01
Receive & Inspect
Component condition, contamination, visible damage, and machine history are recorded.
CNC spindle repair
Precision spindle rebuilding with measurement-led confidence.
Bearing damage, heat, vibration, runout, taper wear, drawbar issues, coolant ingress, and encoder faults are handled through a controlled repair and testing workflow.
Spindle scope
Repair decisions backed by inspection data.
Spintek India focuses on the root cause behind spindle failure, not just the failed part.
- Bearing replacement and preload control
- Taper inspection, correction, and contact checks
- Drawbar force, clamping, coolant, and lubrication review
- Runout, vibration, temperature, and dynamic balancing checks
- Final quality report for critical measurements
Workflow
From spindle receipt to return-to-production support.
Each step is built to reduce uncertainty and give maintenance teams the information they need for installation.
02
Diagnose
Mechanical, electrical, feedback, and control faults are isolated with measurement evidence.
03
Quote
Repair scope, parts, risks, turnaround, and testing plan are shared for approval.
04
Repair
Precision restoration, board-level repair, replacement, balancing, cleaning, and assembly.
05
Dynamic Test
Run tests, vibration checks, electrical load checks, and operating simulations where applicable.
06
Quality Report
Final readings, work performed, technician notes, and recommendations are documented.
07
Dispatch
Secure packing, dispatch coordination, and installation guidance for return to production.
Request technical support
Send the fault details before downtime escalates.
Share the machine brand, model, alarm code, component photos, and urgency. A qualified technician will review the case.