Paid Help with EMC / GCode

I'm not sure if this is the proper place to post this but I'm not sure where else to do so.

We're looking for someone to help us get started with our 3axis EMC machine. We're willing to pay for the service if anyone is interested. We can easily work with someone remotely via email/phone. In other words there's not need to be local to us. Alternatively if anyone knows companies who offer this service we would appreciate the contact. Our only requirement is extensive knowledge of EMC and G/Code. We are building a semiautomated machine that will likely require subroutines,...

We're in the US (PA) but as mentioned in the post its irrelevant. We're not looking for someone to come to us. Only to work remotely via email, phone,...

Hi John

The machine is a fairly simple 3 Axis gantry type routing machine. The thing that makes it a bit different is that it has 3 side by side spindles on the Y axis. Each spindle has a different tool. This is essentially like an automatic tool changer. The spindles each have a sensor for homing them or rather getting them into cutting position. The machine will be used to cut, drill, and finish cast parts. The operator will load the part and press a start button. The machine will then cut, drill,... as programed and then move the part into the load / unload position for the operator to remove the finished part , reload and press start again.

We will be using VisualMill, or similar CAM to create the GCode for the various parts we make. We need help writing a the base program for all the inputs (start buttons, homing positions, cutting positions,..), outputs,...

Hope this all makes sense.

They're all evenly spaced on the y axis and move together. They're spaced far enough apart so as not to hit the part when not in use. I think I understand your idea of tool offsets. The only thing we think is important is homing or rather using a sensor to position each tool for its use. That's the reason we have sensors to mark each head. Correct me if I'm wrong but wouldn't a tool offset just move over from the base home position??? If so this would reduce accuracy.

We would gladly accept free help but really want to accelerate the time to complete this. We also have no experience with G-Code so there' s a big learning curve to overcome.

Yes, they move together and are just offset along the y axis. It is just a simple xyz gantry mill. The difference is some of the small features we need (inputs, outputs,..) to run as a semi automatic machine.

This may sound very simple to most in this forum but again we're new to this. We'd really like to get some extensive help and we don't mind paying for people's time.