APSX APSX-NANO Desktop CNC Swiss Lathe
The APSX-NANO CNC Swiss Lathe is a compact, high-precision machine for crafting metal and plastic components, ideal for custom and intricate parts. It comes ready to run with necessary software and accessories, features a small machine footprint, and allows for versatile machining. It's suitable for small to medium-sized projects, offering accuracy and cost savings.
- High-precision, compact CNC lathe
- Ready-to-run with included accessories
- Ideal for metals and plastics machining
| Price: | $13,250.00 (with add-ons) |
|---|---|
| Availability: | Allow 2 weeks for delivery |
| Order Now: | Processed Immediately Ships via Freight - some fees may apply. |
APSX-NANO CNC SWISS LATHE
High-Precision, Compact CNC
Experience precision machining with the APSX-NANO CNC Swiss Lathe, your gateway to expertly crafted metal and plastic components. Ideal for custom, medical, or even intricate aerospace parts, this compact powerhouse offers exceptional versatility, accuracy, and cost savings for small to medium-sized projects.
Key Features of the APSX-NANO CNC Swiss Lathe:
- Compact, precise, and rigid CNC for metals and plastics
- Ready-to-run—includes a PC, keyboard, pendant, and mist system
- LED lighting in the machining area for visibility
- APSX CNC software pre-installed (UI-friendly)
- Includes polycarbonate safety shield
- Number of external (OD) tool slots: 6
- Number of internal ID tool slots: 5
- 0.5" Standard Bar Diameter
ACCURATE PRECISION PARTS AT YOUR DISPOSAL
APSX-NANO is your on-demand solution for high-precision parts. This CNC Swiss Lathe fits neatly in your workshop with its compact machine footprint, offering premium machining without the premium price. Cut out the middleman and accelerate your project timelines while keeping costs low by producing parts on your terms directly from your benchtop.
- Machine Base Footprint: 31" × 14"
- Required Workspace: 40" × 22"
- Machines metals and plastics
- Mill flats, hex edges, slots, etc. with one process
APPLICABLE FOR MULTIPLE APPLICATIONS
Small specialized components are the backbone of various professional industries, and the APSX-NANO is engineered to deliver. Perfect for production, R&D, prototyping, and education, this machine offers the precision of Swiss machining without the hefty price tag of larger traditional units. APSX-NANO can machine parts used in industries like...
- Automotive
- Aviation
- Dental
- Drones
- and more
COMPATIBLE MATERIALS
Machine parts out of plastics and metals on the APSX-NANO CNC such as:
- Aluminum
- Brass
- Bronze
- Delrin (Acetal)
- Nylon
- PEEK
- Stainless Steel
- Titanium (Grade 5)
- and more
WHAT'S INCLUDED WITH THE APSX-NANO CNC SWISS LATHE?
 |  |
| Standard Bundle | Starter Bundle |
| $9250 | $10,100 |
1 × APSX-NANO CNC Swiss Lathe
| 1 × APSX-NANO CNC Swiss Lathe
|
| 1 × Keyboard | 1 × Keyboard |
| 1 × Control Pendant | 1 × Control Pendant |
| 1 × APSX CNC software | 1 × APSX CNC software |
| 1 × 1/2in guidebushing installed | 1 × 1/2in guidebushing installed |
1 × 1ft workpiece
| 1 × 1ft workpiece
|
1 × Starter Kit
|
*The brand of the LED monitor may be different than what is pictured in the product photo. The manufacturer will ship out what is available in their inventory at the time of your purchase. This does not affect the resolution of the monitor that will be shipped.
**The picture of the tank is only a demonstration. A different type of tank may be sent depending on the availability.
TECHNICAL SPECIFICATIONS FOR THE APSX-NANO CNC
| GENERAL | |
|---|---|
| Machine | CNC Machine |
| Type | Swiss Lathe |
| Assembly | Pre-Assembled |
| Made In | USA |
| Machine Dimensions (D × W × H) | 31.5"×14"×19" (w/o Stepper Motors) 35"×17.5"×19" (w/ Stepper Motors) |
| Required Workspace Dimensions (D × W) | 40"×22" |
| Approximate Weight | 150lbs |
| WORKPIECE (BAR STOCK) | |
| Default Bar Diameter | 0.50" |
| Max Bar Diameter | 0.75" (0.75", 0.625”, 0.375" and 0.25" guide bushings and couplings sold separately) |
| Precision Ground Bar Diameter Tolerance | -0.0005"-0” preferred |
| Straightness Tolerance | 0.01" per ft. suggested |
| Max Bar Length to Install | 20” (Machinable length: 17”) |
| Lifespan | 6000~8000h |
| SPINDLE AND MOTORS | |
| Teknic Spindle (Main Stepper Motor) | 1800 RPM, 300W Power - 0.43 degrees resolution 0.03 degrees repeatability Guide bushing runout accuracy .0003"" or less |
| Pressured Air-Chilled 500W Live Tool Spindles | 2000 - 10000 RPM (with ER11 collets (1/4" and 1/8" 2 flute end mills) - 80PSI shop air with 0.25" female coupler required) |
| NEMA23 Stepper Motors | 90 IPM on X, Y and Z axes |
| Stepper Repeat Accuracy (at no load) | (+/- 0.0002") and achievable machining accuracy is less than 0.0005" |
| External (OD) Tool Slots | 6 (12mm X 12mm profile) |
| Internal ID Tool Slots | 5 |
| Distance from the ID Tool Rack to Guide Bushing Plate | 4.5" |
| ADDITIONAL FEATURES | |
| Lighting | Low energy Blue LED |
| Misting System | Yes; adjustable mist (coolant) |
| Construction | Hard anodized casting tool plate aluminum |
| Safety Shield | Yes; made of Polycarbonate |
| Sliding Cover Over Barstock Area | Yes |
| Included | PC, keyboard, and pendant |
| SOFTWARE | |
| Software | APSX CNC software |
| Supported File Format | G-code |
| COMMUNICATION | |
| Display | Monitor (separate purchase; included with the Starter Bundle) |
| Controller | Embedded PC in control panel |
| Connectivity | USB |
| POWER | |
| Rated Power | 120V |
| WARRANTY | |
| Warranty Period | 6 Months, see User Manual for details |
RESOURCES FOR THE APSX-NANO CNC SWISS LATHE
- APSX-NANO User Manual
- 5 Tips for Swiss CNC Lathes
- Post Processor
- APSX CNC accepts standard G-code; it can work with almost any CAM software. You will need to create a post processor for the software to understand the mechanics of the APSX-NANO CNC Swiss Lathe to write the appropriate code.
- Fusion 360
- How to Install a Post Processor
- The same post-processor for Fusion 360 works for HSM Works and Feature CAM.
- How to Install a Post Processor
- MasterCAM
- ESPRIT CAM
- Anyone with an EPSPRIT CAM license can access the APSX-NANO post. Email esprit.insidesales@hexagon.com to get your post-processor.
- SolidCAM post
- Fusion 360
- List of G and M codes
- It is necessary to remove the “;” if it was generated automatically. It would also be best to watch for the spindle RPM values not exceeding 1800.
- APSX CNC accepts standard G-code; it can work with almost any CAM software. You will need to create a post processor for the software to understand the mechanics of the APSX-NANO CNC Swiss Lathe to write the appropriate code.
FAQ
Which APSX-NANO bundle is right for me?
- The Starter Bundle is right for you if many of the additional accessories included (LED monitor, water tank, mounting arm, etc.) are items you do not already have or need. These items are necessary to start the APSX-NANO. If you already have these items, plan to source them separately, or do not want them, then the Standard bundle is suggested.
What software does the APSX-NANO use?
- It uses the APSX CNC lathe software which can...
- Work offsets and manual controls
- Cycle controls such as RUN, ABORT and feed rate (override) limit
- g-code and MDI control commands
- DRO panel and file management
What is Swiss machining?
- CNC Swiss turning adds a bar feeder that spins the round bar and slides through the guide bushing in the Z-axis direction. 5-axis Swiss-type machines have milling and drilling capabilities. These machines provide stationary support for the workpiece while the part is machined. This design enables the machine to hold tight tolerances and produce parts back to back. As a mini CNC Swiss lathe, the APSX-NANO has a max capacity of 20 inches long bar stock at a time.
When should I use a Swiss CNC lathe?
- It's best to use a Swiss-type lathe when smaller, more complex parts are needed. Typically, those parts are non-standard parts and can't be sourced directly like tamper-proof bolts, special nuts, pins, custom mechanical parts, drone parts, and more. They have milled and turned features that require precision machining and Swiss CNC machining allows for many milled features (flats, hex edges, slots, left-hand threading etc.) to be produced during the turning process without the need for multiple setups on additional equipment, providing greater production efficiencies with one process.
Having the APSX-NANO on hand can reduce the lead times and offer more flexibility for the production volume compared to outsourcing the parts production to other companies.
Which industries can the APSX-NANO apply to?
- Multiple! You can use the APSX-NANO to produce prototypes or even functional end-use parts in industries such as aerospace, automotive, electronics, medical, dental, and military (to name a few).
What's installation like for the APSX-NANO?
- The start-up process is very simple—the machine is already pre-assembled! Open the crate, place the APSX-NANO on a desk or stand, plug and start using.
Where can I get a table for the APSX-NANO?
- You can utilize any work surface that has a minimum of 40" x 22" of free space. Alternatively, you can purchase this ULINE table.
Are all components of the APSX-NANO machine made in the U.S.?
- Yes! The components of the APSX-NANO machine are made in Cincinnati, OH.
Questions
You mention and alignment coin, where can I find that?
How many meters of filament is in one roll?
the colors are beautiful. Can we buy in France? where can we find the stl of the mandala?
What does the empty spool weight?
What is the density of this material?
What are the material properties for this filament? Can we get a spec sheet?
I have used the filament in a 0.4 nozzle configuration and love the color change. Will I get the same effect with a 0.2 nozzle or is it too small for the application? I would like to know prior to changing the nozzle as it is an ordeal. Thank you in advance.
Is this filament abrasive on a brass nozzle?
Is this similar to a Silk PLA? If so, does it have the same layer adhesion issues?
Love the color! I was wondering if you have a color that is similar or the exact color of the raspberry?
What are the results when using a volcano hot end? It says it may reduce effect.. is it worth trying or will it just totally mix it?
Will this filament type every be available as TPU? THANKS!
1: Will this be available in refill packs? 2: Could something like this be made in ABS?
I would like to know where to find the file for the skull in the puddle!
Is It the same as Magic Silk PLA ?
I noticed you recommend smaller hot ends. Will this filament work on the ender3 v2 neo and/or the Flashforge Finder?
Good morning Is your Quantum Iridescent and silky PLA compatible with makerbot replicator+ printers? Thank you in advance. Savino Capizzi
What is the density of the filament in g/cm3?
Is this able to be used on a Makerbot Replicator+ with the experimental smart extruder?
What is the model used for the skull bottle and where can I find it?
Would like to see some sample or assortment packs, say, four 1/4kg rolls of different color combos.
Will this work with the Ultimaker s5?
What is the difference between the two sizes
Where I can find the file of the Star (with different infill patterns) you have pictured above? I just got my roll of blue/green quantum and I want to print cool things!
Can we get something like this in a TPU? Would love to print drone parts in a quantum color
Is there a way to influence the layout of the color change, or will it always tend to be in a left-right orientation? Can it be, for example, one color when you look at it from aboce and another from below?
It's the STL for the vase available?
do you have a filament profile?
For me, this worked in the generic PLA setting.
The green/blue stuff I've had nothing but problems with. 240C/60C bed, it would just randomly jam. Sometimes after the first layer, sometimes five hours into a print. It almost behaved like there was some kind of solid contaminant in the filament - I'd push a higher melting point filament through, I'd get a tiny pop and it would flow again until a random interval passed and it would jam up.
Ran through my filament dryer 5 times, 6 hours @65C.
Usings Prusa Mini, 225 first layer and 220 on worked for me
For me, using a Tungsten Steel Nozzle, I couldn't get a successful print using 210-220c. It would not lay correctly and fail (and yes, my bed was trammed, z-offset was correct, and my ABL was on).
I finally had to print at 35-40mm/sec, @ 230c, and the bed at 50c to get a successful print.
Same problems with the hardened steel nozzle. 215/60 on a Prusa MKS3+ didn't work. 2 failed prints in a row.
I've been having a lot of trouble trying to get it to print. I tried RLovrin1's suggestion, and it works perfectly. So if you have trouble, def try "35-40mm/sec, @ 230c, and the bed at 50c"
I have also been getting clogs and jams at the recommended parameters (227°/50°) with quick-to-somewhat-quick PLA printing speeds. Like the last person mentioned, when I pulled out the most recent clog, there appeared to be some sort of fibrous material sticking out from the part of the clog that conformed to the shape of the nozzle--almost like little micro-fibers. Maybe there is some sort of middle separation layer they are using to keep the two colors from mixing with one another when the filament is extruded on their machines? It will probably be necessary to use slower speeds, less retraction if possible, and maybe higher temps.
Super fillament! Respect
Supe'r fillament! Respect