OEM Mve Standard Vibrating Motor Manufacturer & Companies

High-Performance Rotational Vibration Solutions, Custom Mechanical Engineering, and Global Industrial Supply Chains by Xi'an Lite SIMO Motor Co., Ltd.

Top Tier Solutions

Heavy-Duty Motors & Industrial Systems

Explore our top-performing high-voltage, low-voltage, and explosion-proof motors built to support severe duty vibrating applications.

YBX5 Series Asynchronous Induction Ex Motors

Custom YBX5 Series Asynchronous Totally Enclosed Induction Ex Motors

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Y2 Series Compact Structure High Voltage AC Motor

China Y2 Series Compact Structure High Voltage AC Motor

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High Voltage Soft Start State Cabinet

Custom High Voltage Soft Start Cabinet

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YKS Series High Voltage Asynchronous Motor

High-Quality YKS Series High Voltage Three-Phase Asynchronous Motor

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YRKK High Efficiency Motor

OEM YRKK High Efficiency 6KV/10KV High Voltage Three-Phase Motor

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YKK High Voltage Induction Motor

OEM YKK 6kV 10kV Series High Voltage Three-Phase Induction Motor

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T Series Large Three-phase Synchronous Motor

Discount T Series Large Size Three-phase Synchronous Motor

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Z Series Medium Size DC Motor

Custom Z Series Medium Size DC Motor

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The Engineering Foundations of OEM MVE Standard Vibrating Motors

In modern bulk handling and manufacturing systems, mechanical vibration serves as a crucial force for material processing. OEM MVE Standard Vibrating Motors represent the global benchmark for rotary vibration, providing reliable centrifugal forces to shake, convey, screen, and compact materials. Utilizing a robust asynchronous three-phase or single-phase design combined with adjustable eccentric weights on both ends of the shaft, these motors translate electrical energy into precise centrifugal forces ($F_c$).

From a kinematic perspective, the centrifugal force generated by an MVE standard motor is calculated using the formula:

Fc = m · r · ω2

Where m represents the mass of the eccentric weights, r is the distance from the center of gravity of the weights to the shaft axis (eccentricity), and ω is the angular velocity. As a leading manufacturer, Xi'an Lite SIMO Motor Co., Ltd. customizes the shaft steel, bearing structure, and housing parameters to achieve optimal load-bearing capabilities and structural durability under continuous operating conditions.

1955 Established
260+ R&D Engineers
19,500+ Specifications
380M+ Fixed Assets (RMB)

Comprehensive Company Overview: Xi'an Lite SIMO Motor Co., Ltd.

Xi’an Lite SIMO Motor Co., Ltd. is a premier manufacturer specializing in large, medium-sized, high and low voltage AC motors, DC motors, synchronous motors, and explosion-proof motors within the Chinese mechanical industry. SIMO stands as a comprehensive industrial manufacturing and service supplier, integrating electrical motor design, custom engineering, machining, mold fabrication, assembly, and testing.

Ranked at the top of China's motor industry regarding production scale, SIMO maintains a robust development trajectory. The company's registered capital is 21.5 million RMB, backed by over 380 million RMB in fixed assets. SIMO operates three primary manufacturing factories and one subsidiary, supported by a workforce of more than 1,200 employees, including 260+ technical engineers, 21 senior engineers, and 15 expert engineers.

SIMO Motor Plant View
Legacy & Development

A Sixty-Year History of Engineering Excellence

From a state-owned enterprise to a top-tier global motor supplier, follow SIMO's key historic milestones.

1955

SIMO Motor established and led by the Chinese government, laying the foundations of heavy mechanical motor manufacturing.

1957

Relocator to the new manufacturing plant in Xi'an City, expanding industrial assembly lines.

1966

Renamed to Xi'an Motor Factory after series acquiring and integrating regional manufacturing operations.

1999

Reformed into a limited liability company from a state-owned factory to improve efficiency and global competitiveness.

2005

SIMO Motor Group established, consolidating operations with 14 subsidiaries across the mechanical industry.

2006

Moved to the high-tech, advanced new plant, introducing CNC machining and automated winding lines.

2009

Officially renamed to Tech Full Simo Motor, aligning corporate identity with advanced power engineering solutions.

2019 - Present

Expanding the global footprint in eco-friendly and smart motor designs, supporting green manufacturing worldwide.

The Technical Framework of MVE Standard & Heavy Industry Motors

Our research and development cover all types of industrial motors, encompassing 34 major series, over 1,800 varieties, and more than 19,500 specifications. The power output capacity ranges from a precise 0.35 kW up to an ultra-heavy 25,000 kW. Our primary motor products include:

  • YX, YXKK, YXKS Series: High-voltage, high-efficiency three-phase asynchronous motors.
  • YR, YRKK, YRKS Series: Wound rotor high-voltage motors designed for heavy-load startups.
  • YE3, YE4, YE5 Series: High-efficiency to ultra-premium efficiency asynchronous motors conforming to IE3, IE4, and IE5 standards.
  • YVFE3, YVFE4, YVFE5 Series: Variable frequency and variable speed motors for dynamic frequency adaptation.
  • YBX3, YBX4, YBX5 Series: Explosion-proof low and high voltage motors engineered for hazardous gas environments.
  • T, TD, TK, TDMK Series: High-torque synchronous motors, and TFW large-size synchronous generators.
  • Z2, Z4, and Z Series: Medium and large DC motors for precise speed regulation and high torque.
Motor Series Power Range Cooling Type Core Application Areas
YE5 Series (IE5) 0.55kW - 375kW IC411 (Fan Cooled) Continuous duty pumps, ventilators, green energy plants
YBX5 Explosion-Proof 0.18kW - 315kW Totally Enclosed Ex d Chemical processing, coal mines, dust-heavy oil fields
YVFE3 Variable Speed 0.35kW - 2000kW IC416 (Forced Vent) Dynamic speed mixers, conveyor systems, cranes
YXKK High Voltage 220kW - 25,000kW IC611 (Air-to-Air Cool) Large-scale steel rolling mills, power station fans
MVE Standard Vibrating 0.12kW - 25kW IP66 Fully Sealed Sifters, hoppers, vibratory compactors & screens
Industry Applications

MVE Vibrating Motors in Local & Global Industries

How mechanical vibration solves real-world challenges in material flow, sizing, and compaction.

Bulk Powder Handling & Silo Flow

In industries handling fine raw materials, bridging and rat-holing disrupt production. Flange-mounted or foot-mounted MVE standard motors break static friction, ensuring consistent gravity feeding down hoppers.

Mining Screens & Classification

Rotary vibrators drive massive double-deck and triple-deck screen meshes, classifying coal, iron ore, and aggregates into precise particle distribution curves under extreme physical shock.

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Concrete Compaction & Casting

In civil pre-cast yards, MVE motors supply high-frequency micro-vibrations to remove air pockets from wet concrete mixtures, producing structural pillars and highway beams with high mechanical density.

The Technical Roadmap: Next-Gen Vibration Systems

Modern process automation requires vibrating motors to evolve past basic mechanical shaking. The future roadmap of MVE Standard Vibrating Motors focuses on smart control systems and ultra-durable component architectures.

1. Integration of Smart IoT Sensors & Condition Monitoring

Vibrating equipment is subjected to continuous centrifugal stress, making bearing health critical. Incorporating vibration transmitters and thermocouple probes directly into the winding frames enables real-time diagnostic telemetry. Predictive maintenance software can identify localized overheating or bearing cage wear before catastrophic structural failure occurs.

2. Dynamic Variable Frequency Control (VFD Harmony)

Operating MVE motors on variable frequency drives (like our YVFE3 series) allows operators to fine-tune the motor's operating frequency away from the natural resonance point of the building structure. This flexibility optimizes the flow of variable-density bulk material without stressing the supporting structural frames.

3. Transition to Dust Ignition Proof (DIP) Standards

In chemical and agricultural processing plants, airborne powders represent severe dust-explosion hazards. Integrating our proprietary explosion-proof design protocols (developed for the YFB3 and YFB4 series) into standard MVE casings ensures safe operation in Zone 21 and Zone 22 dust hazards.

Why Choose a Chinese Manufacturer for MVE Vibrating Motors?

Xi'an Lite SIMO Motor Co., Ltd. leverages the strength of China's advanced manufacturing ecosystem to deliver high-quality machinery at competitive rates.

High-Grade Materials

Our raw material supply chain ensures access to cold-rolled non-oriented silicon steels, high-conductivity oxygen-free copper wires, and specialized F-class insulation varnishes. These materials minimize eddy-current losses and withstand extreme heat spikes.

Automated Production Lines

Equipped with over 1,172 sets of advanced manufacturing machinery, including automatic coil winders, CNC machining centers, and dynamic balancing test rigs, we maintain tight dimensional tolerances for motor rotors and shafts.

Logistical Hub Advantage

Based in Xi'an, a major industrial junction of the Belt and Road Initiative, we benefit from direct rail, air, and sea freight logistics, facilitating timely delivery to European, Middle Eastern, and Asian markets.

Global Standards Compliance & Engineering Support

Operating internationally requires strict alignment with region-specific industrial standards. SIMO has obtained major safety, efficiency, and quality management certifications to support global procurement operations.

Our manufacturing and testing processes comply with the ISO9001:2015 Quality Management System, confirming that every product undergoes rigorous stator insulation surge tests, dynamic load balancing checks, and IP66 ingress protection verifications. For global market compatibility, our products hold standard certifications including European CE, North American UL, and Eurasian GOST (EAC) standards.

SIMO Certification Document 1
SIMO Certification Document 2
SIMO Certification Document 3
SIMO Certification Document 4
SIMO Certification Document 5
SIMO Certification Document 6
SIMO Certification Document 7
SIMO Certification Document 8
SIMO Certification Document 9
SIMO Certification Document 10
Common Queries

Frequently Asked Questions: Technical Sizing & Application

Get professional engineering answers about MVE standard vibrating motors and their operations.

1. How do you adjust the centrifugal force on an MVE Standard Vibrating Motor?
The centrifugal force is adjusted by changing the relative angle of the eccentric weights (also known as flyweights) at both ends of the motor shaft. By loosening the locking screws and rotating the adjustable outer weight relative to the fixed inner weight, you can set the output force from 0% to 100%. Always ensure both ends are adjusted identically to prevent eccentric shaft load and bearing damage.
2. Can MVE vibrating motors be mounted at any angle?
Yes. MVE standard motors are designed to be mounted at any physical angle, including horizontal, vertical, or tilted orientations. However, the mounting surface must be clean, flat, and structurally sound to prevent localized stress on the mounting feet, which can lead to fatigue fractures.
3. What bearing configurations are used in SIMO vibrating motors?
We utilize high-capacity, heavy-duty cylindrical roller bearings designed to withstand large radial forces. These bearings are lubricated with high-temperature synthetic grease to ensure long operational lifespans under continuous centrifugal stress.
4. What is the difference between 2-pole, 4-pole, and 6-pole vibrating motors?
The number of poles determines the motor's operating speed (frequency) and force characteristics. 2-pole motors run at ~3000 RPM (50Hz), offering high frequency and low amplitude, ideal for powder sifting. 4-pole (~1500 RPM) and 6-pole (~1000 RPM) motors offer lower frequency but higher displacement amplitude, suitable for conveying and bulk separation.
5. Can these motors be controlled using Variable Frequency Drives (VFDs)?
Yes, using a VFD is the standard method to dynamically control feed rates. You must ensure the motor has Class F or H insulation to withstand voltage spikes from VFD pulses, and verify the operating frequency remains within the manufacturer's recommended parameters.
6. What ingress protection (IP) rating is standard for outdoor dusty applications?
MVE vibrating motors feature an IP66 rating, meaning they are completely dust-tight and protected against powerful water jets. This rating makes them suitable for use in cement factories, quarry sites, and processing plants with high particulate levels.
Product Catalog

Industrial Electric Motors & Machinery

Examine our advanced three-phase induction, explosion-proof, and variable frequency motors built to meet demanding global standards.

YBBP Low Voltage Explosion-Proof Motor

High-Quality YBBP Low Voltage Explosion-proof Variable Frequency Motor

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YKS High Voltage Induction Motor

OEM YKS 6kV 10kV Series High Voltage Three-phase Induction Motor

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YR/YRQ Series High Voltage Motor

Discount YR/YRQ Series High Voltage Three Phase Asynchronous Motor

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YVFE3 Variable Frequency Drive Motor

China YVFE3 Series Variable Frequency Drive Three-phase Asynchronous Motor

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YE5 IE5 Ultra Premium Efficiency Motors

Discount YE5 IE5 Three Phase Ultra Premium Efficiency Motors

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YFB3 Dust Explosion-proof Motor

China YFB3 Series Dust Explosion-proof Three-phase Asynchronous Motor

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YFB4 Dust Explosion-proof Motor

China YFB4 Series Dust Explosion-proof Three-phase Asynchronous Motor

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YE4 IE4 Low Voltage Induction Motors

High-Quality YE4 IE4 Three Phase Low Voltage Induction Motors

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