okuma

Choosing us to rebuild your Okuma motor type BL-ME80J-40TB ensures that it will first be carefully evaluated to determine if it is faulty. After disassembly and cleaning, the windings will be checked with a digital surge tester, and DC hi-pot. Critical mechanical dimensions will be measured with micrometers, and all [ Continue Reading »» ]

Choosing us to rebuild your Okuma motor type BL-ME80J-40TB-A ensures that it will first be carefully evaluated to determine if it is faulty. After disassembly and cleaning, the windings will be checked with a digital surge tester, and DC hi-pot. Critical mechanical dimensions will be measured with micrometers, and all [ Continue Reading »» ]

Choosing us to rebuild your Okuma motor type BL-MEA120J-40TB-A ensures that it will first be carefully evaluated to determine if it is faulty. After disassembly and cleaning, the windings will be checked with a digital surge tester, and DC hi-pot. Critical mechanical dimensions will be measured with micrometers, and all [ Continue Reading »» ]

Have you heard that Okuma servo motors can’t be repaired? Don’t believe it! Endeavor Technologies will rebuild your Okuma BL-MH101E-12S servomotor to like-new condition regardless of the failure. If your Okuma BL-MH101E-12S servomotor is de-magnetized, we have the equipment to re-magnetize it. If the magnet rotor has disintegrated, we can [ Continue Reading »» ]

Have you heard that Okuma servo motors can’t be repaired? Don’t believe it! Endeavor Technologies will rebuild your Okuma BL-MH101E-12SB servomotor to like-new condition regardless of the failure. If your Okuma BL-MH101E-12SB servomotor is de-magnetized, we have the equipment to re-magnetize it. If the magnet rotor has disintegrated, we can [ Continue Reading »» ]

Have you heard that Okuma servo motors can’t be repaired? Don’t believe it! Endeavor Technologies will rebuild your Okuma BL-MH101E-12TB servomotor to like-new condition regardless of the failure. If your Okuma BL-MH101E-12TB servomotor is de-magnetized, we have the equipment to re-magnetize it. If the magnet rotor has disintegrated, we can [ Continue Reading »» ]