CNC Axis Servo Motor and Driver

A CNC servo motor moves a machine axis under closed-loop control: an encoder reports the shaft position and the servo driver corrects any error, so the axis never loses position. TriQuench India supplies CNC axis servo motors of 400 W, 750 W, 1 kW and 1.5 kW, with or without an electromagnetic brake, and 750 W servo drives.

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Why Indian CNC Manufacturers Choose TriQuench

Direct OEM precision engineering, verified ISO 1940 balancing certifications, and pan-India express dispatch.

1,200+ CNC Customers

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Trusted by machine builders, furniture plants, and die-makers across India. Fully compatible with standard Biesse, Homag, SCM, Apex Precision, and Jyoti CNC platforms.

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Grade G0.4 Dynamic Balancing

Every spindle is balanced to ISO 1940 Grade G0.4 with sub-3 micron runout accuracy. Manufactured under ISO 9001:2015 certified quality management systems.

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Express dispatch from our central facility in Ahmedabad. Shipped in reinforced heavy-duty wooden crates with vacuum barrier packaging for safe transit.

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Servo motor and driver for CNC axes

Every axis servo is a servo motor and driver pair: the driver must match the motor's power and encoder. The 750W servo motor is the most common size on CNC routers' X and Y axes; 400 W suits light axes and 1 to 1.5 kW suits heavy gantries. Choose a braked motor for vertical Z axes so the axis holds when power is off. A closed loop servo motor system can be bought as a servo motor kit (motor, driver and cables). If you are comparing servo motor manufacturer options in India, compare rated torque, encoder resolution and driver support; we quote complete axis kits.

Servo vs stepper motor for CNC

Servo vs stepper motor for CNC
FactorStepper motor (open loop)Closed loop / hybrid servoAC servo motor
FeedbackNone; position assumed from stepsEncoder on the motorHigh-resolution encoder
Lost stepsPossible under overloadCorrected by the driverNo; drive alarms on following error
Torque at high speedFalls quickly above a few hundred RPMBetter than open-loop stepperFlat torque to rated speed (often 3000 RPM)
CostLowestMediumHighest
Typical CNC useSmall routers, light axesMid routers wanting stepper cost with feedbackProduction routers, laser, plasma, VMC axes

CNC Servo Motor: frequently asked questions

What size servo motor do I need for a CNC axis?

Work out the torque needed to accelerate the axis mass plus cutting force, at the screw or pinion, then divide by any gearbox ratio. As a guide, light router axes use 400 W, typical 1300 x 2500 mm router gantries often use 750 W per side, and heavy or fast gantries use 1 kW to 1.5 kW. Add a gearbox before oversizing the motor.

Servo vs stepper motor for CNC?

Steppers are cheaper and simple but can lose steps under overload and lose torque at high speed. Servo motors use encoder feedback, keep torque to their rated speed and alarm instead of losing position, so they suit production routers, laser and plasma machines. Closed loop stepper (hybrid servo) systems sit in between on cost and performance.

Our servo vs stepper motor for CNC router guide shows when each makes sense.

Do I need a servo motor with brake?

Use a servo motor with an electromagnetic brake on vertical or inclined axes, such as the Z axis, so the axis does not drop when power is cut or the drive is disabled. Horizontal X and Y axes normally do not need a brake.

Get a quote for CNC Servo Motor

Tell us the model, size or the machine it is for. Our Ahmedabad team replies with specifications, availability and price.

TriQuench India Pvt. Ltd. is an engineering-driven industrial automation partner based in Ahmedabad, Gujarat, specializing in the design and distribution of high-reliability mechanical motion components. Our manufacturing protocols focus on achieving strict dynamic balancing thresholds and minimizing axis runout tolerances to support heavy-duty fabrication job shops and manufacturing plants.

By providing components built to resist high thermal expansion and withstand continuous load requirements, we help machinery builders achieve exceptional surface finish quality and geometric accuracy. We distribute our precision spindle assemblies, variable frequency drives, and optoelectronic laser spares across global engineering centers, ensuring robust machinery performance and long operational lifetimes.