5. Applicable Industry
Furniture Industry Solid wood, Solid door, Kitchen cabinet
door, PVC door etc.
Wood Industry Wood speaker, Clock, Computer Desk,
Sports goods and so on.
Instrument Industry Violin carving and Milling.
Art Craft Industry Photo Frame and Decoration Box
Electrics Industry PVB Electrical Panel hole drilling, Insulation
Material, LED display screen carving.
MDF MDF Sheet carving, MDF art-craft.
8. CONTROLLER REMOTE:
1. Directly read files from U Disk.
2. Easily process G code or PLT file with super-size.
3. Strong system and process file examining function.
4. Easy to update system program.
5. It supports high micro step which makes precise and fast process
possible.
6. Support to process part of the file
7. Reliable data protection and recover function.
8. Friendly operating interface.
13. 3: COORDINATE SYSTEM
Right Hand Rule: To be sure which axis is which, just follow the "right
hand rule". With your right hand, make an L shape with you thumb
and forefinger, then point your middle finger up. The axes are X, Y,
and Z counting down from your thumb. Remember that Z should be
up.
14. 4: WORK HOLDING
There are lots of different ways to hold stock on a CNC mill.
1.Vacuum tables
2. Threaded Insert System
3. Using the Hold Downs
15. 5: TOOL INTERFACE AND
SOFTWARE
SPACEBAR: Pressing the spacebar will pause the gantry and apply the
brake to the spindle.
EMERGENCY STOP: There are two Emergency Stop (E-stop) buttons on
the machine.
Startup:
1. Reset the stepper motors
18. 1. MACHINE HOME: This is the absolute limit of the gantry on the X
and Y axes. We established this previously using either proximity
switches or hard stops.
2. SPOILER BOARD (TABLE) CORNER: On our Shopbot, the table is
offset from the machine home by less than 2 inches in each
dimension. On some machines, the table is perfectly aligned with the
machine home.
3. STOCK ORIGIN: The stock to be cut can be any size that will fit
within the table boundary (48 " X 96" in our case). Depending on the
placement, the origin point of the stock must be set manually. In the
case of a 4'X8' sheet, the table corner and stock origin should be the
same.
4. SAFE CUTTING AREA: This must be considered when laying out the
parts to be cut before tool paths are made. A 1" wide margin around
the edges is usually enough to allow for the tool to cut without
crashing into work holding.
19. 8: RUN TOOLPATH
Load Part File Go back to the LOAD PART FILE instructions above and repeat
those steps.
1. G-Code Error: It's rare, but sometimes the code will have an error. In
some cases, this can cause the tool to dive into the bed when it travels from
one profile to the next instead of going up like it's supposed to. You'll know
this error when you see it (or rather hear it). This isn't usually dangerous, but
it can cut a nasty gouge in your table.
Solution: Go back to the Fusion CAM environment and check the tool path
preview again. You may have missed the fact the one of the yellow traverse
lines went through the material. Usually in this case it's best to just redo the
toopath.
2. Dislodged tool: If the collet wasn't tight enough, the end mill is likely to
shift down in the collet. This can gouge your table and even send the end
mill flying, with is dangerous.
Solution: Reset the end mill in the collet with the proper depth, then
