Custom Motor & Drive Systems —

Built Around Your Operating Conditions

The right motor starts with the operating scenario, not the nameplate.
Share your application details — load characteristics, duty cycle, mounting limits, environment, and cost targets.
We assess whether your requirements are best served by a configured platform solution or an existing motor with verified production history.

Your Application

Solution Definition

Mass Production

> Share where and how the motor is used, with a sample motor or drawings if available

> We match an existing model or configure a suitable solution

> Quotation follows based on the confirmed scope

Est. 0
0 ㎡ Park
0 +Patents

CN + VN + MY

Start From What You Have

No matter what information you have — sample, drawings, specs, or just photos — we can start from there and work toward a clear, workable solution.

I Have a Sample Motor

You provide: sample motor, drawings, or key dimensions
We do:
  • confirm fit
  • define solution route (existing or configured)
  • prepare quotation

I Have Specs and Drawings

You provide: Specs, drawings,or key dimensions
We do:
  • confirm fit
  • define solution route (existing or configured)
  • prepare quotation

I Know the Application & Key Parameters

You provide: application description, operating conditions, key electrical parameters
We do:
  • match an existing model or configure a suitable solution
  • confirm scope
  • prepare quotation
Aftermarket

I Only Have a Model Number or Photos

You provide: model number, photos, or basic usage information
We do:
  • identify compatible or replacement options
  • confirm matching scope
  • prepare quotation

Solutions Hubs

Explore motor solutions by real application scenarios.

Pump & Water Systems

Continuous rated operation

Cleaning & Pressure Washers

Frequent start stop

HVAC & Air-Moving

Stable airflow drive

Food Machinery

Intermittent load duty

Automation & Actuators

Controlled positioning motion

Material Handling

Continuous mechanical load

Compare Motor Types (How to Choose Fast)

Motor Type

Best For

Considerations

Learn More

Single-Phase
Induction motor

• Simple AC supply environments
• Small to medium power loads
• Cost-sensitive systems
• Continuous operation with low control demand

• Lower starting torque (vs. 3-phase)
• Lower efficiency & power factor
• Limited speed control

Three-Phase
Induction motor

• Long continuous duty operation
• Stable industrial loads
• Robust, low-maintenance systems
• Cost-effective large-scale deployment

• Speed varies with load (slip)
• Precise speed control not possible
• VFD required for speed regulation

PMSM (Permanent Magnet Synchronous motor)

• High efficiency (IE4/IE5)
• High torque density
• Precise speed & position control
• Dynamic response applications

• Higher motor & system cost
• Requires inverter/servo drive
• Thermal and magnet sensitivity

BLDC motor

• High efficiency & low noise
• Long lifetime (no brushes)
• Wide speed regulation range
• Compact system design

• Requires dedicated controller
• Higher system complexity
• Higher cost than brushed DC

Brushed
DC Motor

• Simple speed control (voltage)
• Low initial cost
• Good starting torque
• Easy integration

• Brush wear limits lifetime
• Lower efficiency
• Higher maintenance

Motor universal

• Very high starting torque
• Very high speed capability
• Compact & lightweight
• Works on AC or DC

• Poor speed control accuracy
• High noise & vibration
• Low efficiency
• Short service life

How to Specify the Right Motor

What many catalogs show

550W / 750W / 1100W
Power alone is just a label—it doesn’t guarantee real-load performance.

What defines the right fit

Start Torque · Duty Cycle · Temp Rise · Noise · IP

These determine whether the motor starts reliably, runs cool, and survives the application.

Platform-Based Customization Modules

Voltage & Freq

Global 110V-240V, 50/60Hz support

Mechanical Interface

Custom shafts, flanges & housings

Cooling & IP

Thermal protection & IP55+ options

Integration

Controller matching & tuning

How We Reduce Your Engineering & Supply Risk

Systematic gates from RFQ to Mass Production.

Requirements

RFQ checklist completed

Platform Shortlist

2-3 options w/ trade-offs

Prototype

Sample plan & schedule

Validation

Test plan & criteria

Pilot Run

PPAP package

Mass Production

Routine test & Delivery

Quality Validation & Routine Testing

Incoming QC

Critical material inspection

Process Control

Key manufacturing checkpoints

Electrical Safety

Hipot · IR ·
Ground

Performance Test

Current · Speed · Torque

Noise & Vibration

NVH consistency control

100% EOL Test

Routine &
traceable

Factory Footprint & Global Delivery

Multi-Site Manufacturing Network

We mitigate geopolitical and supply chain risks through a diversified footprint. Your motors are produced where it makes the most sense for tariff, logistics, and material availability.

CN

China ( company headquarters)

R&D Center + High-Volume Production (80k/mo capacity)

VN

Vietnam (motor factory)

Export-focused assembly for US/EU compliance

MY

Malaysia (Finished Equipment Plant)

Regional logistics hub & buffer stock

Lead Time Guarantee

Sample: 7-10 Days | Pilot: 25 Days | Mass Production: 35-45 Days

Valve control

Case Evidence: What We’ve Solved

Scenario: Food Dough Mixer

Challenge: Start-up stall under heavy load

Motor failed to start reliably when mixing high-viscosity dough.

What We Did

Optimized rotor and winding for high starting torque instead of nominal power rating.

Result: 

Reliable start-up achieved under full-load mixing conditions.
Walk-behind snowblower

Scenario: Pool Pump Motor

Challenge: Unstable field failure

Frequent failures caused by corrosion, seal aging, and long daily runtime in chlorinated environments.

What We Did

Redesigned insulation system and bearing protection, optimized sealing and coating for wet-duty operation.

Result: 

Stable continuous operation achieved, field failure rate significantly reduced.

Scenario: Pressure Washer Motor

Challenge: Repeated start–stop overheating

Motor overheated under frequent start/stop cycles and pressure shock loads.

What We Did

Re-matched winding design and thermal margin to intermittent duty cycle instead of rated power only.

Result: 

No thermal cut-off during real cleaning cycles; operating temperature stabilized.

Certificaciones

Get a Motor Matching Plan in 48 Hours

Answer 3 steps to help our engineers build your platform shortlist.

Step 1: Application

Step 2: Electrical

Step 3: Business

Pro Tip: Uploading a nameplate photo helps us match 50% faster.

FAQ

What info is needed for a quote?

Ideally: Application duty cycle, torque/speed requirements, voltage/frequency, and mechanical interface dimensions. Photos of existing motors help significantly.

Yes. We configure windings for 100V, 110V, 120V, 220V, 230V, 240V at both 50Hz and 60Hz depending on your target market.

For standard platforms, MOQ is flexible. For highly customized tooling, we typically require 500-1000 units per order after pilot runs.

Our factories are ISO 9001 and IATF 16949 certified. We support component certification for UL, CE, CCC, RoHS, and REACH upon request.

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