Leg Kit, Plug & Play NEMA 23 CNC Electronics System,
CNC Plamsa Kit, and PRO CNC Water Table


For a complete PRO Series CNC Plasma Machine, you will also need:
  1. PRO Series CNC Machine
  2. PRO Leg Kit
    optional if you already have an alternative solution to bring your PRO Series CNC machine to working height
  3. CNC Electronics systemNote: an Ethernet SmoothStepper is required (included in both options above)
  4. PRO CNC Plasma Water Table
  5. Hypertherm PowerMax Plasma Torch
    • supported models include Powermax45, Powermax45 XP, Powermax65, and Powermax85
    • Note: we do not currently offer Plasma Torches for sale directly, please Contact Us for recommended sources.
  6. Mach3 CNC Control Software
  7. SheetCAM
    optional if you have alternative/preferred CAM solution

PRO4896-PLASMA 4' x 8' PRO Series CNC Plasma Machine
PRO4896-PLASMA 4' x 8' CNC Plasma Machine,
configured with PRO Leg Kit, Plug & Play NEMA 23 CNC Electronics System,
CNC Plamsa Kit, and PRO CNC Water Table



The Torch Height Control System in this kit is available in several configurations:
  • Plug & Play Electronics - select this option if you are purchasing this kit with a new Plug & Play NEMA 23 CNC Electronics System or Plug & Play NEMA 34 CNC Electronics System, and we will perform the integration and ship the system to you complete and ready-to-go.
  • Plug & Play Electronics Retrofit - select this option if you already own a a new Plug & Play NEMA 23 CNC Electronics System or Plug & Play NEMA 34 CNC Electronics System & Play CNC Electronics System, and we will ship the required CNC Plasma components along with detailed instructions for installing them into your electronics system.
  • DIY Electronics Option - select this option if you wish to integrate the required CNC Plasma components with a new DIY electronics kit from CNC Router Parts, or with your own electronics. Please note that an Ethernet Smoothstepper is required for integration with this kit.
  • No THC - select this option if you wish to configure this kit without Torch Height Control capabilities. Please note that Torch Height Control is recommended and greatly enhances the capabilities and quality for CNC Plasma Cutting.
We are now accepting pre-orders for PRO CNC Plasma Systems, which will start shipping on July 14, 2017.

Please Contact Us with any questions!


Price: $1,100.00
New in: PRO CNC Plasma
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