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Gearbox Selection for Laser Rotary Axes | ANDANTEX

CS14 Harmonic + 42 Stepper / 100W Servo, Suitable for Compact, High-Ratio Designs.

ANDANTEX PLX090 Disc-Flange Output Precision Planetary Gearbox Product Photo
Motor42 Stepper / 100W Servo
Recommended ModelCS14
Key ParametersLow Vibration / Precision Positioning
Operating ConditionsCompact Installation / High Reduction Ratio
WORKING CONDITIONS

What Matters Most When Selecting for This Application?

  • Laser rotary axes typically require a compact structure, Smooth Low-Speed Motion & High Angular Resolution.
  • Harmonic reducers suit high reduction ratios, Compact Applications, But the Load Still Matters, Select the Size for Service Life & Rigidity.
  • Stepper motors can suit light loads, Use a small servo for higher dynamics and closed-loop control.

Recommended Combination

CS14

42 Stepper / 100W Servo

View Product Resources →
WHY THIS STRUCTURE

Why This Transmission Structure Is Recommended?

CS14 Is a Harmonic Reducer, Not a Right Angle Gearbox

Its advantages are compact coaxial construction and a high reduction ratio; If Required 90°Direction Change, Consider a Right-Angle Transmission Series.

High reduction ratios simplify motor-side speed control at low output speeds

Can Improve Low-Speed Resolution, But Output Speed, Torsional Rigidity & Acceleration Time Must Be Balanced.

Compact Structure, Suitable for Laser Rotary Fixtures & Compact Rotary Tables

Helps Reduce Rotary Axis Size, And Leaves Space for the Optical Path, Fixtures & Protective Structures.

SELECTION CHECKLIST

Information to Include in Your Selection Request

LoadWeight, Dimensions, Lever Arm, Center of Gravity
MotionTarget Speed, Angle, Travel, Acceleration & Deceleration Time
Cycle TimeTime per Cycle, Start/Stop Frequency, Daily Operating Hours
AccuracyPositioning Accuracy, Repeatability, Allowable Backlash
MotorPower, Model, Shaft Diameter, Shaft Length, Pilot Diameter, Hole Spacing
InstallationSpace, Orientation, Radial/Axial Force, Offset Load
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