We are interested in knowing the configurability of the manufacturing process. Apparently there are multiple processes for the part, if a different part is needed, how much programming needs to be done?
Iam designing a AUTOMATED WORKSTATION with mikron series machines and integrating a 3D Scanner instead for quality inspection. But the cleaning / removal of chips plays an integral role . what can i do in this step . i need to incorporate a AIR BLAST STATION could you suggest some system that could be used in this case
Awesome! When “was” this recorded? Seems like year 2030 to me. Been working on a 2005 Nakamura-Tome Wt-100 for three years and still impressed by it’s capabilities, but this clip right here is a whole new level 🙌🏼
Thank you. It took us around 8 months to get it all operational. 53 parts programmed with automation in this one cell. A lot of fun. WT are amazing machines. Thanks again.
Impressing automated cell, very good representation of how CAM and CMM work together. I am curious who manufacturers the grippers used (the 2 and the 3 fingers one). Thank you!
If the part is bad, it will show up red on HMI screen and still offload part in rack. The CMM always sends wear offset adjustments to appropriate machine for next part. If the offset change is greater then a tolerance we set, it will stop machine before finish pass to allow operator to go in machine and change insert.
We are interested in knowing the configurability of the manufacturing process. Apparently there are multiple processes for the part, if a different part is needed, how much programming needs to be done?
Iam designing a AUTOMATED WORKSTATION with mikron series machines and integrating a 3D Scanner instead for quality inspection.
But the cleaning / removal of chips plays an integral role .
what can i do in this step .
i need to incorporate a AIR BLAST STATION
could you suggest some system that could be used in this case
Awesome! When “was” this recorded? Seems like year 2030 to me. Been working on a 2005 Nakamura-Tome Wt-100 for three years and still impressed by it’s capabilities, but this clip right here is a whole new level 🙌🏼
Thank you. It took us around 8 months to get it all operational. 53 parts programmed with automation in this one cell. A lot of fun.
WT are amazing machines.
Thanks again.
Impressing automated cell, very good representation of how CAM and CMM work together. I am curious who manufacturers the grippers used (the 2 and the 3 fingers one). Thank you!
The chucks/ grippers are Schunk.
The jaws were machined in house for customer.
Which AIR BLAST SYSTEM is used here ?
Hanzhen harmonic drive gear, robot arm gear , over 30 years experience ,,
Wow. Oil and gas part lol made very similar myself. no robots tho 😥
In Alberta, Oil and Gas parts is popular. Robots are a great add on for lights out production.
if the cmm indicate that the part is bad or is a limit good part what the robot will do?
If the part is bad, it will show up red on HMI screen and still offload part in rack.
The CMM always sends wear offset adjustments to appropriate machine for next part.
If the offset change is greater then a tolerance we set, it will stop machine before finish pass to allow operator to go in machine and change insert.
Le tapan la pieza como si la fueran a copiar se la mamaron ja ja ja
What kind of factory is that?
Oil and Gas products are made in this cell
Cost of robotic arm
100 000$ ballpark for this heavy payload Kuka depending on end of arm tooling.