#43 MOOT_ONE / CNC Linear Motion Actuator - SFU1605 - HGR15 Rail Guide 

very good

very nice bro

Always home the z-axis to the top surface of the workpiece using a solid contact plate of known thickness, not a switch. You have a whole heap of variables and unknowns between that switched zero and the workpiece.

a big improvement. use a BF support on the stepper side.

Any manual you open, from NSK to Hiwin to Thomson, shows the fixed block (FK12 in your case) on the driving side and the floating (FF12 in your case) on the far end. There is a reason for this: thrust. The motor side is where you need all the support you can get. The far end needs to be free to compensate for the (micro) contractions. This is where the FF12 comes in play. Now it's locked.

good enjoyable content as always, thou every time you upload it makes me think about adding linear bearings to my machine. one question thou, it looked like the x axis rail assemble comprised of two 2040 rails, coupled only at the ends. surely there is a lot deflection/twist when cutting in the Y direction. i would imagine that a 'plate' that coupled them together along their entire length would greatly increase your machines rigidity.

Surprised no dial indicator was used. Nice move - it seems to work.

Man,you are fantastic. I like your improvement since the early videos. Thank you for your generosity and keep improving. Salutations from France. Where are you based by the way?

Hello, what do you think is the minimum distance step that the carriage can move(I mean 1mm, 1cm? etc)? Do you think you can achieve lower than 1mm using a ballscrew/rail guide/stepper motor setup? Thank you for your video , it is helpful!

are the HGR15 enough rigid to hold the weight including the spindle ? I'm building similiar setup so it will be useful info. Thank you!

Will you do a video on programming the wretched VFD for the spindle? I'm new to cnc and already had two spindles go up in smoke.

it seems like you are going to have lots of flex when cutting in one direction due to the rectangular profile you picked. it doesn't seem to have much ability to avoid twisting. Did you look at the design with any FEA mockup? this is pretty easy to setup with fusion 360.

Really neat! What material are those red coloured plates made of?

Hello, great video, I have a question. What is the power spindle??? and what is the motor´s torque for axis X, Y and Z??? regard

Did you make the end plates and saddle plate? Where can I get a similar setup?

Is this machine strong enough to cut aluminum sheet? I'm looking forward to a video of aluminum cutting ability test. Thank

Hi mate what size of screw did you use for your linear rail?

could you share a link for the granite?

why you donot use a steel or iron plate instead of using AL ? it will make your machine more accurate and stable

what is the name of this digital tool?🙏

8:20 0.0 very acurate. means its 99.95-0.04 so what is error if it 0.09 angle max in lenght of that platform. what that error made in all travel xD eventually that is your axis even there would be 10mm error LOL it still move straight line. error comes out when add another axis that need be square. 1 axis is easy

4:43 yeah is 2040 extrusion it has 6.2 wide groove but use M5.(why goove not 5.95 M6 is usually 5.85. why is not 4.9 M5 would still too loose my taste) why there is no M6 LOL it would be +-0.1 each end. why not make custom aligment rod thas has 6.2 and 7 or 8 other depend hole on rails and use them on ends perfect square

No measuring at all with a dial indicator? Hmm...

Savvas, I've dropped you a couple emails about getting these plates made from aluminium. Could you please respond. Thanks!

these granite blocks tend to be a bit concave, its strange and a bit counter intuitive.

All your doing is making the rails parallel but not necessarily straight, not really a good example of how to assemble ball screws and linear rails accurately 🤔

9:36 there it is 2 axis crossing how good is it. and how you measure it lol. xy need squre (xy)z need square. how you measure them. yes yes some big square but how you know its square what you using to measure lol. onlyway i think is make bottom plate on work that has all holes and have grooves to measure axis are square, but it means machines will be smaller than real cnc. i want make bigger xD 850x550mm in real cnc is too small when boss take jobs that has HOLES over that. i not get it need 2 setup even make hole and how you think what happen when cant mill it one GO it will not be flat there is allways alignment error MAX i seen 1mm for some linear thing lets just grind it LOL i would not pay even penny for that. i would not make job that is bigger than machines travel LOL and think when i make setup and then someone like boss just throw peace in and think machine cut it allways same way. pieace can be put wrong LOL think make setup and knock workpiece to parallers and make it 0.001 flat in 700mm then others throw part in and not knock piece to paraller piece will me under side and not flat right? they move z offset and it might be good but when master come work and hit paraller its funny i get part 0.2 too thick but FLAT when there is 30 piece done and there is 0.2 height error both ends LOL boss say its okay OR they try change program to move Z to correct thickness LOL and we not even paraller they are just what ever straight metal (sometime) they not flat anymore and full holes LOL and they never fix them so its not even hold piece correct LOL and there is allkinds of tools marks on vices. best one is 10 wide goove on jaw that move 6mm in z all cros 150 vice jaw when mill has slip on ER holder i bet its been cut it like butter even jaws are hardened not soft saw. not any sound mayby nobody hear or care if machines make noise haha. thats my daily work on real cnc job lol. and cant buy tools for making parts or bigger vices or any machines squares to hold 400 tall part 50mm hold part on bottom is fine LOL i would add tool cost for parts but boss just try sell everything low so he get job !? what business is that. and still customers just bring part in and then drawings come later boss allready accepted they want allways tomorrow LOL i would allready see from part we cant do it. tired of job when drawing has bos writing only holes! and works piece is too big or its hard to clamp anyway and holes and thraeds are all side LOL parts are what ever plasma cutted and welded SO ACURATE make setup next piece is completely diff all is measure everything but again boss throw parts in it is fine CNC is acurate but part is located wrong place LOL.. well if you read this long.... no comments cant understand. there is english words? there is writing errors and english people cant read errors? lol