K8200/3Drag Z-axis wobble and backlash reducer

thingiverse

I'm experimenting with ways to reduce Z-Wobble on my K8200, and this attempt is my best shot at tackling the problem in detail, along with necessary hardware specifics in these instructions. Additional hardware requirements include: * 2 x M10 steel washers, measuring 30mm each * 2 x M8 steel nuts * 1 x bolt assembly consisting of an M3 bolt, nut, and washer Optional extras: * 2 x M8 plastic washers * 2 x M8 steel washers The K8200 Stepper Mount used in the demonstration image is accessible at http://www.thingiverse.com/thing:443084; however, its weight capacity is quite low due to lack of stability on the Z-axis. Consequently, a custom part – which can be accessed via this link (http://www.thingiverse.com/thing:443103) - supports it and suspends the threaded rod by leveraging some additional strength from an extra spring-based adapter piece. During assembly, you should fasten the stepper motor before everything else to evenly disperse all its mass via both of these bearing sections so no pressure goes directly into your parts during first-time setup. This DIY product idea owes inspiration from Z-Wobble Anti-Backlash design ( http://www.thingiverse.com/thing:304424) which had shortcomings though as well because only moving part could possibly get back on its path through friction applied at a spot in middle position without even changing external conditions - meaning you can easily see all the elements affected without having additional mechanical force interfering around these elements inside it still since frame will keep unaffected. Using my hands, we now add that when putting every small things side-by-side you start feeling that adding something on this way doesn’t necessarily make an addition just in size alone here then – but more than just an increment because every tiny adjustment may seem big but once assembled & run then everything seems okay with them being close to what you thought they would have been when they were new and fully assembled as if no Z Wobble ever existed originally; though personally, it makes things look better and function a lot better so far as usability. Now since this might not work out quite well after trying for few months before winter came round I got smart by looking around the house - thinking to find useful parts we don't even use right now until it comes to need those specific items which could provide similar support & durability needed like an anti-vibration mount so we wouldn’t run into those types problems mentioned above due being limited resource during this harsh time because resources may limit us here. Therefore instead printing spring on just few parts where there wasn't much movement, one goes back printing a 1-5 print per different version part so no part needed would fall away; you need three things for proper support then do that job by using an upper plate, adding that central point with small adjustments - you have to know how to make every tiny piece in perfect location before starting final assembly otherwise once started could never find right amount. The main parts which really are affected most & printed better with print direction opposite so there was lesser chances anything could fail under those very stressful forces working out so all things run smooth here during process – just simply doing these will end-up helping people build good stuff without making too much unnecessary extra stress they weren’t asking to add when coming first into picture because sometimes what makes whole look perfect turns it worst then once there.