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High-Precision Linear Servo Motor Cylinder for Industrial Automation
US$366.00-6,666.00
1 Piece

Product profile

Customization

Available

Application

Agricultural Machinery, Automotive, Industrial Automation, Marine, Medical Equipment, Robotics, Solar Tracking System

Certification

CE, ISO

Model NO.

KMZ1.5-KMZ600, KMT1.5-KMT600

Control Options

PLC Control

IP Rating

IP65

Limit Switch

Built-in

Max Thrust

600 kN

Standard Stroke

Customize Stroke

Type

DC Linear Actuator

Voltage

24VDC

Screw Types

High Precision Ball Screw

Maximum Thrust

1.5 kN to 600 kN

Maximum Speed

250mm/S (15m/Min)

Stroke Lengths

Customize Stroke

Limit Switch Types

Magnetic Switches

Mounting Types

Front Flange, Rear Flange, Trunnion, Side Flange

Front Attachments

Rod End, Fork End, Clevis End, Flange End

Transport Package

Strong Exporting Plywood Cases

Specification

Customize

Trademark

KEMUSEN

Origin

Made in Dongguan, China

HS Code

8501320000

Production Capacity

6666

Key features

High Precision: Delivers micron-level positioning accuracy and exceptional repeatability.
Accurate Control: Allows precise adjustment of speed, acceleration, and thrust force.
Energy Efficient: Consumes power only when moving, saving significant energy over hydraulics.
Heavy-Duty Output: Generates immense thrust, capable of handling loads up to tens of tons.
Low Maintenance: Eliminates fluid leakage, hoses, and seals, drastically reducing downtime.
Compact Integration: Combines the servo motor, ball screw, and cylinder into one unit.
Programmable Profiles: Supports complex motion paths and multi-stage cycles via software.
High-Speed Operation: Achieves rapid linear velocity for fast-cycle automation tasks.
Eco-Friendly: Operates cleanly without hydraulic oil risks, ideal for food or medical labs.
Long Service Life: Utilizes durable roller or ball screws to ensure millions of cycles.

Company profile

Business Type: Manufacturer/FactoryExport Year: 2008-06-12Nearest Port: Shenzhen, Guangzhou, HongkongAverage Response Time: ≤15hTerms of Payment: LC, T/T, D/P, etc.International Commercial Terms(Incoterms): EXW, FOB, CFR, CIF, DDP, CPT, CIP, DAP, FAS, DAT, FCA

About Our Factory & Business Background

AddressNo. 15, Jingfu Road, Xiabian,  Chang'an,  Guangdong, Dongguan, Guangdong, China
Average Lead TimePeak Season Lead Time: within 15 workdays Off Season Lead Time: within 15 workdays

Our Production Capability & Technical Expertise

Main ProductsScrew Jack, Machine Screw Jacks, Ball Screw Jacks, Electric Linear Actuators, Servo Electric Cylinders, Bevel Gearboxes, Lifting Systems

Our Industry Experience & Global Business Record

Main MarketsNorth America, South America, Eastern Europe, Southeast Asia, Africa, Oceania, Mid East, Eastern Asia, Western Europe

Product Q&A

Q:What is a Servo Electric Cylinder and how does it work?
A:
A Servo Electric Cylinder is a linear actuator that converts the rotary motion of a servo motor into precise linear displacement. It utilizes a high-precision ball screw or planetary roller screw mechanism integrated inside the cylinder rod to achieve smooth and controllable linear movement.
Q:How do I select between a ball screw and a planetary roller screw?
A:
Ball screw is ideal for standard high-speed, high-precision applications with moderate load requirements. Planetary roller screw is preferred for heavy-duty applications requiring extreme thrust capacity, high shock resistance, and an extended service life.
Q:What parameters are required to specify a servo electric cylinder?
A:
You must define the maximum thrust force, stroke length, required linear velocity, positioning accuracy, duty cycle, mounting style, and environmental conditions (e.g., IP rating).
Q:Can a servo electric cylinder replace a hydraulic cylinder?
A:
Yes. It can replace hydraulic systems in applications requiring thrust up to tens of tons, offering benefits like eliminate oil leaks, higher energy efficiency, and precise multi-point position control.
Q:How does a servo electric cylinder achieve force control?
A:
Force control is achieved either by monitoring the motor current (torque feedback) or by integrating an external inline load cell. The servo drive processes this data in real-time to adjust output torque and maintain the desired thrust.

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