Skywatcher AZ3 improved knobs - SMT M 🦊

Skywatcher AZ3 improved knobs - SMT M 🦊

免费 STL 其他
  • 16 次浏览

该模型托管于 Creality Cloud。文件、图片及许可信息归原创作者所有。

在 Creality Cloud 查看 ↗

简介

I'm disappointed with my AZ3 knobs, so i create these more comfortable ones, they make a very good difference: -Tray knobs: I use 3pcs M5x25mm hex head bolts. Print 3pcs "trayKnob" and 3pcs "trayKnobBoltCover". Use contact glue for glue the covers after pressing the bolts. -Slow movement knobs: I replaced the original ones. Print 2pcs "slowKnob". I use 2pcs M3x10mm hex allen bolts for fixing. -Azimut brake knob: I replaced the original one. Print 1pcs azimutBrakeKnob. Redrill the main hole using a 8mm drill. I use a M4x16mm hex allen bolt and a M4 washer. Clean and use some contact glue on the rod before pressing into the knob, then press it and fix with the M4 bolt. (Note this part has a self contained support cylinder, remove it before assembling.) -Tripod knobs: Print 3pcs, clean the holes, apply a contact glue drop on the original butterfly sides and press them into knob. -Check out other AZ3 things: http://www.thingiverse.com/thing:2102051 -Updates: Feb/19/2017 Added tripod knobs and removed the "work in progress" flag of the thing. Contribute by donating: ------------------------------ This designs has a lot of effort and testings, so please if you like it and found usefull consider to make a donation, any amount will be really apreciate and you will contributing with improved and future designs. You can donate here: http://villamanydonate.blogspot.com Thank you!

About this model

Skywatcher AZ3 improved knobs - SMT M 🦊 is a 免费 3D model in the 其他 category, shared by the Creality Cloud community. You can download it for 3D printing and reuse it in your own projects under the terms of its original license.

File formats

  • STL — The most common mesh format for 3D printing — ready to slice and print on almost any printer.

The files for this model are hosted on Creality Cloud. Use the button above to open the original page and download it.

相似模型