CMS Spindle Repair
Trusted Repairs for High-Performance CNC Industries
By Atlanta Precision Spindles
CMS (Costruzione Macchine Speciali) spindles are known worldwide for their precision, rigidity, and performance in advanced CNC applications. From aerospace composites to stone, glass, and aluminum machining, CMS spindles power some of the most demanding manufacturing environments on the planet.
When a CMS spindle fails, manufacturers face a critical decision: repair or replace. At Atlanta Precision Spindles, we help you make the right call—saving time, money, and production downtime without sacrificing performance.
Industries That Rely on CMS Spindles
CMS spindles are engineered for high accuracy, high RPM, and continuous-duty applications. They are commonly found in the following industries:
Aerospace & Composites
CMS spindles are widely used in 5-axis machining centers for:
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Carbon fiber and composite materials
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Aluminum and titanium components
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Aircraft interior and structural parts
Precision balance and thermal stability are critical in this industry, making professional spindle repair essential.
Stone, Marble & Granite Fabrication
CMS machines dominate the stone industry due to their power and rigidity. These spindles handle:
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Heavy cutting loads
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Long run times
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Abrasive materials
Bearing wear, seal failure, and contamination are common issues in this environment.
Glass Processing
High-speed CMS spindles are used for:
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Edge polishing
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Drilling and shaping glass panels
Even minor runout or vibration can ruin product quality, making expert spindle rebuilding a necessity.
Aluminum & Non-Ferrous Machining
CMS spindles excel in:
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High-speed aluminum cutting
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Automotive and industrial components
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Mold and die applications
Heat buildup and lubrication breakdown are frequent causes of failure in these operations.
Wood & Advanced Panel Processing
Used in nested-based routing and custom fabrication, CMS spindles must maintain consistent torque and accuracy under variable loads.
Common CMS Spindle Failure Causes
CMS spindles are robust, but no spindle is immune to wear. The most common failure points include:
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Bearing fatigue or overheating
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Coolant or dust contamination
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Drawbar and tool retention issues
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Imbalance at high RPM
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Encoder or sensor failures
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Improper lubrication or grease breakdown
Ignoring early warning signs—noise, vibration, or surface finish issues—often leads to catastrophic failure.