FUSION 360 LESSONS SERIES OF LESSONS

The lessons below will take you through Fusion 360 step-by-step. Basic manufacturing 2.5 axis milling & 3 axis milling, turning, FFF additive, fabrication.Google Fusion 360 for Home Hobby Use. Limited electronics 2 schematics, 2 layers, 80cm2 board area. Basic features include: Standard 2D/3D CAD tools.

Fusion 360 Lessons Series Of Lessons

It is also the height at which the tool will move between the machining areas.Now the tool path will look like in the figure below.You can see the difference in level from which the tool will start working with the work feed and level on which it will move to the next area.Note, that the Safe Distance value takes into account the allowance left in the Stock to Leave section. Fusion 360 Lesson 1: This is an introduction to As we can see there are many more options here than in the case of Face operation.The first two options in the Linking section are the same as for planning operation and have already been discussed previously.The Safe Distance parameter is responsible for the value of safe height from which the tool will start working with the specified feedrate. In this series of lessons we focus on design for 3D printing.

The tool will move at the bottom of the pocket (of course where there is no material), but it can generate unnecessary heating of the tool and material. The tool will not retract if the distance between next areas is less than that specified in the Maximum Stay-Down Distance parameter.If we keep the tool in the bottom, then the move to the next area will take place at the depth level at which the machining is performed in the current operation, i.e. Keep in mind that this also works the other way, as the allowance will be negative.If you set Safe Distance = 40 and Axial Stock to Leave = -5, movement between areas and the start of work with the work feedrate will be at 35 mm above the material.After selecting the Keep Tool Down option, the Maximum Stay-Down Distance parameter is activated.The Keep Tool Down parameter is responsible for keeping the tool down so that when moving to the next area to be machined, the tool does not retract to a safe height. At this height there will also be moving between machining areas.