My kickstarter finally arrived!
I’d have a play at freezin’ the missus whilst I’m out at work but I can’t get it going 🙂
have asked the support team how to do a hard reset as it’s stuck on ‘not configured’ right now
Have been thoroughly googling just how exactly to create digital masterpieces that can be ‘realised’ with this shiny new tool of mine.
There’s a bit of a general workflow to CNC. It seems to go something like this….
- 1 – Create something in some CAD package
- 2 – export it as some filename or other
- 3 – use another software package to generate another format
- 4 – import that into yet another software package to send to the CNC
It seems that every forum, every person has different answers to different requests. There’s a myriad of hardware drivers out there, different softwares more suitable for different drivers.
Right now, I’ll stick with a generic solution to learn and see how it goes.
3D stuff -OpenSCAD – http://www.openscad.org/index.html
OpenSCAM – http://openscam.com/download.html#install – seems to be used a bit for making or simulating toolpaths
Heeks CNC – https://sites.google.com/site/heekscad/ – some sort of code producer for the CNC toolpaths – Costs 10 quid
Rather ill little ‘uns these past few days, no real progress other than interwebbing and….
Found some great offers on ‘Dremel’ parts at the local DIY Store (Bunnings) – picked up four bits that look like they’ll work in the CNC reduced from nearly $80 down to less than $20
also picked up some offcut accrylic for under a tenner at some place that said “perspex” on the outside,
finally, got a few ikea kitchen painted pieces of wood for $1 each
pics another time, my seven minute parcel of personal time’s over
Our quick ikea trip resulted in the purchase of what I think must hold a record for “ikea product with the most components”
There were 4 boxes weighing 149.1 Kilos too! blimey.
Another night somewhat short on content….Lots of planning though.
At 55cm x 55cm (Google metrification <> imperialisation link for you inches guysGoogle metrification <> imperialisation link for you imperial guys) this $7.99 (at time of writing) is the ideal sized throne upon which to sit my CNC.
Having roughly measured the CNC, it takes up roughly
- 53cm in length fron back of stepper motor to the front
- 42cm in width – from the back of the stepper motor to the far side
- 41cm in height
An Ikea Lack table for those not familiar with paper masquerading as wooden furniture
An overly meandering perusal around the maze that seems to be Sweden’s least favourite furniture store can be enlightning. Not only are you kept alert looking for just the right part to do something with that it’s not supposed to, you’re also well fed. a Lack table, with some minor modifications can probably serve as an enclosure for the CNC!
I recon, stacking two tables and Bolting some see -thru plastic of some sort may do a cheap, temporary job until something better comes along?
Here’s a quick drawing my 3 year old knocked up, honest
Have spent a few days now reading up on solving the parallel port issue.
it really seems that Eight out of Ten CNC owners prefer Mach 3
Mach 3 is a somewhat antiquated piece of software it seems, I’ll figure out if it’s really worth purchasing a copy or if I stick to the lower number of lines limit for Gcode, or, well, i’m not really sure (other software maybe?)
None of my computers have a parallel port. few, if any are running a 32 bit OS. and Prices of devices to convert the 25 pin Parallel port on the controller…(shown in the pic below)
are fairly high (though perfectly reasonable) compared to the price of the CNC mechanics.
There’s an absolute myriad of controllers, convertors, power-ers, drivers, thingies and other stuff that’s been developed, kickstarted, knocked up, and sold on a whim, too much choice really.
I went the stingy route and picked up an ONTRON USB CNC Parallel convertor for just $34 AUD. My thought process was
- I have a machine that looks like it’ll work out of the box
- That machine has a parallel port
- it’ll be safer to use the machine as it was intended before attacking it further with a soldering iron and screwdriver
- Given my penchant for un-necessary teardowns (developed at a young age after discovering screws in my parents VHS recorder, and discovering screwdrivers in my dad’s toolbox) it’s probably best to buy a tested working device
- find the cheapest USB <> Parallel device I can
- if Cheapest USB device doesn’t work, then find other options (Arduino CNC Shield, GRBL, etc)
The Device I purhcased……
It was shipped within 5 minutes of buying it (somehow I doubt the French are that efficient), Fingers crossed it arrives in the next two weeks like the auction said it would
Not able to do much tonight, late day out watching the awesome Minions, The Movie in a jam packed, Sold out cinema.
Home late after entertaining a couple of youngsters and some adult conversation.
have some rather nice images of this beastly machine courtesy of the eBay seller.
Personally, I can’t stop myself from Ogling that 4th Axis….just look at those curves!
So far, a list of things I’ve discovered
- A rather large ‘old school’ torroidal transformer
- HDB-200 – 200VA
- JP-3163B – Stepper motor control board, 3 channel
- Mine looks almost the same as the below one, it’s just missing the DB15 serial connector next to the parallel
- JP-1635A – Single Channel Stepper motor controller board
- TB6560AHQ – stepper motor controller chips
- JP-1482 – Variable speed spindle driver
- 57HD0401-15SB BiPolar Stepper motors
Seems there’s really no accurate information out there for this little thing. A good summary would be though ‘a bit crap’…..if you compare it to all the others available, every website suggests this is the lowest possible spec in its size. Maybe time for an upgrade 😛
From the Auction, Specifications are as listed below. Certainly does seem quite impressive for the money.
Even more so considering I saved nearly $100 off the price!
- 3020T triaxial engraving machine part parameters:
- Shape dimension：550×400*350mm
- Max.workpiece dimension：200mm*300mm＜65mm
- Work table dimension：200mm*300mm*15mm
- Frame materials：aluminum alloy 6063 and 6061
- Driving units X axis:1204 trapezoidal screws
- Driving units Y axis:1204 trapezoidal screws
- Driving units Z axis:1204 trapezoidal screws
- Sliding units X axis:Dia.13mm chrome plate shafts
- Sliding units Yaxis:Dia.16mm chrome plate shafts
- Sliding units Z axis:Dia.12mm chrome plate shafts
- Stepping motor type:57 two-phase 1.45A-2A
- Spindle motor:200w dc motor，NEW
- Principal axis collet:ER11/3.175 mm
- Spindle speed:300 ~ 8000rpm/min (PWM stepless speed regulation)
- Repeat accuracy:0.05mm
- Empty line speed:0-2500mm/min (16 subdivided driving down)
- Spindle precision:radial beat acuities 0.03 mm
- Control unit:triaxial one-piece drive + ring variable power + PWM speed
- Carving Instructions:G code/TAB files/nc file/NCC files
- Communication interface:through parallel connection with computer
- Software environment:Windows 2000 / xp
- Carving speed:0-2000mm/min (different materials differ)
- Machine weight:24KG
2 years Free warranty
- High Precision Stepping motor makes engraving more precise .
- Flexible coupling can be used for high torque transmission.
- The chrome shafts is not easy to deform,suitable for long time use.
- The reinforced and thickened machine body make transportation absolutely to be safer and longer life time.
- Cover plates reducing pollution for the screws and shafts.
- Spindle motor knob is useful for small positioning adjustment ,with steady and strong support structure.
- Can engraving much more materials by spiral flute bits,such as metal,steel,MDF board,solid wood,composite board plywood,stone
- Large 3D engraving in soft wood,MDF board,native wood,PVC,Acrylic we suggest use one or two spiral flute ball bits.
- Emergency stop button enhance security
- Can control the engraving more precise
- Mach 3 software is simple and intelligent
- Can be controlled by computer
- More steady and strong equiped with aluminum alloy frame materials
- Simple operation and installation
- With four axis(rotary axis) and tailstock
- Operating Voltage:AC110V or AC220V 50/60Hz(we also stock USA.UK.EU.AU.plugs and 110V-240V power version for the country all over the world.)
- Control unit:2.5A stepping motor driver plus adjustable spindle speed controller
- Computer connection:on board palrallel port
- Command code:G code
- Acceptable software:Mach3,EMC2
- Protection:Emergency stop button