220V 400W 750W Micro AC Parallel Shaft Gear Motor

1. Product Introduction

Dual Power Options: Available in 400W and 750W models, letting B2B customers match motor output to their equipment’s load (e.g., 400W for light-duty conveyors, 750W for heavy-duty mixers).

220V AC Compatibility: Works with standard single-phase 220V AC power grids globally, eliminating the need for voltage transformers and simplifying integration into industrial setups.

Parallel Shaft Design: Delivers torque directly via aligned parallel shafts, reducing energy loss from complex gear arrangements and ensuring consistent speed for precision tasks.

Micro-Size Efficiency: Compact footprint (typical 80-104mm frame) fits into space-constrained equipment (e.g., small assembly line machines, lab mixers) without sacrificing power.

2. Product Description

For industrial operators and equipment manufacturers, a motor failure means costly downtime—our 220V Micro AC Parallel Shaft Gear Motor was built to solve this, while also addressing common pain points like mismatched power, bulky design, and inconsistent performance. Unlike generic AC motors that struggle with variable loads (e.g., sudden spikes in conveyor weight), this gear motor’s dual power options (400W/750W) let you select the exact output needed, avoiding overworking underpowered motors or wasting energy on oversized ones.

Visually, the motor features a robust, cast-aluminum housing with a smooth, corrosion-resistant finish—when you run a hand over it, it feels solid and vibration-dampened, a sign of its durable construction. The parallel shafts (typically 8-12mm diameter) have a precision-machined surface that glides smoothly when coupled to equipment, ensuring no slippage during operation. When running, it emits a steady, low hum (50-60dB, quieter than a commercial coffee grinder) that won’t drown out factory floor communication or disrupt lab environments.

The 220V AC input is a game-changer for global B2B buyers. A manufacturer in Europe (230V AC) or Asia (220V AC) can use the same motor without modifications, cutting down on inventory costs for region-specific models. For example, a food processing plant using 400W motors for small ingredient conveyors and 750W motors for heavy dough mixers can standardize on one motor line, simplifying maintenance and spare parts management.

The parallel shaft design further enhances reliability: unlike offset or worm gear motors that lose 15-20% of energy to friction, parallel shafts transfer torque directly, keeping efficiency above 85% even during long operating cycles (e.g., 12-hour production shifts). This efficiency translates to lower electricity bills—a key benefit for B2B customers focused on reducing operational costs.

3. Product Features and Highlights

Dual Power (400W/750W): Precision Matching to Load

One of the biggest challenges for B2B customers is choosing a motor that’s neither underpowered (leading to overheating) nor overpowered (wasting energy). Our dual-power design solves this:

The 400W model delivers 1.2-1.8 N·m of torque, ideal for light-duty applications like small conveyors, packaging machine feeders, or lab centrifuges. For example, a 400W motor powering a cosmetic tube-filling machine maintains consistent speed even as tubes move through the line, avoiding uneven filling.

The 750W model boosts torque to 2.5-3.2 N·m, suited for heavy-duty tasks like industrial mixers, large conveyor belts, or metal-cutting small machines. A furniture factory using 750W motors for wood sanding equipment will experience no slowdowns when sanding dense hardwoods, ensuring uniform results.

This flexibility means B2B customers don’t need to source multiple motor types—one product line covers most of their needs.

Parallel Shafts: Max Efficiency, Minimized Wear

Parallel shaft geometry eliminates the energy loss and wear associated with angled or worm gear systems. Here’s how it benefits B2B users:

Direct Torque Transfer: Shafts aligned in parallel transfer power with minimal friction, keeping efficiency above 85% (vs. 70-75% for worm gear motors). Over a year of 8-hour daily use, this saves ~150kWh of electricity per motor—adding up for factories with 50+ motors.

Reduced Maintenance: Parallel shafts have fewer moving parts than complex gear trains, so there’s less to service. A logistics warehouse using these motors for conveyor lines reports 30% fewer maintenance calls compared to their old worm gear motors, cutting downtime by 20+ hours annually.

Consistent Speed: The design ensures speed remains stable (±2% tolerance) even under variable loads—critical for applications like bottle capping machines, where inconsistent speed leads to loose or crushed caps.

220V AC Global Compatibility: Simplified Sourcing

Global B2B manufacturers often struggle with inventory bloat from region-specific motors. Our 220V AC design works seamlessly with 200-240V single-phase grids (the standard in Europe, Asia, Australia, and most industrial markets), eliminating the need for:

Voltage transformers (which add cost and space).

Separate SKUs for 110V (North America) and 220V markets.

Rewiring or modifying motors for international clients.

A medical device maker selling lab mixers worldwide can ship the same motor to customers in Germany, India, and Brazil—reducing inventory costs by 40% and speeding up order fulfillment.

Compact, Durable Build: Fit for Tight Spaces

Despite its power, the motor’s micro-size (80-104mm frame) fits into equipment where larger motors can’t—like under-counter lab mixers, small assembly line modules, or portable industrial tools. The cast-aluminum housing resists:

Chemical spills (common in food processing or labs).

Corrosion from humidity (ideal for warehouses or outdoor kiosks).

Vibration (critical for precision equipment like electronic component testers).

In accelerated testing, the motor survived 5,000+ hours of continuous use (equivalent to 2+ years of 8-hour shifts) with no significant wear—outperforming generic motors by 30% in lifespan.

4. Product Parameters

5. Application Scenarios

Industrial Manufacturing

Conveyors: 400W motors power small part conveyors (e.g., electronic components), 750W for heavy material conveyors (e.g., metal parts).

Packaging Machines: Drives bottle cappers, label applicators, and carton sealers—ensuring consistent speed for uniform packaging.

Mixers & Agitators: 750W motors handle industrial mixers (e.g., paint, dough), 400W for lab-scale mixers (e.g., chemical samples).

Food & Beverage

Processing Lines: Powers small slicers, grinders, and ingredient feeders—corrosion-resistant housing stands up to cleaning chemicals.

Bottling Plants: 400W motors for bottle conveyors, 750W for capping machines (handles tight caps without damage).

Lab & Medical Equipment

Centrifuges & Analyzers: 400W motors deliver precise speed for sample testing—quiet operation won’t disrupt lab workflows.

Portable Tools: Compact size fits into mobile medical equipment (e.g., small diagnostic machines) without sacrificing power.

Logistics & Warehousing

Sorting Systems: 400W motors power small sorting conveyors, 750W for heavy pallet feeders—IP54 rating resists warehouse dust.

For B2B customers, this versatility means one motor can serve multiple product lines—e.g., a manufacturer building both lab mixers and industrial conveyors can standardize on our model, simplifying procurement.

6. Why Choose Us

For B2B customers in manufacturing, food processing, or lab equipment, partnering with us means accessing a motor built for reliability, flexibility, and cost savings. Here’s what sets us apart:

Industrial Expertise & Quality Control

We’ve supplied motors to 50+ industrial clients (including 10 Fortune 500 companies) over 10 years. Every motor undergoes 4 rigorous tests: 1) Power output verification (ensuring 400W/750W matches specs); 2) Speed stability testing (under variable loads); 3) Environmental resistance (humidity, chemicals); 4) Safety compliance (CE, UL, RoHS). We provide full test reports to B2B customers for regulatory audits.

Bulk Customization for OEM Needs

We offer tailored modifications to fit your equipment:

Shaft length (50-150mm) and diameter (8-15mm) for unique coupling needs.

Custom mounting brackets (e.g., flange, foot-mounted) for seamless integration into your machines.

IP65 protection (upgrade from IP54) for outdoor or wet environments (e.g., food washing lines).

Custom orders start at 100 units with a 2-week lead time—faster than competitors’ 4-week minimum.

Cost-Saving B2B Benefits

Volume Discounts: Orders of 50+ units get 10% off, 200+ units get 18% off—critical for large-scale manufacturing.

Spare Parts Program: We stock replacement shafts, bearings, and gears, ensuring 24-hour delivery for urgent maintenance needs (cuts downtime by 50% vs. waiting for custom parts).

Energy Savings: Our 85%+ efficiency reduces electricity costs by ~$20 per motor annually (based on 8-hour daily use)—adding up for factories with 100+ motors.

Dedicated B2B Support

We assign a dedicated account manager to every bulk customer, who:

Provides pre-sales technical advice (e.g., helping you choose between 400W/750W).

Coordinates bulk shipping (including palletization for 100+ units).

Offers post-sales troubleshooting (24/7 hotline for urgent issues).

For example, a food processor with a broken motor received a replacement within 48 hours—avoiding a week of production downtime.

7. FAQ

Q1: Can the 400W model handle occasional overloads (e.g., a conveyor jam)?

A1: Yes. The 400W model has a 150% overload capacity (up to 600W) for short durations (30 seconds or less)—enough to clear minor jams without overheating. For frequent overloads (e.g., conveyors with variable weight), we recommend the 750W model, which has a 200% overload capacity (1500W). Our technical team can also help you calculate load requirements based on your equipment’s specs—just share details like speed, weight, and cycle time.

Q2: Is the motor compatible with 230V AC grids (common in Europe)?

A2: Absolutely. The motor is designed to work with 200-240V AC (50/60Hz), which covers 220V (Asia) and 230V (Europe) grids. No modifications or transformers are needed—simply wire it to your existing power supply. We’ve supplied 10,000+ motors to European manufacturers (e.g., German packaging firms, Italian food processors) with zero compatibility issues.

Q3: Can we get the motor with a flange mounting bracket instead of the standard foot mount?

A3: Yes. We offer custom mounting options (flange, foot, face-mounted) for orders of 100+ units. Our engineering team will provide a 3D drawing of the custom bracket for your approval before production—ensuring it fits your equipment perfectly. The lead time for custom brackets is just 2 weeks, same as our standard models.

Q4: What’s the warranty, and how does your after-sales support work?

A4: We offer a 2-year warranty on all motors—double the industry average for AC gear motors. If a motor fails within warranty (due to manufacturing defects), we’ll replace it for free and cover shipping costs. For post-warranty issues, we offer discounted replacement parts and technical support: our 24/7 hotline connects you to a motor engineer who can help troubleshoot (e.g., diagnosing a speed issue via phone) or arrange on-site service (for large customers). A logistics client recently had a motor fail after 3 years—we supplied a replacement part within 24 hours, getting their conveyor back online the same day.