ac-built-in-motor

Endeavor Technologies specializes in rewinding built-in spindle motors such as the A06B-1661-B120#0311 in your Hanwa XD26H lathe. Our winding process is carefully engineered to ensure that your motor type A06B-1661-B120#0311 is rewound without the risk of damage to the laminated core that is inherent in the process used by most [ Continue Reading »» ]

Endeavor Technologies specializes in rewinding built-in spindle motors such as the A06B-1661-B231 used as the milling spindle motor in Mori Seiki MT2500 machining centers. Our winding process is carefully engineered to ensure that your motor type A06B-1661-B231 is rewound without the risk of damage to the laminated core that is [ Continue Reading »» ]

Choosing us to rebuild your Fanuc motor A06B-1661-B625#437J ensures that it will first be carefully evaluated to determine if it is faulty. Motor Ke (back e.m.f.), brake torque, and the encoder will all be tested with a variety of diagnostic instruments. After disassembly and cleaning, the windings will be checked [ Continue Reading »» ]

Endeavor Technologies specializes in rewinding built-in spindle motors such as the A06B-1661-B625#B2B in your Mori Seiki NT3250 or NT1000. Our winding process is carefully engineered to ensure that your motor type A06B-1661-B625#B2B is rewound without the risk of damage to the laminated core that is inherent in the process used [ Continue Reading »» ]

Choosing us to rebuild your Fanuc motor A06B-1661-B625#GDG1 ensures that it will first be carefully evaluated to determine if it is faulty. Motor Ke (back e.m.f.), brake torque, and the encoder will all be tested with a variety of diagnostic instruments. After disassembly and cleaning, the windings will be checked [ Continue Reading »» ]

Endeavor Technologies specializes in rewinding built-in spindle motors such as the A06B-1662-B120 used as the milling spindle motor in Mori Seiki MT2500 machining centers. Our winding process is carefully engineered to ensure that your motor type A06B-1662-B120 is rewound without the risk of damage to the laminated core that is [ Continue Reading »» ]