thank you for producing this technology, this is the standard of clean energy machining, you can couple a VAWT wind turbine to a compressor to store air energy and you can use reinforced bioplastics for almost all the hardware as gears, belts, air tanks, hoses, air compressor chamber, etc. even in this case the bearings and frame of the spindle can be made with reinforced bioplastic as bioPEEK or bioPAI others, leaving metal to the shank, air motor or other parts were hardness or low creep precision is required
will have the air bearing too ?
What if the motor are air motor too, is that realistic?
Good!
thank you for producing this technology, this is the standard of clean energy machining, you can couple a VAWT wind turbine to a compressor to store air energy and you can use reinforced bioplastics for almost all the hardware as gears, belts, air tanks, hoses, air compressor chamber, etc. even in this case the bearings and frame of the spindle can be made with reinforced bioplastic as bioPEEK or bioPAI others, leaving metal to the shank, air motor or other parts were hardness or low creep precision is required
Yes, a solution: I get 50% cycle times with these spindles - and frankly I'm shocked - Ive got 10,000 hours @ 50K with no rebuild