![]() After the first investment in probe parts (around $15), its maintenace should be very cost efficient. The main advantage of implementing Klicky probe is to master the cost of the bed probing/QGL on Voron 2.4, which is an essential function on this 3d printer. The Klicky probe is developped by JosAr – project page on GitHub. Intruduction video for Klicky Probe and basic setup It uses a micro limit switch – the same type like those used in endstops. The concept is not new, but the Klicky probe is specifically developed to fit in Voron Afterburner toolhead and to replace easily the original proximity sensor.īefore the print job, it detaches automatically from the printhead. In the case of Voron 2.4, it is used for gantry leveling and for z endstop. So, what is the Klicky probe? It’s a mechanical probe, that attaches automatically to the printhead with magnets and probes the bed. For less than 3 months I replaced 3 inductive sensors on the Voron 2.4. This becomes an expensive to maintain printer and I decided to give Klicky probe a chance. I use the same Omron sensors on my CR10 for 2 years and on my Voron Switchwire for an year and they work fine, but on the Voron 2.4 I have to replace the inductive probe every few weeks. Either they can’t support the heat of the Voron 2.4 bed or the quality of these probes has decreased. I am really tired of replacing inductive probes on my Voron 2.4.
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