01. Tools Step #1 History

Changes to Step #1

Edit by Grégoire Saunier — Jul 2, 2020

	[title] No power tools
-	[* 9] Do not use power tools for the whole assembly or you might damage hardware. Always use hand tools.
-	[* 10] We recommend to torque M5 screws at *max 4.5Nm* for *metal to metal* assemblies (e.g. joining plate on an extrusion).
-	[* 10] You can torque the M5 screws for *printed part to metal* assemblies around *1.5-2Nm* (e.g. ''y_rod_holder.stl'' on extrusion). Test a little the torque as it might vary with the quality of your print or filament used.
+	[* 9] Do *not* use power tools for the whole assembly or you might damage hardware. Always use hand tools.
+	[* 10] Tightening torque values recommended:
+	[* 1] *Max 4.5Nm* for M5 screws on metal to metal assemblies (e.g. joining plate on an extrusion).
+	[* 1] *Max 1.5-2Nm* for M5 screws on printed part to metal (e.g. ''y_rod_holder.stl'' on extrusion).

	[title] No power tools
-	[* 9] Do not use power tools for the whole assembly or you might damage hardware. Always use hand tools.
-	[* 10] We recommend to torque M5 screws at *max 4.5Nm* for *metal to metal* assemblies (e.g. joining plate on an extrusion).
-	[* 10] You can torque the M5 screws for *printed part to metal* assemblies around *1.5-2Nm* (e.g. ''y_rod_holder.stl'' on extrusion). Test a little the torque as it might vary with the quality of your print or filament used.
+	[* 9] Do *not* use power tools for the whole assembly or you might damage hardware. Always use hand tools.
+	[* 10] Tightening torque values recommended:
+	[* 1] *Max 4.5Nm* for M5 screws on metal to metal assemblies (e.g. joining plate on an extrusion).
+	[* 1] *Max 1.5-2Nm* for M5 screws on printed part to metal (e.g. ''y_rod_holder.stl'' on extrusion).